diff --git "a/CE5.0_Expert.json" "b/CE5.0_Expert.json" new file mode 100644--- /dev/null +++ "b/CE5.0_Expert.json" @@ -0,0 +1,2915 @@ +[ + { + "input": "Benefits of using algae fermentation for producing omega-3; How can resource efficiency be improved in the production of omega-3 fatty acids; What are the implications of replacing traditional fish oil with plant-based omega-3 for waste reduction and sustainable water management.", + "output": "From sugarcane to plant-based omega-3 thanks to algae fermentationCorbiongrows microalgae in closed fermentation tanks where they transform sustainable sugars into algae in a few days.Theproduction system for algae is fully circular: Corbion’s facility is located among the sugar cane fields next door to a sugar cane mill. Bagasse, a by-product from the sugar mill, is used as a renewable source of energy and fully powers the sugar mill and algae facility. All thewater they use is repurposed as irrigationfor the sugar cane fields, promoting responsible water management.The algae are then used to produceomega-3 DHA(docosahexaenoic acid). These fatty acids provide essential nutrients for humans and many animal diets: for instance, higher levels of omega-3s in feed support salmon health, by improving organ health and boosting the anti-inflammatory response.Usingomega-3 from algae in feed also has important benefits for nature and the climate, as it reduces dependency on traditional fish oil. Corbion is already able to substitute fish oil with algae oil (and vegetable oil). This decreases the pressure on limited marine fisheries stocks.Data on this can be found online in an ISO-compliant life cycle assessment (LCA) study they co-authored." + }, + { + "input": "How can the construction industry adopt circular design principles to reduce waste and increase resource efficiency in building materials; What benefits can be achieved by upcycling citrus peels and CO2 emissions into biodegradable materials; Can the development of sustainable materials for the construction industry through the BUILD-LIMONENE initiative contribute to a zero-waste economy in the Valencian Community.", + "output": "The BUILD-LIMONENE initiative isdeveloping sustainable and efficient materials for the construction industry obtained from carbon dioxidegenerated by industries in the Valencian Communityand waste produced by the citrus sector.The project partners areAIMPLAS, the Plastics Technology Centre, theInstitute of Chemical Technology,Zuvamesa, a company which produces citrus juice,Lamberti Iberia, which produces chemical products, andLaurentia Technologies, which specialises in synthesising and manufacturing nanomaterials.The project aims to use CO2and waste from Valencia's citrus sector to make new, sustainable materials for the construction industry. This research project has received funding from the Valencian Innovation Agency (AVI) and the European Union under the Valencian Community ERDF Programme for 2021-2027.Specifically, the BUILD-LIMONENE initiative is endeavouring todevelop additives and biodegradable materials with a lower carbon footprint that can be used in the construction industryand become viable alternatives to the fossil-based materials currently available.This new technology will contribute to therecovery of wasteby using citrus peels and CO2emissions." + }, + { + "input": "How can textile waste be effectively recycled and upcycled to reduce waste and promote a circular economy; What is the impact of using ionic liquids in recycling polyester-cotton blends on resource efficiency and eco-design; Can the development of sustainable recycling pathways for textile waste contribute to zero waste and a bioeconomy in the fashion industry.", + "output": "Fabric waste containing polyester and cotton is widely used in the textile industry. However, due to that the fact it's blended it's often incinerated or landfilled at the end of its useful life, because it's difficult to separate and recycle using conventional methods.The RECIMAP project, led by the Bespoke Factory Group, is endeavouring to find a solution to this problem which promotes a sustainable circular economy in this already large and growing sector.Research is focusing primarily on an innovative recycling pathway that transforms this complex waste intohigh-quality recycled materials and lactic acid, used to make polylactic acid (PLA).RECIMAP is working on the selective separation of cotton and polyester blends through the synthesis and use of ionic liquids- a more environmentally sustainable alternative to traditional solvents. The polyester fraction is recycled using mechanochemical techniques to obtain recycled polyester, while the cotton fraction is used in the production of lactic acid via a lactic acid fermentation process." + }, + { + "input": "Benefits of transitioning towards a circular economy in rural development; How can policy recommendations be developed to promote resource efficiency and waste reduction in agriculture and the service sector; What are the potential impacts of upscaling the circular economy on material recovery and zero waste in rural areas.", + "output": "The transition towards the circular economy entails complex economic and social changes. Using a survey, theEDUCIRC projectwill providepolicy recommendations on rural development, with particularemphasis on women and young people. It will devise anew methodology for assessing the capacity of rural areas to deliver this transition.These are theproject goals:Making Serbia's economy more self-sufficient, primarily as regards agriculture and the service sector in rural areasAcquiring data that will be presented to academic circles in the form of publicationsCreating a solid foundation for a systematic approach to rural development, which will empower women and support families in rural areasCreating a database that can be used for research and education purposes in the field of the circular economy.The green transition is a major challenge for Serbia, and the project's findings will identify the main obstacles, strengths and problems, as well as possible solutions." + }, + { + "input": "How can eco-design principles be applied to electronic equipment to promote repair and reuse; What are the benefits of recycling electronic waste and how can it be effectively managed; Can the development of a register of electronic equipment repairers contribute to waste reduction and circular design in the electronics industry.", + "output": "The online Register of Electronic Equipment Repairers (Nationaal Reparateursregister) was launched in the Netherlands in spring 2023. It enablesconsumers and (retail) professionals to find professional and skilled independent repairers and refurbishers of electronic equipment who work nearby.Expert repair of electronic equipment will keep it working for longer, a key building block of a more circular and sustainable economy. The Register was set up by the industry organisationTechniek Nederlandand theMinistry of Infrastructure and Water Management, in close cooperation withCentraal Register Techniek." + }, + { + "input": "What are the benefits of implementing circular design principles in the festival industry to reduce waste and increase resource efficiency; How can circular economy strategies, such as recycling and upcycling, be applied to festival operations to minimize waste and support sustainable development; Can the development of a circular business model for festivals contribute to the bioeconomy and renewable energy through innovative solutions for waste management and energy production.", + "output": "The Green Deal Circular Festivals (GDCF) is a project run by the Dutch government and a growing community of European frontrunner festivals, who have pulled together to speed up the transition towards circular and climate neutral festivals. It is facilitated by the Dutch Ministry of Infrastructure and the Environment.So far, 49 festival organisations from 17 countries have signed this international Green Deal, and the community of front runners is growing. The GDCF stands for a future-proof and circular festival industry. By signing the GDCF, participating festival organisers have committed to strive for circularity and climate neutrality, to inspire visitors and set an example for other festivals.Festivals can play a guiding role in inspiring a green movement and accelerate society’s transition.The GDCF is a model for regions, cities and other sectors in the circular and climate transition, striving for fully circular and climate-neutral festivals.Together, the GDCF partners have shaped a model for circular and climate-neutral festivals to clearly define just what a circular and climate-neutral festival is. Inspired by this model, the GDCF festivals establish their own priorities and plan how to become circular and climate neutral. Therefore, participating festivals develop their own roadmaps towards circularity and climate neutrality and use the GDCF Monitor to measure their progress. Together, they develop solutions to emerging challenges, by launching pilot schemes and sharing knowledge and tools which are vital for the sustainable transition of the sector.More information." + }, + { + "input": "Benefits of modular construction in reducing waste and increasing resource efficiency in the construction industry; What are the implications of adopting circular design principles in the development of modular buildings for zero waste and sustainable development; Can the reuse and recycling of modular building components contribute to the bioeconomy and water management through innovative solutions for sustainable infrastructure development.", + "output": "KOMA Modular s.r.o. is taking a circular approach to construction: it manufacturesmodular buildings made up of individual prefabricated units.It's an effective method which avoids the whole material-intensive issue of construction and demolition.The method was effectively demonstrated by the Czech modular pavilion which was taken down and removed from the international exhibition EXPO in Milan and put up again elsewhere.This Czech companysupplies modular school buildings which the company rents to towns and municipalities.All the clients require is a suitable site which can be linked up to the essential infrastructure. The company takes care of installation, servicing during operation and disassembly.When that particular school building is no longer required, it can be relocated." + }, + { + "input": "Benefits of digitization in waste management for reducing waste reduction and increasing resource efficiency; What are the implications of implementing circular design principles in the development of waste collection systems for zero waste and sustainable development; Can the reuse and recycling of waste data contribute to the bioeconomy and renewable energy through innovative solutions for sustainable waste management.", + "output": "Digitisation and streamlining of waste collection isSensoneo's specialty. Ever since the beginning of their activity, their goal has been tohelp cities and businesses cope withthe biggest challenges of waste management:lack of efficiency and transparency.Sensoneo'sambitions:Transparency of  waste infrastructuresDigitisation of the waste collection processTransparent waste streamsSavings in kilometers travelled and emissions produced.Checkuse casesfrom the company.The electronic record of waste and waste containers is in accordance with the Strategy for managing municipal waste applied in the city of Bratislava in order to transition to a circular economy in the period 2021-2026.In Slovakia, only a limited number of companies are devoted to circular economy - Sensoneo, due to its large market share and popularity, is seen as a good example to persuade other stakeholders to adopt circularity-oriented entrepreneurship models." + }, + { + "input": "Benefits of recycling fibre-reinforced thermosetting plastic composites for reducing waste reduction and increasing resource efficiency; What are the implications of implementing circular design principles in the development of carbon-negative recycled materials for zero waste and sustainable development.", + "output": "Since the early 1960s,fibreglasshas been produced and used to a huge extent in various industrial sectors owing to its low production costs. The problem associated with these products is how to dispose of them: there is still no effective disposal system available.Gees Recyclingwas one of the first companies in Europe to invest in technologies and plants for recycling fibre-reinforced thermosetting, plastic composites and rigid foams. Today, with its patented recovery process, Gees has acquired know-how incarbon-negative recycled materialwhich meets both the growing demand for green materials and the objectives of the European Green Deal.Gees'Retrackingproject has taken up the challenge ofdeveloping a competitive management modelwhich complies with European regulations on recyclingfibre-reinforced composite (FRC) waste.This project:recycles, analyses, produces, identifies and tracks this secondary raw material, andpaves the way for a transition to a circular economy." + }, + { + "input": "Resource Efficiency in electronics waste reduction; What are the benefits of adopting circular design principles of electronic waste reduction of electronic waste reduction and material recovery of electronic waste reduction and?Resource Efficiency and What are the benefits of circular design for recycling electronics repair services for sustainable electronics recycling electronic devices; How can we can circular design for electronic waste reduction; Can the electronics industry for electronic waste recycling for resource efficiency;", + "output": "Reliance on electronics comes with steep environmental costs, from mining minerals to disposal of end-of-life devices. As the use of electronic products has grown, their average lifespan becomes shorter. This in turn results in an increased volume of discarded and obsolete electronic devices. Consumers cannot resist buying faster products, thus contributing to the growing global waste challenge. In 2019 alone, people discarded 53 million metric tons of electronic waste.Gruppo FOSin Caserta (Italy) provides a T&G (technology and groupware)Repair Centreand Swap & Repair services for electronic devices, thus contributing to the circular economy concept.The repair services supply chain includes the following:Test bench designPurchasing departmentAssembly and repairSWAP & fast repairMonitoring restored componentsPackaging & shipping" + }, + { + "input": "Resource Efficiency in Packaging Waste Reduction of packaging waste reduction and Waste Reduction, What are the following: Resource Efficiency; What are the most important benefits of packaging.", + "output": "Single-use packaging and how to avoid itWhen you go shopping, it's hard to avoid single-use packaging - even if you're fully aware that it generates substantial waste and harms the environment. Consequently, there'sincreasing demand for circular alternatives which don't happily generate mountains of waste. Another disadvantage to the prevailing retail model is that it leads consumers to buy more than they need, resulting in food wastage and storage problems.The Polish company Swapp! wants to tackle both of these problems:it encourages consumers to act sustainably by urging them to opt for reusable containers when they go shopping. Where feasible, the containers are paper (biodegradable, recyclable and renewable). Its ultimate goal is to enable customers to refill their containers at retail outlets, but there are a number of challenges to be addressed:Raising consumer awareness,Changing consumers' behaviour, andEnsuring product variety." + }, + { + "input": "What are the benefits of 4R strategy for Circular Economy in the Automotive industry?; How to promote Resource Efficiency and Waste Reduction?; Explain the role of Reuse and Recycling in Circular Economy", + "output": "With 14 automotive brands around the globe, Stellantis is a major industry player. In March 2022, it presented itsDare Forward 2030strategic plan, aiming to achievecarbon net zeroby 2038 while reducing its consumption of natural resources.Stellantis'Circular Economy Business Unithas developed a comprehensive approach based on the 4R strategy:RemanufactureUsed, worn or defective parts and High-Voltage Batteries (HVBs) are dismantled, cleaned and remanufactured to original equipment manufacturer specifications (whereby a company makes products for other companies which sell them under their own name or use them in their own products). Nearly 12 000 parts covering 38 product lines, including electric vehicle batteries, are available.RepairWorn parts are repaired and replaced in customers’ vehicles. e-repair centres work on electric vehicle batteries in 24 locations around the world.ReuseThere's an inventory of approximately 7 million multi-brand parts. They are recovered from end-of-life vehicles and sold in 160 countries through theB-Partse-commerce platform. HVBs are repurposed for different applications, for example renewable energy storage.RecycleProduction scraps and end-of-life vehicles are fed back into the manufacturing process.The Unit has also launched theSUSTAINera label, providing repairers and customers with a sustainable alternativesaving up to 80% of the materials and 50% of the CO2emissionsof equivalent new parts." + }, + { + "input": "How can the Eco Repair Score® contribute to Waste Reduction in the Automotive industry?; Explain the role of Life Cycle Assessment in determining the environmental impact of car repairs; What are the key factors considered by the Eco Repair Score® when evaluating the sustainability of a repair method?", + "output": "A car crash doesn't just have financial implications: there's a circular aspect too.Say the driver behind you didn't realise you were stopping: the resulting quote for repairs currently considers only the financial aspect. But the environmental one counts too.Eco Repair Score NVandVITOhave developed theEco Repair Score®to assess the environmental impact of a specific repair job. It does thisusing a single score, with categories from A to E and associated colour coding.This ground-breaking calculation method is based on aLife Cycle Assessment of the repair to the body damage. Factors that can influence the score include:the repair method (replacement with a new or second-hand part, repair, spot repair, dent removal without painting, etc.),manufacturing of new parts or products and packaging them,transport of parts and products to the repair shop,painting of the parts,recycling of parts or products and packaging them after the repair, andthe energy used by the repair workshop.The Eco Repair Score® accounts for the climate change impact (expressed in CO₂-eq): it considers 18 environmental impact categories, including ozone formation, emissions of particulate matter, emissions of carcinogenic substances, acidification, consumption of fossil and mineral resources, and water consumption. To validate the accuracy of the results, an independent third-party critical LCA review has also been conducted." + }, + { + "input": "What are the benefits of upcycling agricultural by-products into functional products; How can resource efficiency be improved by reducing the amount of waste sent to landfills or incinerators; Can circular design principles be applied to the manufacturing of net or fabric bags for food packaging to minimize waste and promote sustainable consumption?", + "output": "CuCilento(which can be understood to mean both \"Sew slowly\" and \"Sew in Cilento\", the region in Campania, Italy, where this activity is established) is an innovative business project designed by Sarah Khoudja as part of the EU'sEmpowering Women in Agrifoodprogramme led by theFuture Food Institute.Set up in October 2022, Cucilento is anupcycling workshop which processes agricultural by-products and other materials(boat sails, factory scraps, etc.)classified as waste and turns them into net or fabric bags that can be used for food packaging or shopping.Through upcycling, CuCilento reduces the amount of waste which ends up in landfills or incinerators and makes people think about the issues involved when they buy something.CuCilento achieves this goal in two ways:itprovides a sustainable alternativethat limits or eliminates the plastics and bioplastics which are part and parcel of buying and storing fooditsupports local economiesthrough a widespread workshop modelwhere people who are isolated or in a difficult situation can work from home and become financially independent.In future, CuCilento aims to expand its range of products and activities in order to limit textile and raw material waste, enable people to earn an income and develop skills by investing in the local community and its members." + }, + { + "input": "Circular Design in the automotive industry; Benefits of implementing Resource Efficiency in composite materials recycling; What are the advantages of modular plants in Waste Reduction and Reuse of composite materials in various sectors?", + "output": "Composite materials: widely used but tricky to recycle.Composite materials or polymer matrix compositesare commonly used in sectors such as aeronautics, the automotive and shipping industries, high-level sports equipment and construction due to their mechanical and chemical properties.TheRCA Engineeringteam has designed a sustainable and circular process for recycling and reusing composite materials (based on glass and carbon fibre) from any sector, and opted for modular plants.RCA Engineering has designed threemodular plantswith varying mechanical capacity (production capacity in tons\/hour).The modular system uses shipping containers, which can be put together quickly and at a reasonable cost. All models comprise two containers and one baseplate frame which provides a horizontal platform, meaning that the plant can operate on any type of surface.The containers are assembled on a modular steel structure, meaning that the bottom container which stores the shredded material can be replaced easily once it is full.The bottom container contains a vibrating hopper with a radar sensor. The container is equipped with two sliding gates: one for loading the hopper with the crushed and shredded material and the other for emptying it.The upper container houses the machinery needed to process the composite materials. The process can be tailored to the final specifications, which vary depending on what the recycled material will be used for." + }, + { + "input": "How can circular economy principles be applied to address the plastic waste issue in the Mediterranean; What are the benefits of designing sustainable packaging solutions for companies that can offset their carbon footprint; How can upcycling of plastic waste be used to create innovative products like furniture while promoting a culture of resource efficiency and recycling in the community?", + "output": "Not just sand and fish in the sea... sadly.There's also a truly appalling amount ofplastic. All oceans and seas are affected but unfortunately the Mediterranean is right up at the top in terms of sheer quantity. Not a ranking where you want to be number I.Gravity Wave is asocial start-up based in Spain. It focuses on working with small-scale fishermen to collect as much as possible of theplastic waste fouling the Mediterranean, from water bottles to a whole load of discarded fishing nets.It takes money to do this though, and the start-up has come up with a couple of ways to finance its operations. It works with companies, leveraging their need for genuine green credentials to attract customers. Gravity Wave offers a scheme wherebycompanies canoffset their own carbon footprint by collecting a given amount of plastic.The project alsomakes designer furniturefrom the plastic collected, and puts it up for sale.Plastic waste and the resulting microplastic is a major environmental problem: Gravity Wave hascome up with a circular way to counter it while raising awareness about the issue." + }, + { + "input": "How can Resource Efficiency be improved in the textile industry through upcycling and reuse of old materials like banners; What are the benefits of Zero Waste policies in promoting creative upcycling projects like Art-in-a-Bag; Can Circular Design principles be applied to the production of blankets and bags to reduce Waste Reduction and promote sustainable consumption.", + "output": "For years, the voluntary associationLa coperta di Linus[Linus' blanket] has been making blankets, bags and many other objects using a wide variety of raw materials. The purpose is to sell them and raise funds for the Pediatric Emergency Room and the new Pediatric Oncological Centre in Parma Hospital. For example, this year the association has financed 100% of the cost of a pediatric respirator for thechildren's hospital in Parma.Parma Municipality, theConfederazione Nazionale dell’Artigianato e della Piccola e Media Impresa(National Confederation of Crafts and SMEs)andLa coperta di Linushave launched a project calledArteinborsa(Art-in-a-Bag). This project uses old banners from local museums' exhibitions to create bags and accessories, a great example of upcycling. The collection will be available in the local museum shops." + }, + { + "input": "What are the benefits of implementing a consolidated and accredited traceability methodology for PVC waste recycling in construction and demolition sites? How can upcycling of post-consumer PVC contribute to waste reduction and resource efficiency in the circular economy? What role can recycling and material recovery play in reducing the environmental impact of the PVC industry through the implementation of circular design principles?", + "output": "TheWaste REcycling Project(WREP) is a pilot scheme developed byPVC Forum Italia, the national association of producers, converters and recyclers of PVC (polyvinyl chloride), in collaboration withVinylPlus, the European PVC value chain association. It aims to make the collection, sorting and recycling of PVC waste from demolition\/renovation, bulky waste and waste management centres more efficient, using a consolidated and accredited traceability methodology.WREP was initially conducted in the Metropolitan City of Venice with a view to identifying, intercepting and recycling PVC from waste streams on construction sites, bulky urban waste collection,  waste selection and treatment plants and direct collection from producers and installers.Subsequently, this experimental project was extended to the Brenta river basin and the urban area of Padua and included in theEuropean CIRCE2020 programme.Ten bulky waste collection centres have joined the project. Several recyclers have also got involved; in collaboration with the collection centres, they have undertaken to use the post-consumer PVC.Meanwhile, the WREP scheme has been extended to the demolition sector and several demolition companies are starting to adopt it." + }, + { + "input": "How can the construction industry adopt circular design principles to reduce waste and increase resource efficiency; What are the benefits of deconstructing buildings to recover materials and minimize waste; Can selective demolition projects like the Merkuria building contribute to a bioeconomy by promoting the reuse and recycling of materials?", + "output": "Skanskais a leadingconstruction and development company that has made sustainability a crucial part of its operations. With the assistance ofCyrkl, they have taken on the challenge ofdeconstructing the Merkuria building in the heart of Prague- revolutionising the industry, saving materials, minimising waste, achieving the highest possible recycling rates and helping charities in the process.It all started with a pre-demolition audit to identifyany materials that could be recovered,such as concrete, steel and glass, products ready for further use, such as windows, doors or furniture, andhazardous materials that needed to be safely removedand disposed of.As selective demolition projects on this scale and in these conditions are very unusual in the Czech Republic, the available infrastructure is inadequate and market demand for recovered materials is low.There is great potential for recycling materials such as mineral wool, gypsum plasterboard, metal structures and metals in general (currently, the only waste stream to be 100% recovered during demolition), wooden structures, cables, plastic pipes and PVC.There are mechanisms for re-using materials such as doors and furniture. Moreover, there is an opportunity for the industry itself to shift its focus and prioritise circular practices. Including various parts of the supply chain can only increase demand for recovered materials and products made out of them.More informationon this project and other case studies by Cyrkl.Photo credit:Juandev, Creative Commons" + }, + { + "input": "How can AI-powered sensors improve Resource Efficiency in waste management systems?; What are the benefits of implementing Circular Design principles in the development of IoT waste monitoring solutions ?; Can AI-driven data analysis help municipalities achieve Zero Waste goals by optimizing waste collection and recycling processes?", + "output": "ReLearn is an innovative start-up using Artificial Intelligence (AI) to help companies and municipalities increase their recycling rates.NANDO, a ReLearn service, installs a small Internet of Things (IoT) sensor on existing bins. It uses AI to collect data on the amount and type of waste produced on a daily basis. The aim is to help people put the right waste in the right bins.NANDO takes photos inside the bin every day to monitor waste collection. It then reports the quantity and quality of waste through a tablet installed next to the bins. You can even have competitions: which floor or office recycles the most!For further information contactFabrizio Custorella." + }, + { + "input": "What are the benefits of using near-infrared light for sorting textiles in textile recycling; How can large-scale facilities contribute to Resource Efficiency in the textile industry; Can automated sorting of textiles by fibre composition and colour help reduce Waste Reduction and increase Circular Design in the fashion industry?", + "output": "Textile waste is a growing concern around the world, with the fashion industry alone generating an estimated 92 million tonnes of textile waste each year. Innovative solutions are required to tackle this environmental problem. Consistent quality and large volumes are crucial for textile recycling on a large scale. Manual sorting of textiles cannot meet the market's need for quality-assured products, and this is where Siptex comes in.Located in Malmö,Siptexis the world’s first large-scale facility of its kind,sorting textiles by colour and fibre compositionthrough near-infrared light to handle large flows and produce textile fractions suited to different recycling processes.Automated sortingis currently the missing link between collection and high-quality textile recycling, and Siptex aims to bridge that gap.By contributing to increased circularity in the textile value chain, Siptex is strengthening Sweden's position as a pioneer in innovation and the circular economy. The Siptex facility works by using near-infrared (NIR) and visual spectroscopy (VIS) to sort textile waste by fibre type and colour. The textiles are illuminated, and the light is reflected differently depending on the material. Sensors detect and categorise the fibre type, and compressed air blows the fabric into the correct container. The plant can simultaneously sort three different flows.This innovative solution is a significant step towards circular textile economy." + }, + { + "input": "What are the benefits of implementing closed-loop systems in textile finishing processes to reduce water consumption and minimize waste? How can efficient water management contribute to a more sustainable textile industry? Can the use of innovative technologies of water treatment systems help achieve zero waste in textile production?", + "output": "The textile industry is a water-intensive industry with 93 billion of m3\/year (4 % of the total water consumption in the world).The dyeing and textile finishing are the processes that consume water and generate pollution the most.In this scenario, the Spanish companyJeanologiais currently spearheading the greatest challenge facing the textile industry: achieving total dehydration and detoxification in denim industry. WithMission Zerothe company is transforming the way jeans are made, from fabric to finish, minimising the use of water and chemicals to a close-to-zero target thanks to disruptive technologies reducing water consumption in the finishing of garments from 100 litres to just one.TheLIFE ANHIDRAproject, receiving support under LIFE programme, is playing a crucial role in the Mission Zero challenge to reduce water consumption to just one litre thanks to an H2Zero water treatment system developed by Jeanologia to produce zero waste. It proposes an innovative, efficient, and effective solution to water regeneration and reuse in situ in the textile finishing process.The project, coordinated by Jeanologia, develops a demonstrator installed on an industrial scale at the Portuguese textile finishing companyPizarroin collaboration withAITEX. It is based on a pilot closed-loop system that treats water, leaving it in optimal conditions for reuse in the garment finishing and washing processes, without any need for additional chemicals to treat the incoming water." + }, + { + "input": "What are the benefits of digital environmental labels in promoting Resource Efficiency and Recycling of product packaging; How can such labels contribute to Waste Reduction and Upcycling; Can product categories beyond packaging facilitate Circular Design and Zero Waste principles in the industry?", + "output": "EAD(in Italian:Etichetta ambientale digitale) is a digital environmental label providing information about the product packaging: its components, the materials it's made of, and how to dispose of them properly. All you need to do is scan the QR code on the packaging to get real-time, geolocated and accurate information on how to dispose of it.EAD helps consumers sort waste properly and facilitates the collection, reuse, recovery and recycling of product packaging.It began with a law decree which entered into force in Italy in January 2023 and stipulates that all packaging must be adequately labeled in order to facilitate its collection, reuse, recovery and recycling, as well as to give consumers accurate information about disposal.Manufacturers face several issues:little space on the packaging to put additional informationneed to change the amount of information and its placement on the packaging to gain space for information on disposalneed to adapt the packaging every time changes are made to the product itselfproviding consumers with the right information on disposal, since rules for waste sorting may vary from one place to another.EAD is the answer to all these issues: it just takes a QR code on the product's packaging which consumers scan with a smartphone to get information on how to sort the packaging properly.The information is validated not only byGiunko, the Italian startup which created theJunker app, but also by manufacturers themselves. And it's geolocated, so it's always adapted to where consumers live.More information" + }, + { + "input": "What are the benefits of valorising grape processing and winemaking byproducts in the circular economy; How can resource efficiency be improved in the wine industry through the reuse of grape marc and wine lees; Can circular design principles be applied to the production of raw alcohol, grape marc spirit, and calcium tartrate to reduce waste reduction and packaging in the bioethanol industry?", + "output": "Winemaking produces a large amount of waste and byproducts (such as grape marc and wine lees), corresponding to around 30% of the grapes by weight.Arany Kapu(in English \"golden gate\"), a privately owned plant in Kunfehértó, Hungary, collects grape processing and winemaking byproducts fromnearly 300 Hungarian wine-producing companiesfordistillationandvalorisation. The processing plant, initially established in 1970, has more than doubled its capacity and employs almost 100 people.Grape marc and wine lees are processed to makeraw alcohol,grape marc spirit,calcium tartrateanddried grape seed(from grape marc). A significant share of the raw alcohol goes to makebioethanol.Arany Kapu regularly carries out the International Sustainability and Carbon Certification (ISCC) procedure for biomass and bioenergy required for its customers." + }, + { + "input": "Resource Efficiency in coffee production, Recycling of coffee grounds in cosmetic products and packaging, Waste Reduction through the use of biomass in heating briquettes.", + "output": "How many times have you been told you drink too much coffee?The world seems at times to run on coffee - and this results in plenty of used coffee grounds. Hydal Coffee has found a way to make full use of this plentiful organic waste stream.TheNAFIGATE Corporationhas developed a cascade recycling system for coffee grounds that uses 100% of this abundant bio-waste.Hydal Coffeeproduces secondary products which are used in cosmetic products, masterbatches (concentrated pigments used to dye plastics) and final plastic products.Hydal Coffee has established partnerships with large producers of coffee grounds. Its parent company, the NAFIGATE Corporation, then takes those secondary products and uses them to manufacture soaps, hand creams, coffee oil and biomass, as well as components in the production of plastic products.The second cascade deals withrecycling coffee capsules. The packaging is recycled and the spent coffee grounds are used to replace the natural material - wood - in heating briquettes. A Life Cycle Assessment (LCA) has been carried out for the concept, and the final products are certified and are already being sold. The concept is based on circular economy and design for recycling principles." + }, + { + "input": "How can the recycling of rare earth elements in permanent magnets contribute to Resource Efficiency and Waste Reduction in the European industry? Can Circular Design principles be applied to the development of new sustainable technologies for recycling? What are the environmental, social, and economic benefits of upcycling end-of-life products into new materials?", + "output": "The REEPRODUCE projectwill break new ground by establishing a sustainable and complete European industrial-scale value chain for recycling the rare earth elements (REEs) in permanent magnets. REEPRODUCE will capitalise on the knowledge generated by previous R&D projects (REE4EU) and tackle all the remaining technical challenges along the value chain. This innovative technique will be able to produce new permanent magnets using environmentally-friendly technologies at a competitive cost and using end-of-life (EoL) products as a resource.This EU-funded project will contribute to Europe's industrial leadership and increase autonomy in key strategic value chains by ensuring security of supply for raw materials. The project will contribute towards the following ambitious objectives:Optimisation of innovative technologies for recycling REEs from EoL products at a competitive cost;Engineering, construction, operation and validation of the REEPRODUCE process in different industrial environments across Europe;Demonstration of the environmental, social and economic sustainability of the REEPRODUCE process in the recycling of REEs;Communication of activities and dissemination of the project’s results towards society and the scientific and industry communities; andMaximisation of market uptake of these technologies in Europe.Aconsortium of 15 partnersfrom large, small and medium-sized enterprises and research and technology institutes covering the whole European REE-recycling value chain is involved in the development of REEPRODUCE solutions.SINTEF(Norway) is responsible for coordinating the implementation of the project." + }, + { + "input": "What are the benefits of adopting a circular economy approach to reduce waste in laboratory settings; How can recycling technologies like gasification contribute to a more sustainable future; Can the use of syngas in the chemical industry help promote Resource Efficiency and reduce the reliance on virgin plastics;", + "output": "Modern research laboratories use vast amounts of plastic - over 5 million tons of laboratory plastic consumables are produced each year world-wide. Unfortunately, almost none of it is recycled.The Swedish companyRe:Lab ABhas developed a circular economy solution for this problem:a proprietary Low-Temperature Conversion technology that breaks waste lab plastic down into a syngas comprised of carbon monoxide and hydrogen. The project aims to prove that the technique works and is economically viable.Re:Lab AB's technique uses gasification. This method of chemical recycling has traditionally been regarded as a non-starter because it is so energy-intensive, but Re:Lab AB has come up with a low-temperature approach which makes it feasible. What's more, their technique can be used regardless of whether the feedstock is mixed or contaminated.Gasification reduces plastics to their most basic components (carbon monoxide and hydrogen). These components arein high demand in the chemical industry, which uses them to manufacture chemicals and plastics.Their technology can be applied both as closed-loop recycling (plastics to plastics) and open-loop recycling (plastics to chemicals)." + }, + { + "input": "Resource Efficiency in the aquaculture industry; How can Waste Reduction and Reuse of plastic material from the sea and aquaculture industry be achieved through innovative technologies; What are the benefits of Circular Design in the production of products for the fishing industry.", + "output": "ÑCostasis anAIMPLASproject that will make it possible toreuse plastic material recovered from the sea and waste from the aquaculture industry to make walkways and platforms for fish farms, port protection products, flotation tubes, and nets and mesh for reinforcement, among other products.Specifically, this research project, which started in 2021 and will last for four years, studies the treatment and recycling of recovered plastic material for use in walkways and access platforms in fish farms to replace the wood currently used; port protection products, structural and floating tubes for platforms and buoys for signaling and anchoring; and reusing plastic waste products such as fishing gear, nets and meshes to create more lightweight reinforcement for concrete platforms and other products.The project is based on thebest method for recovery, selection and processing of marine plastic waste and aquaculture industry waste, considering its lack of uniformity and the different levels of degradation at different times in the sea. AIMPLAS contributes its experience in recycling, the circular economy and different technologies for transforming plastic.The Plastics Technology Centre AIMPLAS and the Spanish Institute of Oceanography (IEO) are the technical coordinators of this project sponsored by a consortium of companies made up ofActeco,Duraplastics,EcoplasBarbanza,Plastire,RotogalandSolteco." + }, + { + "input": "What are the benefits of implementing a circular economy approach in agriculture, such as Resource Efficiency, Recycling, and Waste Reduction? How can the by-products of livestock and fruit production be used to promote Circular Design and Upcycling in the local economy? Can the production of Renewable Energy, such as biogas from manure and slurry, contribute to a more sustainable Water Management system?", + "output": "Alcarràs is a town located 8 km from Lleida, Catalonia (Spain), with a population of 10 000. Its main economic activity is agriculture, and it ranks near the top within the EU in terms of volume of livestock:Swine: 210 000Cattle: 59 000Sheep: 9 000Poultry: 800 000As well as animals, Alcarràs produces extravagant amounts of fruit, such as peaches and nectarines. Consequently, it has access to wood from pruning and felling trees; this is used for heating and structuring compost.Cows and pigs do tend to produce lots of manure, while fruit trees provide wood, which is used as a structuring agent in the fermentation process in the composting plant.Slurry: 220 000 m³ (providing 20 000 Tg of dry matter)Manure: 175 000 TgWoody material: 50 000 TgThese three by-products result in a total of 245 000 Tg to be used in the circular bio-economy." + }, + { + "input": "What are the benefits of adopting circular design principles in the textiles industry to reduce waste and promote resource efficiency; How can recycling technologies like solvolysis be used to recover materials from textiles waste and contribute to zero waste; Can digital tools and data-driven solutions help optimize textiles flows and improve waste reduction in the textile supply chain?", + "output": "It's estimated that less than 1% of textiles is currently recycled, so finding recycling solutions for textiles waste is a pressing challenge for Europe and indeed the whole world. The European Commission has identified textiles as a priority product for the circular economy, so technologies and infrastructures supporting this business model must be developed.ThetExtended projectstarted in late 2022 and will meet this objective bydeveloping and demonstrating effective textiles recovery, waste valorisation and recycling processes. These will be combined with digital tools and data-driven solutions to support sustainable circularity of textiles and maximise its impact.AIMPLASis taking part in this project together with around 20 other research institutes (from FI, SE, BE, PO, ES, IR, LV, SK, FR, CH) and will focus ondigital tools and technologies for textiles recovery. AIMPLAS will be responsible for:identifying and classifying textiles using optical separation systems,pre-processing and recovering materials for recycling and recycling textiles waste via solvolysis, including industrial textiles products and polymer mixtures such as PES\/PUR, andformulating and producing polyurethane coatings.The tExtended project willoptimise textiles flows and retain the value of materials in a safe and sustainable way. Extensive pilot studies will verify the replicability of the project's solutions and their potential to reduce textiles waste by 80%.The project has received funding from the European Union’s Horizon Europe research and innovation programme (Grant Agreement No.101091575)." + }, + { + "input": "What are the benefits of upcycling office furniture in the context of circular design; How can resource efficiency be improved through the reuse of materials in furniture production; Can waste reduction in office furniture disposal be achieved through the implementation of a materials recovery program?", + "output": "IMPACT Furniture is part of Oxfam Belgium. Through itsUpcycle Your Officeproject, it is in the process ofdeveloping a catalogue of upcycled office furniture. Available for pre-order, the items are sold at fair prices (in line with Oxfam's values) to local businesses.The plywood panels are recovered from old office furniture thrown away by local businesses and organisations. They are subsequently used as a raw material for making new furniture items - upcycling, in short!In this way, IMPACT Furniture is actively participating in the circular economy, endeavouring to reduce its recycling rate of recovered materials from 27% to 15%. The profits are ploughed back into Oxfam Belgium and help finance projects to fight poverty.What does the process involve?The catalogue is created with a designer in order to have a recognisable design line. Partnerships will be considered later on with a view to creating collections.The recovered desks are dismantled at the warehouse by employees who are breaking (back) into the labour market. The components are then added to a materials library.Once an order comes in (8 weeks leadtime), the panels are sent to the production partners (including a carpenter's shop with a strong focus on training and inclusion).The final order is sent directly to the customer or stored in the warehouse for collection.In order to create an identity and position the IMPACT Furniture brand, they will start by offering a basic catalogue of six products.Follow IMPACT Furniture onLinkedInandInstagram." + }, + { + "input": "What are the implications of using solvent-based washing technology for plastic film waste on the reduction of waste sent to landfills and the reuse of plastic materials in the textile industry?; How can the closed-loop washing technology of Blue Plasticstechnology be integrated into the design of sustainable packaging solutions to reduce the amount of waste and promote the recycling of plastic materials?; an the biodegradable solvent used in Blue Plasticstechnology be replaced with a renewable energy source, and if so, what are the potential benefits for the bioeconomy and the upcycling of plastic waste?.an the biodegradable solvent used in Blue Plasticstechnology be replaced with a renewable energy source, and if so, what are the potential benefits for the bioeconomy and the upcycling of plastic waste?", + "output": "Blue Plasticstechnology, calledCleanBlueTech(CBT), is a pioneering, solvent-based, closed-loop washing technology that removes smell, glue, print-ink and organic residues from any plastic flexible film waste. This includes household, warehouse, supermarket and post-consumer stream waste.CBT is a game changer as it uses 70% less energy and 100% less water than existing technologies. Flexible film plastic is one of the hardest types of plastic to recycle, and only 17% finds its way back into (lower quality) film applications.CBT makes transport packaging circular and so reduces the CO2footprint for plastic use. This technology solves several problems:The flakes are odourless, something that cannot be achieved when washing with water.CBT washes at lower temperatures without water, with a consequent 70% decrease in energy consumption. The process is faster and more effective, and the overall footprint is lower than for current mechanical washing methods.The biodegradable solvent is fully recycled and no emissions are released. The only residue is the washed-off remains of glue, ink etc. from the original film and the clean, odourless flakes.This innovation technology provides an opportunity to reuse all kinds of plastic packaging material which is currently only used once. Blue Plastics is ready to upscale its technology with new industrial plants with its partnerTCR Plasticsby 2024." + }, + { + "input": "Resource Efficiency in roofing systems; Waste Reduction through disassembly and reuse of roof trim components; Circular Design principles in the development of the Claerhout Aluminium roofing clips.", + "output": "The roofing clips by Claerhout Aluminium are an aluminium roof trim enabling the circular finishing of a flat roof with bitumen.This roof edge system consists of only two parts: the base profile and the moulding. The base profile provides the roof edge with a watertight finish. The moulding can then be clipped to the base profile in the suited colour.The base profile is provided with pre-punched, 6 x 16 mm oval holes and a front stop. The membrane's direct connection to the roof edge means saving on membrane accessories.The base profile and the roof edge are directly connected to each other, thus reducing the risk of leakage, breakage or damage to the surface or wall.Practical accessories are provided to create the inside and outside corners. The 'easy corner' accessory is slid into the base profile at the corners for a seamless connection. This means that there is no need to saw into the corners with a mitre saw.The stove-enamelled aluminium moulding is provided with rot-resistant thermoplastic rubber to ensure an optimum clamping of the roof covering.Avideois available for more information on how to assemble and disassemble the roof trim system, without damaging it, which makes it circular." + }, + { + "input": "Resource Efficiency in floor coverings, Reuse of flooring products, Waste Reduction through adhesive-free installation;", + "output": "No adhesive = easier to reuse or recycleA vast amount of floor coverings end up being sent to landfills, and one reason for that is the adhesive used which makes used flooring difficult to recycle and reuse.IOBACavoids adhesive and manufactures adhesive-free flooring installation solutions, rather than the flooring product itself. Specifically, its Dual-Grip technology affixes flooring using both magnetism and tack. This means that tiles can be taken up and reused, keeping the components in the value chain, or recycled. The technology is manufactured using plant-based VOC-free resins, recycled rubber tyres and additives from scrap iron.When installed using IOBAC technology, the floor covering is not contaminated by adhesive and therefore can be reused or recycled, rather than ending up in landfills or incineration plants.This facilitates the take-back schemes run by flooring manufactures such asTarkett’sReStart®programme, making them more feasible to implement. IOBAC has partnered with many major flooring manufacturers to approve its products for use with theirs.How IOBAC worksAdhesive-free installation from IOBAC uses a simple, 2-part method:1. a compatible base:Metal raised access flooringIOBAC Ezy-Install Underlay – a dry-laid underlay offering acoustic and underfoot comfort – made using recycled rubber tyresIOBAC Resin – fast-curing plant-based VOC-free resins for minimal disruption – contains metal additive from recycled scrap iron2. the floor covering:Standard backed carpet tiles, Luxury Vinyl Tile and woven vinyl tiles fixed with IOBAC MagTabsMagnetically backed LVT, wood or ceramic tiles" + }, + { + "input": "Resource Efficiency; Can recycling of closed-cell, rigid, cross-linked polyurethane foams reduce waste and promote sustainable development in the processing technology industry?; What are the environmental and economic benefits of upcycling polyurethane foam materials in the production process?", + "output": "Hutoepito, the parent company ofKleanLabs, has been awarded a HUF 197.85 million non-refundable grant by the Hungarian Ministry of Finance to fund research, development and innovation activities under theUpcycling of closed-cell rigid polyurethane foamsproject. The project will run until the end of January 2025.The widespread use of polyurethane foams in processing technology produces high volumes of waste. Proper handling of this is essential for environmental, social and economic reasons.In order to reduce waste, the project aims to solve the mechanical recycling of closed-cell, rigid, cross-linked polyurethane foams. They want to develop a new technology to upcycle (re-use) closed-cell, rigid, cross-linked polyurethane foam materials, thereby reducing or eliminating production waste generated by Hutoepito or other market players in Hungary or even in the Central European region.The rigid foam waste generated in the plant is subjected to a special grinding process. The resulting pellets are mixed with a custom-formulated binder in a ratio of 70-30%, to produce upcycled polyurethane foam sheets. The researchers first identified the upcycling opportunities of closed-cell polyurethane foam materials and purchased the necessary machinery. Later, they started up production of polyurethane foam and finally developed the prototypes.The Department of Polymer Technology, Faculty of Mechanical Engineering, Budapest University of Technology has provided technical assistance and laboratory tests.Read the research paper about the project." + }, + { + "input": "Circular design in skateboarding; Waste reduction strategies for broken skateboards; How can upcycling of skateboard materials contribute to Resource Efficiency in the sport?", + "output": "With more than 20 million skateboarders worldwide and skateboarding's rapidly growing popularity after becoming a new Olympic sport, and with more than 300 000 broken skateboards going daily to landfills, there is an extensive skater-specific pollution problem around the world.Commune DIY(CDIY), a team of skateboarding professionals and enthusiasts, collects old, broken Canadian maple hardwood skateboards that have lost their original purpose and recycle them 100 %.CDIY upcycles the reclaimed wood into sustainable products and new materials that, for the most part, are sold and find their home in other than skateboarding markets, with a part of the profit going back to support the local and regional skateboarding community. CDIY aims at promoting skateboarding as a sustainable sport with all its individual physical and psychological benefits as well as at making individuals, their communities and the wide public aware of how to solve the sport-specific pollution problems and to inspire other communities to search for solutions and acquire a sense of responsibility.Skateboarding is known to be the number one cause of deforestation of the Canadian maple.Although there is no way to remake the broken board into a new one to reduce the demand for this wood, there is a way of keeping the broken hardwood away from landfills and recycling it 100 %, thus dealing with pollution from skateboarding. The new products made of it are sustainable, strong and have a new life span which is longer than the one of an average skateboard deck - only about a month before it breaks." + }, + { + "input": "Resource Efficiency; What are the benefits of separating carpet tiles into two principal components for recycling and upcycling; Can the EcoBase backing material be reused in carpet tile production without compromising quality;", + "output": "Tarkettis a global leader of innovative flooring and sports surface solutions offering a range of products including vinyl, linoleum, carpet, rubber, wood, laminate, synthetic turf and athletic tracks. It has developed a technology at its Dutch Waalwijk carpet production facility enabling theseparation of the two principal components of carpet tiles. Its recycling centre creates two streams of materials that can be recycled and transformed into high-quality resources for new products.The separation process ensures over 95% yarn purity, vital for ensuring that the polyamide 6 (PA6) yarn can be recycled by Tarkett’s partnerAquafiland subsequently transformed into regenerated ECONYL® nylon yarn.The second separated component, the EcoBase® backing, can be recycled onsite and used to produce carpet tiles.Available since 2010, EcoBase® is designed for disassembly. Tarkett and Aquafil are stepping up their focus on the circular economy and leading the way in carpet recycling. Tarkett has invested around EUR 15 million in this raft of initiatives intended to close the loop on carpet tiles in Europe." + }, + { + "input": "What are the benefits of circular design in the flooring industry; How can resource efficiency be improved through recycling and upcycling of post-use flooring materials; What are the environmental implications of waste reduction in the construction sector with regards to packaging and material recovery.", + "output": "Tarkett, a global leader in innovative flooring and sports surface solutions offering a range of products including vinyl, linoleum, carpet, rubber, wood, laminate, synthetic turf and athletic tracks, is pioneering post-use flooring recycling in Europe.Tarkett is working withIKEAin Stockholm to transform used Tarkett flooring from the IKEA Kungens Kurva store into new flooring. Tarkett secured 10 000 m2of used vinyl flooring from the department store through their ReStart® flooring take-back and recycling programme and processed it at their onsite recycling facility in Ronneby (Sweden)." + }, + { + "input": "Resource Efficiency in vinyl flooring production; What are the benefits of using carbon negative mineral fillers in flooring solutions?; Can recycling of oil shale ash contribute to Waste Reduction and Zero Waste goals in Estonia?", + "output": "Tarkett is a global leader in innovative flooring and sports surface solutions offering a range of products including vinyl, linoleum, carpet, rubber, wood, laminate, synthetic turf and athletic tracks. It is working with the Swedish environmental companyRagn-Sellsto develop carbon negative mineral fillers for vinyl flooring by 2025.Over the last 50 years, Estonia has incinerated oil shale rock to produce energy. This process has produced more than 600 million tons of oil shale ash, with a heavy impact on the environment. Ragn-Sells has developed a patented solution transforming this ash into useful mineral fillers using carbon capture technology. A carbon negative precipitated calcium carbonate is produced using carbon dioxide capture technology, meaning that the product consumes more carbon dioxide than it emits. Tarkett uses several hundred thousand tons of mineral fillers, most of them calcium carbonate, to produce vinyl flooring solutions every year.Ragn-Sells’ production process is climate neutral and has positive outputs:Process with minimal emissions, operating within a closed loop system: the ash hills and the production plant will be located in close proximity to each other, minimising emissions from transportation.Re-use of water: water circulates in a closed zero liquid discharge system and is used over and over again.Residues: the production of ultra-pure calcium carbonate will result in residues that are rich in silicones and magnesium that can be used in other applications." + }, + { + "input": "Resource Efficiency in e-commerce packaging; Waste Reduction strategies for online shipping; Circular Design of reusable packaging using recycled polypropylene.", + "output": "The Ocean Package UGis a Munich-based start-up whichaims to make e-commerce more environmentally friendly and sustainable. They have therefore designedreusable packaging made of recycled polypropylene, which contains plastic collected from the North Sea.Their product can be used 20 times more often than conventional cardboard packaging - for example for online shipping. A distinct advantage of their packaging is the significant reduction in waste: their box is responsible for just one twentieth of the packaging waste produced by 20 cardboard boxes, which can only be used once each.In addition, they are tackling one of the biggest problems of our time by taking at least 25% of its weight in plastic out of the ocean with every box they produce. They have managed to raise the marine plastic content to around 25% in an initial test extrusion and aim to increase this further in coming test phases.In addition to 25% of their packaging being made up of marine plastic, just under 40% is recycled material and only 35% is virgin, in order to be able to guarantee a certain stability and continuity of the packaging." + }, + { + "input": "What are the benefits of developing recyclable packaging with high post-consumer recyclates incorporation in the food industry, focusing on reducing waste reduction in packaging production; How can Sensor-Based-Specification (SBS) and Tracer-Based-Sorting (TBS) processes enhance material recovery in the recycling of complex plastic packaging; Can circular design principles be applied to reduce packaging waste and increase resource efficiency in the food sector?", + "output": "CIRCULAR FoodPack is working on solutions to enable the circular use of plastic packaging, focusing on the most sensitive product category: food.CIRCULAR FoodPack is a consortium of 15 European companies and research institutes.The project aims to develop recyclable packaging with at least 50% post-consumer recyclates incorporated behind a functional barrier.Flexible plastic packaging for food is crucial because it has many application advantages which are needed to meet health and safety requirements. Generally, this type of packaging is made up of complex multilayer and multi-material structures. Depending on the requirements of the packaged goods, seven or more layers may be combined in a single film. However, these film structures cannot currently be reliably sorted and efficiently recycled. With two million tons of multilayer composites for food packaging produced each year, the material streams targeted by CIRCULAR FoodPack are significant and so this innovative process is expected to have a huge impact within the EU packaging sector.CIRCULAR FoodPack produces high-quality recycled polyethylen. It uses Sensor-Based-Specification (SBS) and Tracer-Based-Sorting (TBS) processes, deinking and thermally assisted deodorisation, as well as solvent-based and mechanical recycling processes. Innovative designs for recyclable and food-safe mono-material laminates will enable reuse in high-value film applications. This will lay the groundwork for acircular economy of food packaging." + }, + { + "input": "What are the benefits of upcycling industrial coffee grounds into a sustainable material like Coffeefrom, and how does it promote resource efficiency in the food industry?; How can the use of biopolymers in coffee ground recycling contribute to a circular design approach in product development?; Can the production of bio-based materials from coffee waste help reduce waste reduction costs in the food industry, and what is the impact on water management in the process?", + "output": "Coffeefromis an innovative project from Italy. It has built a supply chain based on the recovery and processing of industrial coffee grounds. Coffee grounds from the food industry are blended with biopolymers to become a new bio-based material produced entirely in Italy: Coffeefrom.It is a durable and resistant alternative to single-use plastic, produced in collaboration with Milan polytechnical university and companies in the supply chain.Huge amounts of grounds are recovered, and the project therefore reduces the substantial management and environmental costs associated with the food industry. Coffeefrom is the second circular economy project run byIl Giardinone Cooperativa Sociale. Thanks to the exchange of skills and knowledge within the supply chain, the project will also be able to develop different compounds from waste coffee.The first industrialised product is a cup and saucer made from coffee grounds, certified as food safe and with a sophisticated design. Coffeefrom puts the principles of extended producer responsibility (EPR) to good use, thanks to a virtuous model of industrial symbiosis. The project has solid social foundations: with its circular economy projects, Il Giardinone has a positive social impact by integrating fragile and disadvantaged people, as well as working closely with other social enterprises." + }, + { + "input": "Resource Efficiency; How can logistics companies reduce waste and increase recycling rates of packaging materials like film; What are the benefits of implementing a closed-loop system for packaging waste in the supply chain, and how can it promote Zero Waste practices?", + "output": "In industry and logistics, goods are often transported on wooden pallets wrapped in film. At the destination, the film is removed and thrown out. Logistics film waste is generally disposed of along with other plastics. The destination company can send it for landfilling and\/or waste-to-energy or sort it and send the usable fractions for recycling. Before it can be recycled, the material must be sorted and washed. Only some of the waste is recovered.TheRE.WIND projectroutes used film to a dedicated supply chain that allows it to be recycled more efficiently, ensuring that the film obtained is of a high quality.It is implementing a service for companies (both manufacturing and service companies) that channels all forms of packaging waste from inbound goods so that it can be recycled and returned to the company as packaging for outbound goods.The material goes back to the company in the form of film that can be used again to wrap pallets of goods." + }, + { + "input": "Resource Efficiency in wastewater treatment, Upcycling of organic streams into renewable energy and biochar, Waste Reduction through biodrying and pyrolysis processes;", + "output": "The companyBioforcetechaims to reduce energy and labour costs while reducing emissions and generating by-products (fertilisers) with an added value. The company's vision is simple: instead of transporting \"waste\", machines are designed to autonomously transform organics into value. Bioforcetech's technology locally transforms organic streams into renewable energy and biochar.The process developed by Bioforcetech fits into the sludge treatment chain with two distinct machines and their respective processes: theBiodryerwith biodrying and theP-series pyrolysis. The two technologies can be installed independently, but the combination of the two processes guarantees an overall treatment with a zero energy cost net of the budget.The Biodryer uses the bacteria present in the sludge to produce heat, with about 75% reduction in volume, thus reducing the transport effort needed to dispose of the sludge to about ¼, with a proportional reduction in pollution. Pyrolysis is a decomposition of organic material through the application of heat, from 350°C to 900°C, without adding oxygen, from which two co-products are obtained:synthesis gasandbiochar.The synthesis gas is combusted to obtain hot water that can be used to power the drying process, thus making both processes self-sustainable. Biochar is what remains of the solid component of sludge, a compound rich in segregated carbon and free of pollutants and pathogens that can be used in a wide variety of areas. In addition to wastewater sludge, biochar can also be used to treat sludge from breweries, dairies, etc." + }, + { + "input": "How can Resource Efficiency be improved through the reuse of food surpluses; What are the benefits of adopting Circular Design principles in the food industry to reduce Waste Reduction and promote Recycling; Can Renewable Energy be used to power food storage facilities to minimize carbon footprint and promote Zero Waste.", + "output": "Through their projectAll you need is food,two Italian consumers' associations -Unione nazionale consumatori(UNC) andUnione per la Difesa dei Consumatori(Udicon) - are working to raise awareness and increase waste-reducing behaviour. Specifically, theyencourage reuse of food surpluses in order to enhance access to food by disadvantaged people and promote alternative uses of food which would otherwise be wasted.Promoting education and information was one of the project's main objectives, together with equipping people with the knowledge needed to make more sustainable and responsible purchases in line with circular economy principles.The project targeted specific groups of actors in the consumption chain and stakeholders directly interested in the subject. In particular,specific information and awareness-raising toolswere created for:municipalities(to enforce theGadda lawagainst waste and promoting the redistribution of unsold food, thus extending its lifecycle)families and young consumers(with ananti-waste guidecontaining suggestions on how to reduce food waste and promote the recovery of surpluses)restaurateurs and shopkeepers(to promote the practice ofsave bags- 100% recyclable containers distributed free of charge to local restaurateurs enabling consumers to take their leftovers home).Influencers and social media(#cucinasenza sprechi) were also involved, with a view to raising awareness of food waste issues." + }, + { + "input": "What are the benefits of using citrus pulp as a by-product in biotechnology applications, considering its high acidity and moisture content; How can waste reduction in the orange juice production process be achieved through innovative uses of citrus pulp; Can biocatalysts be used to improve the efficiency of biofertiliser production from sewage sludge and citrus pulp, and what are the potential environmental benefits of such a process.", + "output": "Red Island Srl produces Sicilian orange juice, resulting in large quantities (about 60% of the original weight) of by-product: citrus pulp, consisting of peel, seeds and pulp. Due to its high acidity (pH~3), high moisture content (~85%) and presence of essential oils (d-limonene), a known fermentation inhibitor, citrus pulp is not fermentable. In order to handle this huge amount of biomass, waste and sewage sludge is transformed into organic biofertiliser.NP-bioTechuses a biocatalyst, adsorbed onto an inert material (catalytic substrate). This enables theaccelerated fermentation of critical biomass (such as citrus pulp or sewage sludge), transforming it into a biostabilised and pasteurised material with excellent agronomic properties.All the phosphorus contained in citrus pulp is present in the biostabilised product in organic form, and so isavailable as a slow-release macro-nutrient.The process is simple: incoming biomass is mixed with the catalytic substrate. The resulting mixture is turned over periodically (around once a day), promoting vapour escape and good chemical\/physical homogenisation, and pushing the biomass on toward the bioreactor outlet. In a few days (around 28 days for pulp and 10 days for sewage sludge), the mixture is biostabilised. The catalytic substrate can easily be separated from the stabilised biomass and fed back into the biomass input. The biostabilised product can be sent for packaging and then on to the biofertiliser market.The final product complies with all the criteria of the new EU Regulation 2019\/1009 for CE marked fertilisers." + }, + { + "input": "Resource Efficiency in wastewater treatment; What are the benefits of recovering fatty substances for reuse in industrial activities?; Can biogas production in anaerobic sludge oxidation phase enhance Renewable Energy generation?", + "output": "The Hydro Ben project focuses on resource recovery for reuse in other industrial activities.It consists ofrecovering fatty substancesfrom wastewater in professional catering facilities, by means of a special device which is placed under the sink. The caterer sets aside the recovered resource, identified as CER code 190809 (mixture of oils and fats produced by oil\/water separation, containing only edible oils and fats). This substance is recognised as havingexcellent energy potential. The consortium, through Procedure UNI\/TS 11852:2022, collects the resource.In Brescia, annual recovery is estimated at around 1000 tons per year. Once treated, the material will be used with industrial symbiosis at the water treatment plant in the anaerobic sludge oxidation phase to producebiogas, sustainably generated and suitable for energy cogeneration. With hydrolyzers,green hydrogencan be generated 24 hours a day. Technical and scientific tests on generating biopolymers will be carried out at a biorefinery in Lombardy.This is part of ENEA's circular economyCREIAMOproject. The research on the hydraulic verification of the device and the separation capacity of the oily substance, a typical pollutant in wastewater, was conducted with the Brescia University of Engineering, Environmental Health Group. The cost\/benefit ratio was calculated using LCA." + }, + { + "input": "Resource Efficiency in the automotive industry; How can Recycling of end-of-life vehicles contribute to Waste Reduction and Reuse of materials; Can Circular Design of bumpers and fuel tanks promote Material Recovery and Upcycling for sustainable production.", + "output": "TheLIFE CIRC-ELV projecthas developed a new process for managing end-of-life vehicles to recover bumpers and fuel tanks, recycle the materials and use them to manufacture pipes and new parts for vehicles.Using this recycled plastic in products from this industry and others will help reduce the carbon footprint by 85%.A new plastic recovery process has been successfully implemented by one of the members of the consortium, the Valencian companyDesguace Cortés. The process separates the polypropylene bumpers and polyethylene fuel tanks of end-of-life vehicles (ELVs). These materials are recycled for reintroduction into the production cycle, thus promoting the circular economy.The project developed two recycled demo samples: one is a closed loop sample (plastic remains in the automotive industry), involving wheel liners for vehicles manufactured by the Aragon firmSigit Automotive, while the other is an open loop sample, in which pipes and pipe fittings were manufactured at a production plant in Portugal.The technology developed in the project can be applied to other authorised treatment facilities (ATFs) to obtain recycled plastics ready to be used to produce new products, such as household appliances, pest control devices and even farm tools.The implementation of this part separation model in European ATFs is supported by the French companyIndra, a pioneer in managing end-of-life vehicles.SIGRAUTOhas also helped disseminate and transfer the project results." + }, + { + "input": "Circular economy business models for empowering women from disadvantaged backgrounds; Benefits of upcycling PVC banners into new products; Resource efficiency in production and consumption through responsible use of plastic materials;", + "output": "remeshis asocio-professional business workshop with an environmental impact.Most of the employees are women from disadvantaged backgrounds (such as minorities, victims of domestic violence and single mothers), due to which they face public stigmatisation and multiple difficulties in becoming financially secure. Each year, remesh supports five or six vulnerable employees through a two-year integration programme giving them access to tailored training which develops their social and professional skills. The employees in the work integration programme are employed not for their technical competence or work experience, but rather because they are genuinely motivated to get (back) on track.The workshop also has a circular economy business model that yields positive environmental effects: it promotes responsible consumption and production of a plastic material that without a recycling solution usually ends up as an environmental threat.The primary material used is the PVC from banners.They reuse advertising banners and meshes to make useful new products." + }, + { + "input": "Resource Efficiency in e-waste management, Recycling of electronic waste, and Waste Reduction through refurbishing and repairing of collected computers to be donated to schools in vulnerable areas.", + "output": "educlickis a social and circular economy workshop that brings positive social impact with a unique business modelthat tackles three key areas:waste management: the project focuses on collecting WEEE and is an authorised collectorreducing the educational gapbetween rural and urban areas in Romania by refurbishing and repairing the collected computers and donating them to schools in vulnerable areasreducing social injustice: every economic activity is performed by disadvantaged employees who are prevented by their personal situation from entering the labour market. educlick hires them through a two-year programme that helps them to develop social and professional skills enabling them to access better life opportunities.educlick fights forsocial inclusionby giving a second chance to vulnerable groups that are often stigmatised by society and abandoned by public authorities from an early age (such as people with a prison record, drug addicts, minorities, victims of domestic abuse and children from foster homes). At educlick workshops, they can access a socio-professional integration programme that nutures their personal and professional development, offering them the opportunity to regain control over their life and happiness.educlick also tackleseducational injusticeby providing refurbished digital equipment to schools in rural or poor urban areas where the school drop-out rate is extremely high. While tackling these social injustices, educlick also promotes a model for reusing and recycling digital equipment. This is particularly important as the recycling rate in Romania is only 14%." + }, + { + "input": "How does the Ecosynergy System contribute to Resource Efficiency by encouraging responsible waste management and recycling practices among consumers?; Can the circular economy principles of the ESS be applied to other sectors, such as Textiles or Electronics, to achieve Waste Reduction and promote Sustainable Development?; What are the key factors that influence the success of a circular economy initiative like the ESS, particularly in terms of Circular Design and Upcycling of packaging materials?", + "output": "With an innovative approach to recycling, theEcosynergy System(ESS) rewards consumers of all food and non-food products whose packaging is marked with the Ecosynergy label, if theydispose of this packagingat an ESS collection point. Consumers receive eco-coupons which they can use to obtain home and household products, food, clothing and services at production prices.Some details of theEcoSynergy System (ESS) test phase in Slovenia:Test area:Gorenjska region,a post-industrial, partially agrarian area without a development concept and with a demographic deficit (GDP: EUR 20 790, below the Slovenian average: EUR 22 312)Target group: pensioners, unemployed, socially and economically disadvantaged groups of the population as well as private companies, service providers and othersAdvertising: the ESS project was not advertised in order to test the response of the population by word of mouthTest period and participants: up to 1853 people submitted clean material; 1000 people were involved in the test for one year (January 2018-July 2019, with evaluation and analysis of the pilot project running until January 2020), in a relatively stable period before the pandemicTest location: the collection centre of the State utility companyJekod.o.o. (Cesta Franceta Prešerna 13, 4270 Jesenice), open 8 hours a dayOther participants:60 food and non-food producers: tests covered their participation\/involvement in the circular economy, their requirements, needs and expectations in line with EU agendas, the UN Agenda 2020-2030 and the forthcoming Extended Producer Responsibility Certificate." + }, + { + "input": "What are the benefits of using a sustainable peat-free biostimulant in mushroom cultivation?; How can the mushroom industry reduce its environmental impact through the reuse of waste streams and by-products?; What are the advantages of circular design in the development of a new biostimulant casing soil for mushroom cultivation, focusing on resource efficiency and waste reduction?", + "output": "The mushroom industry plays a key role in the EU’s agri-food sector. Nutritionally, it provides a protein-rich alternative to animal products and it is a key source of vitamin D and selenium. Economically, it was valued at 33,7 billion EUR in 2017 and projected to reach 66,8 billion EUR in 2026 (compound annual growth rate: +7,9%).TheBioschamp project, coordinated by one of the Spanish Association of Mushroom Growers (Asochamp) which hosts theResearch Center of Mushroom(CTICH), aims to develop an integrated approach to tackle the mushroom cultivation challenges by:offering analternative and sustainable peat-free biostimulant casing for the mushroom industry,reducing the dependency on and need for pesticidesandcontributing to improve the productivity, sustainability and profitabilityof the European mushroom sector.The mushroom sector actively fosters circular sustainable business models: compost – i.e. substrate used to grow mushrooms - is made of manure and agricultural by-products (waste side-streams).Bioschamp will further facilitate circularity and resource efficiency in the mushroom sector by developing a biostimulantpeat-free casing soil(a layer of substrate – usually peat-based – placed over the compost to induce fructification)from waste streams\/by-products." + }, + { + "input": "Circular design of flower bouquets; Benefits of upcycling unsold flowers into confetti; Resource efficiency in flower transportation and storage practices.", + "output": "The international flower industry is not exactly a thing of beauty.Every week, 30 planes full of flowers from Ethiopia and Kenya transit through Liège Airport, to be transported by truck to Belgium, the Netherlands, the UK and Germany. Transporting and keeping the flowers fresh in refrigerated spaces has a significant impact in terms of CO2emissions. Industrial local production in warmed and lighted greenhouses is not the solution as it generates even more CO2.Additionally, the international trade in cut flowers is detrimental to the originating countries themselves as it uses harmful pesticides, diverts water from food crops and has poor social standards for workers.It's time to develop a responsible and circular flower industry in Belgium and Europe.That's whyIl Était Une Fleurhas been instrumental in founding theBelgium Slow Flowermovement.This Belgian florist has definitely decided to swim against the flow of her industry, working with nature rather than exploiting it.She uses branches and leaves from the local business park's gardener as mulch to feed and protect her soil, and leaves unsold flowers in the field for insects and birds, cutting only the ones she will actually use in bouquets. She is also developing a partnership withRosemarie Confetti: this Belgium-based company makes wedding confetti by drying petals from unsold flowers. The end result is a prettier, more circular alternative to rice.She operates a short circuit supply chain and develops partnerships with local businesses. She even avoids the typical overuse of cellophane by selling her flowers at markets wrapped in old newspapers." + }, + { + "input": "Circular economy strategies for promoting Industrial Symbiosis and Waste Reduction in European industries; Benefits of applying Resource Efficiency and Recycling principles in the construction sector; How can Recycling and Upcycling of textiles be integrated into the design and production processes?", + "output": "Under the framework of theINSIGHT project(Erasmus + KA202 project), aBlueprinthas been developed to provide specific recommendations on how to promote the application ofIndustrial Symbiosis(IS) and its facilitation to various stakeholders, as well as aroadmapof how the organisations are expected to apply the IS principles, by making use of educational specific inputs and resources.The INSIGHT Consortium vision projects into a future where the IS is recognized as a key resource strategy and disseminated throughout Europe, to achieve a circular and regenerative economy.The INSIGHT Blueprint focuses onfive priorities:InformTrainFinanceConnectFrameand proposes aset of recommendationsat EU, national, regional, local, and company level, to increase IS awareness across a diverse group of specialists and stakeholders, including ministries, regional and local authorities, industrial park owners, SMEs, industries, academia, VET providers, business associations and development agencies.In addition, anAction planis proposed to relevant entities at EU, national, regional, local and company level, along with an estimated timeline and specific success indicators.Finally, aMemorandum of understandinghas been prepared to confirm the support of stakeholders." + }, + { + "input": "Circular economy benefits of deconstructing precast concrete structures; How can Resource Efficiency be improved in the construction industry through reuse of precast concrete elements; What are the advantages of adopting Upcycling practices in the deconstruction of concrete buildings for sustainable construction.", + "output": "The internationalReCreateprojectaims to discover how used precast concrete elements can be deconstructed without damaging them to be reused in new buildings and how to turn the process into a profitable business.Recreate's main objective is to close the loop for concrete at the highest level of utilization by facilitating the deconstruction and reuse of precast structural components. The idea is toimprove the technical and economic viability of the deconstruction of precast concrete structures that have not been designed for deconstruction.ReCreate pushes towards circular construction by investigating the systemic changes needed in the whole ecosystems of construction and demolition. The idea is to pilot deconstruction and reuse towards maturity as a socio-technical system." + }, + { + "input": "Resource Efficiency in the fashion industry; Benefits of upcycling leather and fabrics; How can textile waste reduction be achieved through circular design principles in the production of luxury goods?", + "output": "The ItalianCartierais anethical fashion workshopfounded in Lama di Reno, Marzabotto in 2017 which makes leather and fabric items. Believing strongly that work is an extraordinary tool for social inclusion, Cartiera offerspaths for employment and integration of disadvantaged people, mainly refugees and asylum seekers. In this way, Cartiera overcomes the prejudice which relegates migrants to unqualified jobs and trains them as leather craftworkers.By cooperating with professional Italian leather craftworkers, Cartiera keeps training its employees to ever higher strandards and the quality of items is guaranteed. Cartiera promotes Italian craft skills and includes them in the global network of the Ethical Fashion Initative programme. This project is run by the International Trade Centre (United Nations) and aims to connect small craft workshops from the Southern hemisphere with major international fashion brands.Cartiera is also an excellent example in the field ofenvironmental sustainability. All items are produced from leather and fabrics recovered from big \"Made in Italy\" brands, promoting a circular economy process through upcycling techniques. The money made by selling the items keeps the project going." + }, + { + "input": "How can a circular design approach be applied to the marine plastic waste management system to reduce waste and increase resource efficiency; What is the potential impact of upcycling plastic waste into new products on waste reduction and recycling rates; Can the development of a bio-based economy through biodegradable packaging alternatives reduce waste sent to landfills and promote a zero-waste culture.", + "output": "More than just collecting marine litterAIMPLAS, the Plastics Technology Centre, has now completed the fourth and final year of theRepescaPlas project. The project hasdeveloped a complete management system for plastic waste recovered from the sea and subsequent recycling into products of commercial value.The project has successfully expanded knowledge of marine litter, its location and different types in order to create a complete passive fishing strategy and management system for this waste.The new system begins by recovering the waste collected by the boats during the day (passive waste fishing). The waste is then temporarily stored in containers at the port after being weighed and labelled. It is classified by type and samples of the plastic fraction are taken in accordance with the MARNOBA method. In the laboratory, the material is then classified by type of material, a process that has shown that most waste consists of low-density polyethylene, PET containers and polyamide packaging. Finally, the plastic material is shredded, washed and dried at a recycling plant for recovery using mechanical and chemical recycling.Using the infrared sorting equipment at the E. Niño sorting plant in Arganda del Rey (Madrid), theplastic material can be recoveredthrough mechanical recycling. The material can then be used tomanufacture new products at industrial level." + }, + { + "input": "How can Circular Design principles be applied in the textile industry to reduce waste and promote sustainable production; What are the benefits of using recycled or upcycled materials in garment manufacturing; Can sustainable fashion brands leverage Resource Efficiency and Recycling strategies to minimize their environmental footprint and appeal to eco-conscious consumers.", + "output": "Clear Fashion, an independent expert in garment evaluation,informs consumers on brands' practices and clothes' impactand enables fashion brands to communicate their scores, thus bringing more transparency to the fashion industry. The target is to make people know more about what is behind the clothes they buy.The making of a garment has a history: sometimes beautiful, some other times unacceptable. The fashion industry faces enormous social and environmental problems.The power of citizens lies in wise consumption. Together, they can influence and even make a sector evolve. They can guide the sector towards more sustainable production models. Committed and wise consumption choices can show industry players that consumers reject certain practices as they go against their values. Consumers can also support brands that make more responsible production choices such as green raw materials, suppliers respecting labour rights or using processes with a low impact on health and the environment.Here are some circular indicators - among others - used by Clear Fashion to evaluate textile enterprises:reduction of scrap fabric during productionuse of recycled\/upcycled materialreduction and management of unsold articlesfrequence of new collectionsdurabilityrepair servicewater consumptionuse of biological or natural material, etc.For more information on theevaluation method, clickhere." + }, + { + "input": "Circular economy applications in the plastics industry; Benefits of converting CO2 emissions into high-value chemical products; Recycling opportunities for industries like footwear and furniture;", + "output": "AIMPLAShelps companies apply circular economy criteria to their business modelsand turn legislative changes affecting the plastics industry into opportunities to improve company efficiency, reduce environmental impact and increase profitability. AIMPLAS also carries out research into areas such as recycling, biodegradable materials and products, and the use of biomass and CO2.The PUCO2project uses research and development to combat global warming caused by greenhouse gas emissions.Seventeen companies have taken part in the project, which will also be relevant to producers of adhesives for related sectors, as well as the textile, automotive and toy industries.ThePUCO2projectbrings together the Metalworking, Furniture, Wood, Packaging and Related Technological InstituteAIDIMME, the Plastics Technology Centre AIMPLAS and the Footwear Technology CentreINESCOP, with the support of the Valencian Institute for Business CompetitivenessIVACE. They areexploring converting CO2from industrial emissions into high value-added chemical products with applications in the footwear and furniture industries.CO2accounts for more than 60% of global warming due to the high volume of emissions. The PUCO2project is working on developing systems for converting CO2into isocyanate-free polyurethane and polyol-based polyurethane, and will then validate their use as paints, varnishes and adhesives in the footwear and furniture industries." + }, + { + "input": "How can blockchain technology improve waste management in ports, focusing on resource efficiency and recycling of ship-generated waste?; What are the benefits of using a waste passport in tracking and tracing ship-generated waste, promoting circular design and zero waste?; Can circular economy principles be applied to the port industry, reducing waste reduction and increasing reuse of materials in the shipping sector, such as textiles, electronics, and automotive parts?", + "output": "Ship-generated waste poses a significant threat to the marine environment. The current EU legal framework laying down rules applicable to ship-generated waste is Directive 2000\/59\/EC.5 main problems have been identified:Inadequate reception and handling of waste by port reception facilitiesInsufficient cost incentives for the delivery of ship-generated waste to portsIneffective and insufficient enforcement of the mandatory delivery obligationInconsistent and outdated definitions and formsInconsistent application of exemptions to ships in scheduled traffic.Waste traceability and circular economy are main drivers standing out in all companies' social and environmental performance, especially as regards waste collectors and treatment plants.To solve all these barriers and challenges in the port environment,Blue Room Innovationis developing a solution based on blockchain technology:PortNet. It is ablockchain-powered waste management solution for greener, more efficient ports, a unique contribution to circularity and a commitment to Green Ports thanks to the technological power of blockchain.Portnet has created aWastePassportthat connects waste disposed in port reception facilities to treatment plants, thus increasing traceability by providing a self-sovereign identity to each waste batch to state in the blockchain key features – type of waste, weight, previous holder, destination, etc. – its owner and the rights and obligations entitled to it.Portnet also aims to create asecondary market by tokenising sorted wastewith CIRCULA , thus converting it in a value connecting treatment plant to industry, and enhancing circularity." + }, + { + "input": "Resource Efficiency; How can innovative recycling programs promote waste reduction and circular design in urban areas?; What are the benefits of upcycling plastic beverage bottles and cans in the context of sustainable packaging and material recovery?", + "output": "RECICLOSprovides incentives for recycling cans and plastic beverage bottles. Its main objective is to increase and improve recycling of these objects by introducing rewards that motivate people to do so. When people recycle using the RECICLOS app, they receive points that can be exchanged for sustainable prizes or used for local projects.Blue Room Innovationhas co-created the RECICLOS project withEcoembes, a non-profit association that manages the recycling of plastic containers, cans, tetrabriks, paper and cardboard in Spain. Blue Room Innovation is also the project's technological, communication and innovation partner, and is an active part in its transformation year after year.The project started in 2019 with the first pilot scheme in the Pla de l'Estany region (Girona). The first app prototype and an incentives strategy were created and a communication campaign developed. The project has now expanded to cover more than 60 municipalities. In 2021, Blue Room Innovation continued to develop RECICLOS and came up with ways to improve app take-up, including new prize dynamics and functional changes.In 2022, they aim to establish a platform connecting up municipal actors and the plastic waste transformation process to show what happens to packaging." + }, + { + "input": "Circular business models for reducing waste and increasing resource efficiency in the food industry; The potential of upcycling and recycling in the production of sustainable textiles; Can bioeconomy solutions for waste reduction and material recovery be scaled up to tackle the global plastic waste problem?", + "output": "So which businesses in your city are turning circular?The zero waste consultancywegozerohas mapped more than 1000 businesses with zero waste potential in four European cities (Amsterdam, Athens, Berlin and Budapest). You can find the Zero Waste Mapshere. The consultancy focuses on measures such as reduced packaging and increased recycling. Itsmaps are available for a monthly subscription and aim to tell people which businesses in their city are sustainable and geared to circular thinking. This will increase the sales of these businesses and so push the circular economy on. The model can be rolled out easily to other cities.Wegozero has received a grant from Trinity College Dublin and been accepted for Stage 2 of the Circular Cities ClimAccelerator Programme (EIT). So far, wegozero has reached over 7000 people in 2021 alone, 61% of whom are expected to change around 10% of their current behaviour. According to the Climate Impact Forecast, that is equivalent to 420 fully changed users.Imagine if the consultancy could influence more people. What if they could reach 50 million people across Europe? That is equivalent to 3 million fully changed users - or the volume of 101 million elephants of CO2,to put it more visually!Read their presentationhere." + }, + { + "input": "Resource Efficiency; What are the benefits of switching from plastic to cardboard packaging in terms of waste reduction and reuse?; Can the design of cardboard packaging be optimized for zero waste and reduced material recovery efforts?", + "output": "The project ofLC Paperconsists in the migration of all the plastic packaging of paper products (toilet paper, hand towels...) to cardboard packaging and \"folding\" (thinner cardboard) free from chemical bleaching processes.Besides switching from a non-recycled material to a recycled and easily recyclable format, it also has some side benefits such as a much improved logistics efficiency due to the higher stackability of cardboard boxes compared to packs with plastic wrapping, thus greatly reducing the number of trucks needed to ship the products to the retail stores.One of the main challenges was the fact that, unlike plastic wrappings, \"folding\" cardboard is not transparent. To overcome this challenge, a fully printed packaging with a real-size picture of the inner content was designed, thus creating the visual effect of a transparent pack, compatible with the standards of retail stores. This technique, already used in other product categories such as cereals, was never used before in the toilet paper category." + }, + { + "input": "Shopping experience that promotes Resource Efficiency by offering a wide range of sustainable products made from Recycling, Upcycling, and Eco-design in Belgium; How does the store's circular economy approach contribute to Waste Reduction and Zero Waste; What are the benefits of integrating Renewable Energy and Water Management systems into the store's operations to support its circular model?", + "output": "Yuman Village is a temple of the circular economy located in Brussels. It offers a unique 'one stop shopping' experience that encourages the emergence of new circular economy models, creates local jobs and reduces the number of trips needed to buy sustainable and local products.You will find everything: clothes, accessories, jewellery, decoration, furniture, books, cosmetics, zero waste solutions... Everything is made in line with circular economy principles (recycling, upcycling, second hand, eco-design) in Belgium or Europe.In order to reach as many people as possible, Yuman has also launched a circulare-shopand wants to keep their combined brick-and-mortar and digital approach in the future. Yuman Village works closely with local partners producing circular products and involves them in the development of the project." + }, + { + "input": "Resource Efficiency in the textile industry; Benefits of upcycling and recycling clothing; Can AI technology play a key role in promoting Zero Waste in fashion;", + "output": "Atelier Riformais an innovative startup with a social dimension. It seeks toreduce the environmental impact of the textile and fashion industry by adopting circular economy principles.So far, the startup has focused on upcycling: collecting and refurbishing used clothes, then reselling them online (it was the first online shop in Italy dedicated to upcycling). Atelier Riforma's network across Italy includes tailors, designers, artisans, fashion schools and social tailoring projects, where disadvantaged people can find a job.The startup is now changing its business model to focus on technology, in order to apply this circular model on a larger scale. They are developingthe first AI-based technology that automates the cataloguing, sorting and digitisation of textile waste, together with a B2B platform that connects the players in the textile waste collection sector with those in circular fashion. The technology will be called Re4Circular and will make it possible to direct each used item of clothing to the most suitable circular destination (reuse, recycling or upcycling). By 2025, separate collection of textile waste will be mandatory throughout the EU and this technology could support the circular transition of the fashion industry.The founders have a dream of creating a system in which no item of clothing is thrown away - instead, it will be part of a never-ending loop. Now that's circular!" + }, + { + "input": "What are the benefits of designing electric vehicle battery casings using circular economy principles; How can the use of thermoplastic composites in electric vehicle production contribute to Resource Efficiency; What are the advantages of reducing battery weight through the implementation of sustainable materials in the mobility sector?", + "output": "The mobility and transport sector is currently responsible for a quarter of all greenhouse gas (GHG) emissions. Strongly encouraged by legislation and market demand, this industry has now started to make the shift towards vehicle electrification, which is expected to contribute significantly to reducing GHG emissions. But it also involves a number of challenges, including battery autonomy.In this contextAIMPLAS, the Plastics Technology Centre, is developing theVETERIA21 projectas part of a collaboration agreement with the Valencian Regional Government’s Ministry of Innovation, Universities, Science and Digital Society. Together, they will provide funding through grants for technology centres in order to carry out innovation projects in 2021 in collaboration with companies within the framework of smart specialisation.The aim of the project is to optimise the transformation processes of thermoplastic composites in order to improve their properties so they can replace metals in electric vehicle battery casings. This will reduce battery weight and, therefore, battery consumption, while providing a sustainable new solution based on circular economy criteria." + }, + { + "input": "Resource Efficiency; How can we optimize the use of organic waste in agricultural production, reducing waste reduction and increasing soil fertility? Recycling; What are the benefits of using lime-based treatment for biodegradable waste, and how can it improve soil health in forage production? Zero Waste; Can the company's process for producing organic fertilizers from biodegradable waste be scaled up to reduce the use of chemical fertilizers and minimize waste sent to landfills?", + "output": "Returning organic waste to the production cycleAgroamb Prodalt SLis a rural SME working in the primary sector. Based in Lugo, Spain, it serves over 150 public and private companies and more than 250 farmers, who mainly produce forage. It provides agricultural services for farmers and manufactures organic fertilisers from biodegradable waste generated in the primary and agri-food sectors. Its process sanitises biodegradable waste and animal by-products with lime and produces organic fertilisers (turning these waste materials into resources).Itrecycles various types of organic waste(such as manure and slurry, old food, mollusc shells, sewage sludge, wood ash and bio-waste) into fertilisers and soil conditioners, which are mainly used for producing forage. Using biodegradable, organic, waste-based fertilisers reduces the use of chemical fertilisers, greenhouse gas emissions and the consumption of finite resources, while increasing soil fertility and health.The company's process is a lesser-used alternative to widely applied and well-known processes, such as composting and anaerobic digestion (biogas). It treats biodegradable waste with lime, alone or in combination with other alkaline materials for agricultural use (carbonates, wood ash, etc.).This achieves several objectives:recovering or reusing biodegradable waste, returning it to the economic cycle;manufacturing fertilisers with a high proportion of organic matter and nutrients that regulate soil pH levels, with a lower C02footprint than mineral fertilisers and with less risk of depleting natural resources." + }, + { + "input": "Circular economy in event organization; Resource Efficiency in summer event planning; Waste Reduction strategies in event management;", + "output": "Tapahtumakärry(in English an \"event cart\") is a trailer packed with all goods and tools necessary for different (summer) events. It includes audio equipment, a tent, a grill and a gas cooker, traffic control and first-aid equipment and cam carts. Local4H-associationsare in charge of maintaining the event trailer and renting it to other associations, residents and companies.The event-trailer service was introduced in July 2021 as a pilot experiment within theMaallemuuttajat 2030 project(maallemuuttajatmeaning \"people moving from the city to the countryside\"). The tools available on it are aimed to facilitate the organisation of events - even in remote areas - by associations. From now on, the latter can rent all basic equipment for their events from one single place. The renting fee of the event trailer has been kept low so that associations can afford it even when organising free events.By using thetapahtumakärry, associations can lower their greenhouse gas emissions, as they do not need to purchase new equipment or cover long distances to get the material they need to organise events." + }, + { + "input": "Circular economy in agriculture; Benefits of upcycling agricultural waste into mushroom cultivation; How does Ekofungi's closed-loop system promote resource efficiency in mushroom production?", + "output": "Ekofungiis a Serbian company that takes a 100% circular approach to mushroom cultivation. In 2018, the company was recognised by the OECD as the most prominent example of a circular economy enterprise in the Western Balkans and Turkey. Ekofungi has pioneered a technology for sustainable cultivation of edible mushrooms using recycled cellulose waste.Having successfully implemented the innovative technology abroad, Ivanka Milenkovic decided to establish her own mushroom cultivation facility in Serbia in 2002. Each year, Ekofungi grows 130 tons of mushrooms, which are either sold fresh or dehydrated and mixed with other vegetables. In order to grow the mushrooms, cellulose waste from local farms (such as horse manure, straw and coffee grounds) is converted into compost, which is then inoculated with mycelium and kept cool and moist until harvest.Once the mushrooms are harvested, Ekofungi returns the spent compost to the local farmers, who then use it as a natural soil fertiliser for growing vegetables and wheat. Agricultural waste from wheat production is used to grow oyster mushrooms and the spent compost is used for cattle feed.The company spreads its technology through training, ad hoc consultations and an open-source business model. Futhermore, in 2009 Ivanka opened Ekofungi School. The company bases its business model on sharing its know-how on sustainable methods for growing mushrooms so that their business model can be replicated. Today, Ekofungi is considered the most prominent example of a company following the \"Blue Economy\" philosophy in the Balkan region." + }, + { + "input": "What are the benefits of applying industrial upcycling in the fashion industry; How can resource efficiency be achieved in textile production while maintaining social responsibility; Can the concept of circular design be applied to reduce waste and pollution in the production process of clothing.", + "output": "TheReet Ausmission is to minimise the ecological footprint of one of the world's most contaminating business - the fashion industry - by applying industrial upcycling, which means producing clothing from pre-production leftover fabrics. The fact that no extra fabric is produced for Reet Aus garments makes them carbon-neutral.Moreover, as virgin fabric is used, Reet Aus makes sure that the leftover fabric does not contain harmful chemicals and that production is socially responsible, meets workplace safety requirements, and does not resort to child labour, of course.This radically non-wasteful new production process is based on a scientific core methodology called UPMADE®, which has been developed by designer and founderReet Ausin cooperation with theStockholm Environment Institute Tallinn Center. This methodology is applied when producing clothing for the Reet Aus trademark and other brands in certified factories. UPMADE® enables brands and manufacturers to apply its industrial upcycling method, thus providing them with certification.A fully circular economy produces zero waste and pollution by design. This is an ideal that the UPMADE® method supports in a real and practical way. Traditional clothing manufacturing creates an average 18 % of textile leftovers. The UPMADE® method closes the loop by applying upcycling on an industrial scale and reducing the amount of textile leftovers, thus turning this 18 % from cost into value." + }, + { + "input": "Resource Efficiency in coffee breaks; Waste Reduction in single-use items; Upcycling of disposable cups to promote Reuse.", + "output": "Greener coffee breaksThe French company Auum was founded in 2019 with the conviction that we needdisruptive cleaning technologies to promote reuse and combat single-use items.Auum began by focusing on the 500 billion disposable cups used every year worldwide. Their first innovative machine, the auum-S, cleans, dries and disinfects glasses in 10 seconds using 2 cl of water and no chemicals. Thanks to patented steam technology, Auum revolutionises traditional cleaning that is very heavy on resources (particularly water and electricity) and gives a poor user experience. Thanks to this machine tailored to corporate environments, employees no longer need to wash up their crockery or worry about the ecological impact of disposable cups." + }, + { + "input": "What are the benefits of circular economy business tables in reducing waste and promoting resource efficiency in the construction industry; How can the combination of upcycling and recycling practices in packaging management contribute to a more circular economy in Spain; Can the application of eco-design principles in the development of new products lead to a significant reduction of waste and an increase in material recovery in the automotive sector.", + "output": "The APROEMA Connected project began on 28 September 2020. It received funding from the ‘Axudas á Contratación en Organismos Intermediales’ programme, and aimed to encourage businesses to get involved in the environmental sector using circular economy business tables.The initiative attracted interest from participating and financing companies such as the global infrastructure and services operator FFC (Development of Construction and Contracts), the Mercadona supermarket chain and the non-profit organisation Ecoembes, which is active in the recovery of packaging throughout Spain.The Galician Association of Environmental Enterprises (APROEMA), representing the environmental sector in Galicia, is in favour of the project since it will take effective cooperation by all circular economy actors to close raw material loops and reduce waste.APROEMA focuses on helping recycling companies, particularly those affiliated to APROEMA, find specific materials to boost their business, and helping manufacturers and service companies liaise with the recycling industry in order to promote cooperation between the two." + }, + { + "input": "Resource Efficiency in supply chain management; What are the benefits of Recycling and Reuse in the Circular Economy; Can Circular Design principles be applied to improve Waste Reduction in the production process of a company;", + "output": "TheCircular Navarre Catalogue 2021is an update of the first showcasing booklet published in 2020. This new edition includes30 organisations- based on circular business models - in the Spanish Navarre region, looking for international cooperation.The catalogue has been edited by the regional Government of Navarre with the technical support of the Asociación de la Industria Navarra (AIN). Its aim is to share information about these organisations, related to:their position in a circular value chaintheir interest in taking part in the EU programmestheir features in terms of positive environmental, social and economic impactthe SDGs they are pursuing.All organisations included in the catalogue provide a contact person in order to facilitate the collaboration with other European initiatives for new EU project opportunities but also potential commercial partnerships. The catalogue may be considered as a good practice that can be replicated by other territories, aiming to enhance partnering opportunities among European regions and SMEs in their scaling-up phase." + }, + { + "input": "Resource Efficiency; Recycling; Waste Reduction; Automotive; Lightweight materials in car design: What are the benefits of using recycled plastics in vehicle production? How can design-efficient technologies reduce waste in the automotive industry? Can circular design principles help minimize the environmental impact of vehicle manufacturing?", + "output": "In keeping with its mission to respond to the social challenges of sustainable mobility,AIMPLAS- the Plastics Technology Centre - has been coordinating the EuropeanRECOTRANSproject, which has made it possible to develop new design-efficient technologies and solutions to reduce vehicle weight." + }, + { + "input": "Resource Efficiency in management consulting, how can it be applied to optimize business strategies; Waste Reduction in the consulting industry, what are some innovative solutions to minimize waste; Circular Design thinking in client projects, how can it be used to create more sustainable value chains.", + "output": "As a management consulting firm,Gate Chelps clients map the benefits and capture the value of the circular economy. They do so by leveraging theirthought leadershipandinnovative solutions. Their team of consultants combines experience in management consulting with expertise in industries and circular economy." + }, + { + "input": "How can Resource Efficiency be improved in e-commerce packaging, especially with regards to shipping packaging?; What are the benefits of implementing a Circular Design approach in the development of reusable packaging solutions like polypropylene boxes?; Can Zero Waste principles be applied to the packaging industry through the reuse and recycling of shipping containers, and what are the potential environmental impacts of such a strategy?", + "output": "Circular packagingGenerally speaking, online retail uses shipping packaging in addition to product packaging. This shipping packaging is usually used only once: after delivery, the end user gets rid of it via waste paper containers or household waste.rhinopaqprovides reusable shipping packaging boxes made of polypropylene, which can be reused up to 20 times.The boxes are designed to replace cardboard boxes for smaller standard shipments. After a shipment, the box can be folded to the size of a large letter and returned to the store or to rhinopaq by mail. There it will be used again for the next order. After a box has reached its maximum number of uses or is removed from the cycle due to damage, it can be recycled at the plant in Germany and the material reused to make new boxes.rhinopaq was founded in 2021 in Essen, Germany by Marc Diefenbach and Matthias Thesing." + }, + { + "input": "What are the benefits of repurposing unsold\/gently-used clothes into sustainable grocery bags; How can circular design principles be applied to reduce textile waste in the fashion industry; Can the use of upcycling old clothes to create new products promote a resource efficient and zero-waste lifestyle.", + "output": "With the aim of eliminating textile waste by repurposing unsold\/gently-used clothes (such as skirts, dresses, shirts and t-shirts), there is a new and sustainable grocery bag design. This new circular grocery bag not only saves up to 30% of fabric compared to traditional designs, it can also save fuel, manpower and energy which would have been used to manufacture a standard bag.The design is very simple. A grocery bag can be made quickly out of unsold\/gently-used clothes, leading to reduced textile waste.Four easy steps to turn old clothes into a grocery bag:Cut straight across under the sleeves.Leave the centre open to provide access to the bag.Cut 16 cm down from the top on both sides for the handles.Fold both sides around 3 cm onto themselves and hem 5 cm from each side on the top.Sew the bottom and the grocery bag is ready!For more information about this circular grocery bag design, see detailed comparative analyses in the description on thislink.This approach not only reduces textile waste that ends up in landfills, it also reduces the amount of single-use plastic bags used." + }, + { + "input": "What are the benefits of a sharing economy for sustainable living; How can resource efficiency be improved in the childcare sector through product sharing; Can waste reduction and reuse of baby supplies be achieved through a baby item sharing platform?", + "output": "TheBabytheekis a handy system for borrowing baby items that you only need for a short time. It works like a \"library of things\", lending baby supplies needed during the first year of the baby’s life.The Babytheek's lending service for baby items aspires to make sustainable baby supplies available to all. By becoming members, new parents can borrow items to test (not every baby likes a certain baby carrier) and use in a fun and accessible way. As their baby grows, they return the supplies so that someone else can use them.The Babytheek encourages personal contacts, sustainability and social inclusion. It collects high-quality and sustainable baby supplies that can remain in circulation for a long time (such as baby baths, high chair cushions, Maxi-Cosi, breast feeding cushions, baby food processors, bouncers and buggies)." + }, + { + "input": "Resource Efficiency in plastics recycling; What are the benefits of optimizing pyrolysis process in plastics recycling; Can circular design principles improve waste reduction and reuse in the production of petrochemical products.", + "output": "Based on research initiated in 2008,Prymehas developed a new approach to an existing and proven chemical recycling technology in order to become a game changer in plastics recycling. Pryme has optimised the industry-known pyrolysis process by adding proprietary characteristics. In this way, the company is able to convert waste plastics into petrochemical products with a high conversion rate, at a large scale and with a low carbon footprint – in a highly cost-efficient way.Their first processing plant with 60 000 tonnes of annual intake capacity is under construction in the port of Rotterdam and will become operational in 2022." + }, + { + "input": "Resource Efficiency in coffee production; How can coffee husks be transformed into valuable resources through circular design; What are the benefits of using composted coffee husks as a fertilizer in organic farming?", + "output": "The initial aim of CIA (Controllo Inquinamento Ambientale) was to reduce the amount of money the company spent on waste management. However, waste generated by a production process can become a resource in a circular economy model.When coffee beans are roasted using jets of hot water vapour, the coffee husks are not contaminated by any dangerous substances. The first step was to have coffee husks classified as by-products and not waste under Italian law.Subsequently, the CIA looked into ways to use this splendid secondary material, in compliance with good industrial practice. Based on the quantities produced and the company's geographical area, in-depth research showed that the most appropriate way to reuse coffee husks was as a fertiliser and soil conditioner by composting them in organic farms." + }, + { + "input": "How can the use of innovative packaging solutions like NFC-enabled labels contribute to a more circular economy in the fashion industry; What are some creative ways to upcycle waste textiles into unique and sustainable materials like paper-wool and paper-silk; Can the application of resource efficiency and recycling strategies in waste management practices, such as reusing scraps of paper and imitation leather, lead to significant cost savings and environmental benefits in the production process.", + "output": "Dienpi S.r.l. specialises in labelling, packaging, thermo-adhesive applications, prints and decorations.The company produces labels, tags and packaging for fashion brands: from traditional to recycled to smart labels equipped with NFC (Near-Field Communication) technology. Through research and innovation applied to materials, NFC allows for full traceability of the garment, direct communication with the consumer and anentire production cycle geared to the circular economy.The production of tags and packaging for luxury brands whose production processes are not traditionally linear involves considerable amounts of innovation, sustainability and craftsmanship. The process starts with recovering waste textiles produced by external companies, being creative as regards experimenting with new materials, and finally producing original and unique artisan papers such as paper-wool, paper-silk, paper-denim and cashmere-paper.Blumine's 2017 report on Dienpi S.r.l., \"Analysis of the potential economic value of waste\", was definitely encouraging. Thanks to circular best practices in the field of waste management, specifically regarding the reuse of scraps of paper and imitation leather as notepads and covers for samples, in 2016 Dienpi reduced its economic and environmental costs by 0.6 tons or 46.7% by volume and EUR 2 580 or 24.4% in value." + }, + { + "input": "Resource Efficiency in agricultural production; Recycling of rice by-products; Waste Reduction in the construction industry through innovative use of rice husks and straw.", + "output": "We've moved on since the three little pigs had issues with straw houses...Primary agricultural production generates a considerable amount of secondary material. The majority of this is simply thrown away, even if in some cases the material has an intrinsic market value that is potentially higher than the costs associated with managing and processing it as waste.Raw materials must be taken from the environment, transformed, used, disposed of and returned to the environment from which they were taken. We therefore need to shift to new models that guarantee a sustainable future based on new materials with zero environmental impact, exploiting what nature and by-products of primary processing make available, such as rice husks and rice straw.Ricehouseenhances by-products of rice cultivation. It is innovative, developing and placing new construction materials on the market. These include rice straw, rice husks, thermo plastering base coat, lightweight screeds and clay- and lime-based finishes." + }, + { + "input": "How can we improve Resource Efficiency in hospitals by reducing the incineration of PVC medical devices and increasing recycling rates; What are the benefits of Upcycling medical plastic waste into new products; Can Circular Design principles be applied to medical device manufacturing to minimize Waste Reduction and promote sustainable practices?", + "output": "10% of hospital waste consists of plastic materials and about half of them are made of PVC. This includes medical devices such as urine bags, dialysis bags, surgical suction liners, tubes, drip bags, face masks and nasal cannulas. In countries such as Australia and New Zealand, all hospitals are able to recycle these devices with the help of organisations such as VinylPlus and RecoMed. In Europe however, these materials are incinerated.The patented CleanBags machine empties and internally disinfects the bags used in healthcare facilities in 10 seconds. Once treated, the bags can be recycled. Alongside these machines,TecnoTrusthas filed the following patent: \"Disinfection method of the ground product of medical devices produced in plastic material and machinery for their recycling\". TecnoTrust has also patented the \"Method of disinfection of the ground product of medical devices produced in plastic material and machinery for their recycling\"." + }, + { + "input": "What are the benefits of using biomass energy from olive wood pruning residues for reducing waste and increasing resource efficiency; How can we promote circular design principles in the agricultural sector by transforming waste into valuable resources; Can the concept of zero waste be applied to agricultural practices, such as pruning olive trees, to minimize waste and maximize resource recovery.", + "output": "Energy recovery from olive woodItaly's Puglia Region has 380 000 hectares of olive groves. Pruning these trees yields around 800 kilotonnes of residual biomass each year andFiusisuses this biomass to produce energy.Since 2010, Fiusis has operated a 1 MWe cogeneration plant which generates approximately 8 million kWh. As well as energy, it manufactures wood pellets and an agricultural soil improver \/ fertiliser from the ashes produced by the plant. Fiusis has created a biomass supply chain that is perfectly integrated into its local environment, collecting, conditioning and removing pruning residues from more than 2 000 farms. Farmers no longer have to burn biomass in the fields, which reduces widespread and uncontrolled emissions.The energy produced by the plant is considered to be clean and eco-sustainable. This is because the combustion of wood, the only raw material used, releases a quantity of CO2equal to that removed from the atmosphere by the tree as it grew through chlorophyll photosynthesis, and so the final CO2balance is zero. Given the sheer amount of wood available from pruning Salento's olive trees, the vast potential for energy recovery is obvious. What's more, this recovery provides additional income for farmers whosewaste is transformed into a valuable resource." + }, + { + "input": "How can restaurants adopt circular economy principles to minimize food waste and reduce their environmental impact in the Emilia-Romagna Region? What is the role of sustainable catering in promoting Resource Efficiency and Zero Waste in the food service industry? Can the 360° Sustainable Catering certification programme help restaurants achieve more sustainable Packaging and Material Recovery practices?", + "output": "Ristorazione Sostenibile 360°(or 360° Sustainable Catering) is the first voluntary certification programme for regional catering, suitable for any type of restaurant in the Emilia-Romagna Region (IT). It is called \"360°\" because it factors in the environmental, economic and social aspects of catering and gives a broad and holistic view of sustainability.The certification is based on a technical specification drawn up within the project and containing guidelines, indicators and evaluation sheets. When a restaurant owner\/manager undergoes the evaluation and is certified, they undertake to abide by sustainable principles. Preventing food waste and embracing circularity are part and parcel of the general concept of sustainability." + }, + { + "input": "What are the benefits of using anaerobic digestion in waste management? How can waste reduction and recycling of food industry waste contribute to a more circular economy? What are the advantages of using biogas and digestate as renewable energy and organic fertilizers respectively?", + "output": "TheAcqua&Solecompany recovers organic matter and nutrients by regenerating resources from food industry waste.Since 2016 their plant processes sludge and other organic waste from agri-food industry viathermophilic co-digestion. Anaerobic digestion and simultaneous extraction of ammonia produces at the end of the process:digestatefrom wasteammonium sulphateas a secondary raw material (REACH registered)biogas.Digestate fertilisation(as opposed to traditional chemicalfertilisation) produces an organic substance, thus contributing to the improvement and preservation of soil structure, fertility, water retention and biodiversity." + }, + { + "input": "Circular Design principles in fashion industry; Resource Efficiency in textile production; Waste Reduction strategies in garment manufacturing;", + "output": "OVS - one of the leading Italian fashion retailers on the Italian clothing market - has adopted Eco Valore,which allows customers to discover how much water is used in the manufacturing process, the carbon footprint and the recyclability of each and every OVS garment sold in the e-commerce." + }, + { + "input": "What are the benefits of decentralized composting in rural areas? How can resource efficiency be improved through collective composting? Can waste reduction be achieved through upcycling of organic waste in mountainous regions?", + "output": "TheIn.Te.Se (Innovation Territories Services) project, sponsored by Interreg, aims to createa model for organic waste management in dispersed areas.In thetest (tourist) areasstraddling themountainous border between France and Italy,where there was initially no separate collection of organic waste, a new service of collective\/individual composting has been introduced thanks to the supply of manual or electromechanical composters.In the two countries, new decentralised composting services have been designed and implemented for domestic and community users, tailored to the local areas:InFrance540 composters for domestic use have been installed, as well as several composting sites for restaurants, hospitals, shops and schools.InItalyelectromechanical composters (capacity between 5-25 tonnes\/year) have been purchased and installed for domestic\/collective use, depending on local needs. Three manual composters have been installed in mountain huts.Local authorities, associations and the commercial sector (especially hotels and restaurants) were deeply involved in the planning phase, with meetings and public communication and information campaigns on local composting.Thekey factor for the successof the project was stakeholder engagement, i.e. close cooperation with local trade and hotel associations, local authorities and waste collection companies. In France, project partners also trainedmaitres composteurs, i.e. volunteers supporting individuals and promoting local composting solutions.The involvement and activation of a local influencer was also crucial in rural and mountain communities." + }, + { + "input": "What are the benefits of curating sustainable and circular products, and how does it promote resource efficiency in the production process?; What role does design play in the development of circular products, and how can it contribute to waste reduction and resource efficiency?; How to focus on zero-waste products and waste-based materials contribute to a more circular economy, and what are the benefits of upcycling in this context?", + "output": "What isCcrave?A content and ecommerce platform all in one, with a focus on waste-based and zero-waste products in the home, fashion and lifestyle categories.Design x Circularity. Ccrave brings European circular lifestyle brands together to boost their business while creating inspiring and educational content. The circular economy is still relatively new as a mainstream concept, and many consumers struggle to find trustworthy, sustainable, nicely designed and circular brands. Ccrave aims to bridge that gap.What can customers expect from Ccrave?On the website, customers will find circular and sustainable products that are zero waste or made from waste and recycled materials, without compromising on the quality, durability or design of the product.ExamplesincludePaper on the Rocks, a nature-friendly stationery brand that creates notebooks made out of stone waste;Komrads, a shoe brand that creates sustainable sneakers out of apple waste; andPierre Sports, a sports brand with yoga mats mixing recycled rubber and traditional natural Portuguese cork.All the circular brands and products are carefully curated via Ccrave’svetting process, which investigates the manufacturing methods, material sourcing and production operations, including social fairness. Customers will find original editorials by Ccrave, focusing on various circular economy topics and based on three pillars: Circular Stories, Industry Insights and Circular Guides.Informative and educational contentis a big part of Ccrave’s push towards the circular economy, and include a variety of content formats, such aspodcastsandvodcasts." + }, + { + "input": "Resource Efficiency in the production of cosmetics and detergents; What are the key strategies used by Officina naturae to minimize waste and reduce environmental impact; How does the company's focus on natural and certified raw materials contribute to a more Circular Design in their products.", + "output": "Allproducts(detergents and cosmetics) atOfficina naturaeare designed to be safe and effective for humans and the environment. Constant research and study accompany their whole life cycles. Theinspiring principles of productionare:high quality natural and certified raw materialsminimizing as much as possible energy wasteavoiding the emission of pollutants throughout the product lifecycle, as regards both formulation and packagingsimple formulas both for personal and household detergent, tested for human and environmental safetyno raw material of animal originItalian natural and organic ingredients, whenever possible, or fair trade ingredients." + }, + { + "input": "How can recycling nylon through a closed-loop system help reduce waste and promote Resource Efficiency in the textile industry? What are the environmental benefits of using recycled nylon in automotive applications, such as reduced waste and Waste Reduction? Can Circular Design principles be applied to develop new products from recycled materials like Renycle, promoting a Bioeconomy approach in the production process?", + "output": "Renycle® is a product obtained fromrecycled nylon 6, a highly valued material because of its excellent resistance, dyeability, softness and versatility. Through recycling and recovery, production scrap is converted into polymers and then into a yarn endowed with technical performance characteristics perfect for textile flooring, apparel and automotive applications.Renycle®’s technological value and performance remain unchanged over time and there is no loss into the environment. Conversion of scrap eliminates the need for new raw material." + }, + { + "input": "the potential of upcycling coffee grounds for sustainable mushroom cultivation, and how it contributes to reducing waste and promoting resource efficiency in the food industry? What are the benefits of using coffee grounds as a nutrient-rich substrate for mushroom growth, and how can this approach be scaled up for large-scale production? How can the closed-loop system of mushroom cultivation and coffee grounds recycling be implemented in other industries to promote a circular economy in agriculture and waste management?", + "output": "One thing Italy definitely has a lot of is coffee grounds...Coffee grounds actually contain many nutrients which are excellent for growing mushrooms. This secondary raw material is even ready for use, having been sterilised at 80 to 90°C by the coffee machine. What's left once the mushrooms have been collected is a good fertiliser.Azienda Agricola Mannucollects the coffee grounds from bars, and then adds mycelium and coffee parchment, the film which covers coffee beans. The mixture is placed inside 5 kilogram perforated PE bags. The bags are hung in a dark incubation chamber at between 16 and 20°C. They are then taken to another chamber where the mushrooms grow in the light, with optimal humidity and CO2levels. Once the mushrooms have been harvested, the remaining growing medium is placed in a compost bin, and after maturing for another 6 to 8 months it will become a splendid fertiliser." + }, + { + "input": "Resource Efficiency in textile waste reduction and recycling; How can circular design principles be applied to construction materials to minimize waste and promote upcycling; What are the environmental benefits of using recycled textile waste in construction panels instead of traditional wood-based materials;", + "output": "Putting waste to useThe amount of clothing and household textiles bought each year in the EU has increased by 40% just in the past few decades, reaching an estimated 9.5 million tons of textile products or 19 kg per person. It is estimated that only 15% - 20% of the textiles disposed of are collected for reuse or recycling and about 80% of textile waste goes to landfills. Using proper mechanisms and programmes, up to 95% could be recycled.Greenfulproducts are the first ones on the market that utilise textile, plastic and rubber waste from the construction industry on a large scale. The panels are made of shredded textile waste that has been pressed and bonded together using a proprietary manufacturing process and are designed to replace various types of wood-based construction panels. According to the experiments, Greenfulpanels have proven to be stronger, longer-lasting and fully mould, water and fire-resistant. As well as being recyclable, the products are eco-friendly, with no pollutants or toxic chemicals used.Products include the Greenful Panel, a strong load-bearing panel from textile fibres and proprietary composite material; Greenful SIP Panel, a sandwich panel made of a foam insulating layer with textile fibres between two Greenful Panels; and Greenful EcoTile, a conglomerate material of textile fibres, plastic and shredded tyre rubber mixed with glue that can be used for paving pavements and other surfaces." + }, + { + "input": "How can resource efficiency be improved in the sharing economy, such as tool-sharing libraries like the one implemented in the Maallemuuttajat 2030 project? What are the benefits of upcycling old or unused tools and equipment in this context? Can circular design principles be applied to the development of new tools and equipment for the sharing economy, reducing waste and promoting sustainability?", + "output": "TheMaallemuuttajat 2030 project(Maallemuuttajat meaning \"people moving from the city to the countryside\") project started a Library of Things - atool-sharing library service -in the Asikkala (Southern Finland) municipal library in June 2020. The project, implemented by theLAB University of Applied Sciences, aimed to increase the citizens' awareness of sharing economy.In an introductory workshop, Asikkala residents were asked where they would like to lend\/borrow tools. The municipal library seemed the most appropriate place to set up this service.Residents were then asked more specifically what tools they were willing to lend. Various tools were identified (sewing machine, serger, steam cleaner, drill, sander, children’s travel cot, board games, sled, instruments, plant dryer, tent, trangia cooker, backpack, blender, wok, skis and thermal camera) which were suitable given the library’s restrictions in terms of space and safety.The tools were collected through a donation campaign lasting 1,5 months. Residents donated tools in good condition for the common good. After the campaign, the tools were tested and maintained.The project team planned storage solutions, came to an agreement with the library staff, wrote user manuals for the tools and built a shelf for the library. The tool-sharing library was ready to be opened in June 2020.After opening, the project team decided how to maintain the tools. A workshop run by local young people is now responsible for fixing the tools when necessary and electronic vehicles are maintained by a local service shop." + }, + { + "input": "Resource Efficiency in waste management; What are the benefits of upcycling organic waste into valuable products; Can biorefinery technologies contribute to a more circular design in the production of bioproducts.", + "output": "In Europe today, each inhabitant generates an average of 0.5 tonnes ofmunicipal solid waste(MSW) per year. Around 40-50% of it isorganic waste, whichmainly contains carbohydrates, proteins and lipids, all useful raw materials to be converted to valuable products.Digestion and compostinghave contributed to the reduction of the biodegradable fraction of MSW sent to landfill. However, thelow economic value of compost and biogasis limiting the sustainable implementation of separate sourcing systems. New bio-based products obtained from waste treatment can contribute to the environmental and socio-economical sustainability.URBIOFINis an innovation project funded by theBio-Based Industries Joint Undertaking(BBI JU) under the EU Horizon 2020 programme and coordinated byPerseo BiotechnologyS.L. (PERSEO).The aim of the project is todemonstrate the techno-economic and environmental viabilityof anintegrated and innovative biorefineryfor thetransformation of the organic fraction of MSW into new marketable bioproducts, chemical building blocks, biopolymers and additives for different markets like agriculture and cosmetics." + }, + { + "input": "How can Resource Efficiency be achieved in the used book market through platforms?; What are the benefits of implementing Recycling and Upcycling strategies in the baby strollers and childcare equipment industry?; Can Circular Design principles be applied to university campuses, as demonstrated by UniLoop, to promote Waste Reduction and Material Recovery.", + "output": "Book in Loopis a circular economy platform, created byThe Loop co.,for selling and buying school text books. It is a solution for parents who wish to sell their children's used books while shopping for the next school year. The platform collects used books, refurbishes them and puts them up for sale on the website, assuring customers that every book is in perfect condition. The seller can then collect the money for the old books or spend it directly on the platform when buying the books they need for next year.With the success of Book in Loop, The Loop co.realised that the circular economy was a great opportunity. It therefore launchedBabyLoopin 2019, an e-commerce store for selling and buying baby strollers and other childcare equipment with all the guarantees babies deserve.Building on the social and sustainability concerns that led The Loop co.to launch Book in Loop and BabyLoop, the firm joined theCalouste Gulbenkian Foundationand launchedUniLoop. This project brings the tools and concepts of the circular and sharing economies to the university campus, with new consumption models based on behavioural economics." + }, + { + "input": "consultancy services focus on implementing Circular Design in the built environment; What are the benefits of applying Resource Efficiency strategies in building design?; How can Waste Reduction be achieved through the reuse of materials in construction projects?", + "output": "C2C ExpoLABis a consultancy firm which specialises in the practical application of Cradle to Cradle (C2C) principles in the built environment and enables its clients toexploit the circular economy concept.One of C2C ExpoLAB's projects wasVenlo city hall. The city of Venlo opened its new city hall in 2016, designed according to cradle-to-cradle principles. The result is a healthy working environment, combined with sustainable innovation. Raw materials and parts have a ‘passport’, detailing their production and origin. The building is therefore in essence ahuge raw-materials databank. When a service or product reaches the end of its useful life, these materials can easily be retrieved for high-grade reuse." + }, + { + "input": "How can buildings be designed to incorporate sustainable and recyclable materials? Can you provide examples of eco-friendly waterproofing solutions for buildings? What are the benefits of using recycled materials in construction and how can it contribute to a more circular economy?", + "output": "Leadax develops and manufactures100% circular materials out of waste for waterproofing buildings.The materials are made of discarded PVB (polyvinyl butyral), a plastic foil used in laminated glass (such as car windows or safety glass). Leadax designed the materials to be easily dismantled, recycled and used again as raw materials at the end of their lifecycle." + }, + { + "input": "Resource Efficiency in packaging solutions; Recycling of milk cartons; Can circular design reduce waste in the dairy industry?", + "output": "Green Serendipity is an international consultancy firm whichadvises businesses on how to develop circular conceptsand strategies for packaging and products.Green Serendipity developed the concept of acompletely circular milk cartonbased on sugarcane polyethylene, a substance lauded by the United Nations for its sustainable characteristics. The challenge was to create a safe, food-approved, circular and lightweight milk carton that fits into the circular economy. The carton is completely recyclable. The biobased polyethylene is ISCC PLUS certified (a scheme certifying the sustainable production of agricultural feedstocks). The concept was created together withFarm Dairyand is available in the retail sector.Last year, this milk carton won the runner up prize at the NL Packaging Awards for sustainability. Because of the use of biobased materials, there is no depletion of fossil resources." + }, + { + "input": "What are the benefits of upcycling old clothing into new uniforms with Schijvens?; How does Schijvens' circular design approach reduce waste reduction in the uniform-making industry?; Can the reuse of pre-consumer textiles and recycled polyester in Schijvens' production process contribute to a more circular economy in the textile sector?", + "output": "Schijvenshas been in the uniform-making business for one and a half centuries. In 2017, it went circular: it begancollecting customers' old clothing, shredding it and mixing the textile fibreswith shredded PET-polyester ones from sportswear, fishing nets and bottles.The first milestone was launching a circular collection for customerStayokayby producing post-consumer uniforms consisting of 50% pre-worn textiles mixed with 50% recycled polyester. Nowadays, they have a number of big Dutch customers, such as Kruidvat, Etos, Hema, Circl (ABN Amro) and NS Retail and are expanding outside the Netherlands to international retailers with a sustainable mindset.Their circular process includes the whole value chain: from customer, return logistics (in cooperation with PostNL) and recycle partner to the recycled yarn spinner, weaver, knitter, sewing facility and transport company." + }, + { + "input": "What are the benefits of recycling mixed plastics from construction waste, industrial waste, and municipal recycling centers?; How can the recycling of plastic waste contribute to a circular economy and reduce waste reduction in the construction and industrial sectors?; Can the use of recycled plastic raw materials in the production of new products promote sustainable resource efficiency and reduce the environmental impact of plastic production?", + "output": "Van Werven Plastics Recylingspecialises increating high-quality raw materials from post-consumer hard plastics, collected from construction waste, industrial waste and municipal recycling centres. The company employs 300 people who process around 150 000 tons per year, making it Europe’s largest recycling plant for mixed plastics.Its success can be attributed to its long-term partnerships with major parties for both the input of plastics and the output of high-quality raw materials. This guarantees the flow of materials and the exchange of know-how, leading to improved business practices.Van Werven is keen to recycle plastic waste and use it to make new raw materials, rather than just shipping the waste elsewhere to be someone else's problem.Van Werven is an active participant in the first international Green Deal: the North Sea Resources Roundabout (NSRR). In 2016, participants from France, Flanders, the United Kingdom and the Netherlands undertook to give products which previously went to waste a new lease of life as secondary raw materials." + }, + { + "input": "Enriching unwanted residues for Resource Efficiency in the port industry; How can Recycling of plastic waste be integrated into the Circular Design of new products; What are the benefits of Upcycling materials in reducing Waste Reduction in industrial processes?", + "output": "Enriching unwanted residues to achieve zero wasteGroningen Seaportsis the economic operator, developer and port authority for the port of Delfzijl, Eemshaven and adjoining industrial sites. It is part of aclusterwhich reuses and processes everything that results from production in factories or that is unwanted by society in order to create resources, energy and new products.Groningen Seaports is committed to a sustainable circular value chain in which waste no longer exists. Their focuses include the use of bio-based raw materials, innovative technologies for separating plastics, and upcycling materials. They recycle used materials and focus on creating new bio-based packaging materials in close cooperation with theirchemical cluster. The aim is to achieve a completely bio-based and circular economy." + }, + { + "input": "Resource Efficiency in food packaging; How can reusable plastic boxes contribute to Zero Waste goals; What are the benefits of Recycling and Upcycling in the textile industry.", + "output": "German firmInterserohprovides its clients with recycling solutions for plastic packaging. As an example, it has developed a pooling system of reusable plastic boxes for fruit and vegetables sold at Aldi Süd, a German supermarket network. The core objective of the partnership is to make all Aldi Süd’s own-brand products recyclable by 2022.Interseroh provides foldable boxes, which are used to transport fruit and vegetables from the producer to the Aldi Süd chain store and then to present the goods to customers. After use, the boxes are cleaned by Interseroh and returned to producers. The boxes are made of recycled materials, thereby contributing to waste reduction and saving energy and resources.Furthermore, by rejecting single-use boxes, this system reduces production costs. In addition to Aldi Süd, Interseroh provides this packaging system to many other clients, with the same environmentally-friendly results." + }, + { + "input": "Resource Efficiency; What are the benefits of microwave technology in plastic recycling?; How can Zero Waste strategies be applied to the textile industry through chemical recycling of PET?", + "output": "Gr3naims to contribute to the fight against plastic proliferation in the world by introducing an innovative process for profitable plastic recycling. This process uses microwave technology on a chemical reaction, and results in a ground-breaking, economically efficient chemical recycling process for PET.According to global non-profitTextile Exchange\"theDEMETO(Depolymerization by MicrowavE TechnolOgy) technology developed by gr3n gives it a massive advantage with respect to its competitors as the only provider of the chemical recycling solution, closing the PET lifecycle, offering polymer grade material, treating waste, lowering carbon footprint and most importantly providing cost savings for players in the value chain\".According toUbuntoo\"the depolymerization of the PET or polyester textile, i.e. its conversion into the building blocks constituting the polymer, makes it possible to indefinitely use those molecules to produce virgin PET\"." + }, + { + "input": "What are the benefits of refurbishing and reselling high-tech phones to reduce electronic waste and promote sustainable consumption; How can upcycling and recycling of defective or ex-display products contribute to a more circular economy in the electronics industry; Can a business model that focuses on reusing and reselling technological items help reduce Resource Efficiency and Waste Reduction in the production and consumption of electronics.", + "output": "Forall Phonesis a chain of stores launched in Portugal, focussing on refurbishing and reselling technological items.They deal with high-tech phones, tablets and computers from one specific brand. They buy defective or ex-display products, fix them and sell them on unlocked at a lower price (up to 40% off the original price).In this way, Forall Phones promotes the re-use of items which otherwise might be discarded and turn into toxic electronic waste.Its employees are trained to restore the products to very high standards, using only original parts and offering a certified one-year warranty. Moreover, the store accepts exchanges of smartphones, thus further facilitating and promoting the lifetime of products." + }, + { + "input": "What are the benefits of promoting tool-sharing platforms like Knjižnica alata in reducing Resource Efficiency; How can Circular Design principles be applied to create more sustainable tool libraries; Can upcycling and reuse of tools contribute to Waste Reduction and Zero Waste initiatives in local communities;", + "output": "You know all those tools you bought and only used a couple of times...Knjižnica alatais an initiative in Beli Manastir, Croatia, which was started seven years ago by Duško Kostić. This project is the only one of its kind in the country, and consists of a tool library where people can borrow the tools they need. The idea is that people generally buy a tool only to use it once or twice a month. If they can borrow instead of buying, a great deal of resources can be saved.Moreover, the library is valuable for society because itpromotes the social inclusion of Croatia's Roma minority. People can participate by becoming members (membership is free for jobseekers and cheaper for pensioners), and then borrow the tools for 3-5 days – just like in a regular library. Knjižnica alata also contributes to society by organising workshops and training sessions on how to use more complex tools, thus giving participants skills which will be useful in the labour market." + }, + { + "input": "What are the benefits of refurbishing professional computer equipment for resale, promoting Resource Efficiency and reducing Waste Reduction in the electronics industry? How can Upcycling of used computer equipment support people with disabilities in the job market, contributing to Social Solidarity? What are the advantages of Closed-Loop Systems in Ecodair's business model, where used computers are transformed into sustainable products, aligning with Circular Design principles?", + "output": "For the past 16 years, Ecodair has been refurbishing professional computer equipment for resale (with warranty) at low cost.Ecodair is a company with a team of around 90 people, many of whom have disabilities. It hasthree main goals:Solidarity: helping people with disabilities to become active members of society through employment, given they face huge difficulties entering the labour market;Ecology: reducing the environmental impact of the computing and electronics industry (electronic waste) by proposing a sustainable and economical solution;Addressing thedigital divideby reselling second-hand computer equipment at low prices.Ecodair thoroughly tests and cleans all products, erases any data on them and installs up-to-date software so that the equipment is ready to use." + }, + { + "input": "Resource Efficiency in paper production; Recycling of cellulose for sustainable toilet paper; What is the impact of using plant-based bio-foil plastic packaging on CO2 emissions in packaging industry?", + "output": "Delt Papiris a Croatian international manufacturer and supplier of paper products.It produces items such as tissue and hygiene products for the consumer and professional care sectors. It contributes to the circular economy through its closed-loop recycling procedures. Delt Papir produces toilet paper out of cellulose which would otherwise have cluttered up landfills. The cellulose is recovered in line with eco-friendly principles, without using harmful substances and processes. The result is toilet paper without killing trees.Delt Papir is also investing in plant-based bio-foil plastic packaging made from sugarcane, which is fully recyclable and reduces CO2emissions. As if that weren't enough, the company has developed a compact paper technology and tubeless rolls, increasing the size of each roll while avoiding the waste caused by inner tubes." + }, + { + "input": "How can we increase resource efficiency in waste management by promoting community composting; What are the benefits of upcycling food waste into fertilizer for local agriculture; Can we achieve zero waste by adopting circular design principles in bio-waste management systems;", + "output": "As part of the EU'sBioregio project, the Slovakian city of Nitra has developed a project forcommunity composting by 50 households.The system produces compost, which can be used as a fertiliser by the community. The project aims to lower technical barriers to the reduction of bio-waste.It hastwo core goals:to produce compost for use by the local communityto raise awareness in the local community about the importance and usefulness of bio-waste. It shows people that bio-waste is a resource, not just rubbish.Furthermore, the project requires little infrastructure. It consists of three chambers used in rotation: bio-waste is deposited in one chamber for a year, then it is closed while the waste matures into compost. Then the next chamber is opened and bio-waste is deposited in that one.Each household was given instructions, a bucket and a key to the chambers: definitely not complicated!" + }, + { + "input": "How can Resource Efficiency in aquaculture be improved by using sustainable feed and organic fertilizers; What are the benefits of implementing Waste Reduction and Recycling in the production of fish feed; Can Circular Design principles be applied to develop a more sustainable and closed-loop system in aquaculture by reusing agricultural and food waste.", + "output": "Aquaculture is unsustainable as the fishfeed used exarcerbates overexploitation of marine resources. Entogreen has come up with a sustainable solution.EntoGreenaims to develop sustainable feed and organic fertilisers by usingbio-based technologies to recycle nutrients from agricultural and food wasteand reintroducing them into the food chain, thus closing the nutrient cycle. Its main process uses agricultural and food waste as a feedstock to grow black soldier fly larvae. After a few days the larvae, which arerich in protein and fat, can be processed to produce insect protein and oil for use as animal feed. This process also yields insect frass, an excellent natural fertiliser. This completes the circular process.So, waste to flies to fed fish and fertilised soil!" + }, + { + "input": "How can we implement resource efficiency in food production to reduce climate change and biodiversity loss; what is the impact of upcycling surplus bread on reducing waste and demand for natural resources in agriculture; can circular design principles be applied to the agriculture sector to promote sustainable land use and reduce greenhouse gas emissions?", + "output": "Food production is the biggest contributor to climate change and biodiversity loss, but one third of food is wasted.One of the biggest environmental challenges is the increasing demand for agricultural land to grow more crops for food, drink and animal feed. This is driving changes in land use, from forests that act as carbon sinks to intensively farmed monocultures.Toast Ale was founded in 2015 to reduce demand for natural resources byreplacing virgin barley with surplus fresh bread. By using less barley, it:has a smaller footprint on the land,reduces demand for water,prevents greenhouse gas emissions,prevents food waste.Toast Ale donates100% of its distributable profits to charities, thus funding systemic change to fix the food system.To quench your thirst for info on Toast Ale, please clickhereforFAQsandherefor its2020 Impact report." + }, + { + "input": "Circular Design for household textiles; Benefits of upcycling cotton gauze for sustainable cleaning solutions; Resource Efficiency in production and reuse of cotton gauze bags for various purposes.", + "output": "This cotton gauze bag (without attached handles) is not only intended to replace traditional plastic bags, paper bags, and heavy cotton reusable bags for carrying grocery or other goods, but has several other practical uses in its home life cycle. For example, it can:replace paper towels for cleaning surfacesbe used as a general cleaning clothreplace dishclothsbe used for capturing solids, polishing, crafts, bundling herbs and spices, thickening yogurt, wrapping citrus fruits, etc.also be washed, and reused for all of the above, including as a grocery bagreplace the reusable diaper inserts\/pads.The tiny air holes in the lower grade gauze fabric not only give it higher water-absorption properties, but also allow it to dry quickly, which makes it extremely hygienic and especially valuable for use in the kitchen.Due to its simple design, the gauze roll may be cut-fold and developed into a mass-produced single use bag in the exact location where the gauze fabric itself is also manufactured, thus avoiding additional transportation costs.This invention intends to replace non-woven dishcloths and reduce the use of traditional paper-towels while bringing back to the kitchen a natural cotton cleaning cloth.For more information,consult this pagedescribing the invention in detail." + }, + { + "input": "Resource Efficiency in packaging materials, Reuse of by-products in textiles, Zero Waste approach in insulation solutions;", + "output": "Ask any passing duck: feathers are good insulatorsAfter washing and cleaning,Pluumotransforms the feathers into a textile used for packaging. Current thermal packaging is dominated by environmentally-damaging products such as polystyrene, derived from petroleum resources and taking hundreds of years to degrade. By using surplus feathers cleaned to hypo-allergenic standards, Pluumo does not deplete non-renewable resources and, as its other components are also biodegradable (a compostable binder and an outer film made of starch-based material), it has vastly improved end-of-life options. Pluumo has been designed to match the performance of other leading insulation materials such as polystyrene." + }, + { + "input": "What are the benefits of transitioning from oil-based plastics to bioplastics in terms of Resource Efficiency and Recycling; How can modular design contribute to Waste Reduction in the packaging industry; Can circular design principles be applied to develop more sustainable and reusable products like the BE O bottle in the Automotive or Construction sectors?", + "output": "BE O Lifestylewants tospeed up the transition from oil-based plastic to bioplasticby making attractive, useful lifestyle products made from bioplastic.After investing four years in research and two years in product development, they have proven that there is a different and more sustainable way to make plastic. The BE O bottle is a water bottle made fromsugar cane residueinstead of crude oil. It is modular, meaning that it takes up less space when empty and is easy to clean (dishwasher proof, 100% recyclable and BPA free).The bottles were designed in collaboration withBPOin Delft and produced at Hollarts in Didam, the Netherlands.At the moment, the company is expanding its team and product range (new colours for the bottle and a second product). In 10 years' time, it plans to have expanded to BE O products (15 to 20 reusable items to cut down on the use of single-use plastic) and BE O materials (development of new bioplastics) and to have established a BE O factory (which will be CO2-neutral).The company is currently active in Benelux and Germany and looking for partners in Germany, France, the Nordic countries and Southern and Eastern Europe." + }, + { + "input": "Resource Efficiency in e-waste recycling; What are the benefits of upcycling electronic devices; Can Circular Design principles be applied to the management of e-waste in primary schools?", + "output": "Teaching children about recyclingTimmy de Vos startedE-waste Racein 2014 after he won a competition with a new ICT concept for collecting e-waste. The race involves acompetition between primary schoolsto see which one can collect the most e-waste. The pupils learn why recycling electronic devices is important and more broadly why they need to recycle rather than throwing things away.E-waste Race cooperates with municipalities and waste processors and works withWeee Nederland. All the e-waste that the children collect is recycled so the valuable metals and resources it contains can be reused.Over a hundred races have been organised since the project began six years ago." + }, + { + "input": "Resource Efficiency in textile production; What is the impact of reusing baby clothes on reducing Waste Reduction in the fashion industry; How can Circular Design principles be applied to create sustainable baby clothing systems?", + "output": "Fact of life: babies grow quickly. This means they get through clothes at the rate of knots.Red Orkais a family firm: it began in 1957 as Sanetta, manufacturing baby clothes. The company is now going circular: for a monthly subscription,you will receive high-quality, perfectly hygienic re-used baby rompers. You specify the size you want, then you return the items once your baby has performed its magic trick and got bigger.Red Orka's rompers are good quality and made of natural materials." + }, + { + "input": "What are the benefits of using biodegradable glues in luxury packaging; How does Menichetti's innovative adhesive production process contribute to waste reduction in the leather and tanning industry; Can the reuse of leather industry by-products in the production of natural adhesives be considered a circular design approach in the context of sustainable packaging?", + "output": "Menichettideals with innovative glues that are organic and completely biodegradable, and so suitable for luxury packaging (e.g. in the cosmetic, wine, tech and fashion sectors), the game sector and the graphic art industry in general. Animal glue refers to the collagen found in skin, bones and connective tissue, derived from scraps from leather production and the slaughter sector.Collagen is the main protein in mammalian connective tissue. This collagen can be used as an adhesive (technical gelatine) or in the food industry (food gelatine). Many manufacturers choose animal glues because they are looking for high-quality, ecological, non-toxic and recyclable glues for their projects. In fact, the most important brands in the cosmetic and fashion industries use animal glue in their packaging in order to add more value in terms of environmental awareness and aesthetic appearance.Menichetti’s glues are circular thanks to their production cycle, which reuses scraps from the leather and tanning industry and turns them into natural adhesives. Furthermore, utilising leather and tanning industry by-products to make food gelatine and glue is beneficial for both the environment and human health.Over the years, we have witnessed a huge upswing in solid waste derived from industrial activities in the agricultural sector, mainly slaughterhouses, due to the increased consumption of meat. Thanks to the production of food gelatine and protein glues, these by-products can now be used." + }, + { + "input": "How can Circular Design principles be applied to the fashion industry to reduce textile waste and promote sustainable consumption; What are the benefits of a sharing business model in the fashion industry, and how does it contribute to Resource Efficiency; Can Upcycling and Recycling of old clothes be integrated into the fast fashion system to reduce waste and support a Zero Waste approach in the textile sector?", + "output": "Fast fashion is so yesterday...Producing poor quality clothes, selling them as fast fashion and having them end up in landfills is the old way of thinking.LENAbelieves in a circular approach, which promotesaccess over ownershipand combats resource depletion and the production of textile waste. That's why they have maximised product lifetime using the sharing business model.One item serves many different peopleand it actually gets used, instead of being forgotten in one person's wardrobe.In the five years LENA has been active, they have done a lot of experimenting with their business model, and after plenty of trial and error, they've found the right formula. Library members can borrow high-quality clothing: an affordable and practical way to give up fast fashion. For a pay-as-you-borrow system where you can pay by the day, members have access to a large collection of designer clothes from various sustainable brands." + }, + { + "input": "How can biodegradable waste be transformed into energy and fertiliser, and what are the benefits of this process for the environment and local communities?; What are the opportunities and challenges of using biodegradable waste as a resource for energy and fertiliser production, and how can this approach be scaled up and replicated in different contexts?; How does the Waste Transformer's \"Business in a Box\" model promote sustainable development and job creation in developing countries, and what are the potential applications of this model in other sectors?", + "output": "Short-circuit energy generation: transforming biodegradable waste into energy and fertiliserThe Waste Transformersbegan transforming biodegradable waste into energy and fertiliser at an Amsterdam hotspot: the Westergasfabriek, located in a park at a former gas works. Local residents subscribe to the energy produced by the Waste Transformer and the fertiliser makes the park bloom. The company (and partners) guarantee that the energy consumed is 100% local and green. The solution can be applied on-site at any location which produces 600 to 3600 kg of biodegradable waste each day.Its ‘Business in a Box’ model even provides local jobs in developing countries, with support and training from The Waste Transformers.One example of this is Sierra Leone. The Waste Transformers, together with local partner Masada Waste Management, are in the process of rolling out 40 Waste Transformers in and around Freetown. The Waste Transformers recently won first prize at theWest African Forum for Climate & Clean Energy Financing(WAFCCEF-3) for its 26 million dollar business plan advocating a smart, clean, high-impact approach to resource recovery and energy production." + }, + { + "input": "How can the concept of upcycling plastic marine waste into art pieces contribute to Resource Efficiency; What are the benefits of Recycling plastic flip-flops into creative products in the context of a circular economy; Can the production of art from plastic waste be scaled up to reduce Waste Reduction in the Benelux countries.", + "output": "From marine waste to art, from Kenya to the Benelux countriesOcean Soleis a Kenya-based company which collects plastic marine waste (plastic flip-flops) and transforms it into art. The Dutch companyNic&Michas been Ocean Sole's partner through this adventure and helped grow the company substantially over the past few years. Together they are looking at a future of making colourful art but also company logos and more practical items. Nic&Mic, an abbreviation of Nicholas and Michael Ninaber of Eijben, started distributing Ocean Sole products in the Benelux countries in 2014. Michael discovered the beautiful Ocean Sole statues during an internship at the Dutch embassy in Kenya. He later found that not only are they beautiful, colourful statues, they also have an inspiring story." + }, + { + "input": "Recycling of shoes, Resource Efficiency in the production of footwear; What are the benefits of using recycled materials in shoe manufacturing, especially in the inlay soles; Upcycling of PET bottles into laces in safety shoes.", + "output": "In collaboration withFBBasic,EMMA Safety Footwearproduced the world’sfirst circular safety shoein 2018.Since then, EMMA (a brand of the Hultafors Group) has replaced all materials used in its collection with more sustainable, recyclable substitutes. The product developers at EMMA also continuously take steps to further increase the lifespan of the products by using more durable materials and construction methods.EMMA uses laces made of PET bottles and 80% of the inlay soles are made of recycled materials. The shoes are free from PVC. All the leather used comes from a tannery that is Gold certified by theLeather Working Groupfor its progressive water, energy, chemicals and waste management practices. All leather offcuts are processed into fertilisers.Moreover, EMMA is the only shoe manufacturer in the Dutch Agreement of Sustainable Textiles; by signing up to this, EMMA undertakes to conduct risk analysis of its supply chain and to further improve labour conditions throughout its supply chain, its purchasing practices and animal welfare. EMMA’s upper suppliers all pay their employees a living wage. Emma also focuses on reducing harmful chemicals to a minimum. Moreover, EMMA’s production facility is ISO 14001 certified and EMMA’s production is based on solar energy. All EMMA’s polyurethane production waste (more than 27 000 kg in 2019) is collected and re-used in insulation." + }, + { + "input": "Resource Efficiency in aromatics production; Recycling of residual biomass and recycling streams; Waste Reduction strategies for petrochemical aromatic alternatives.", + "output": "Due to climate change and the depletion of the world’s natural resources, we needsustainable alternatives to petrochemical aromatics.Aromatics are important building blocks for the chemical industry: no less than 40% of chemicals are aromatic, and they bring essential functionalities such as durability and thermal and UV stability to products like plastics, resins and coatings. Bio-aromatics provide new functionalities and an impactful and green alternative to current petrochemical products that are difficult to reuse or recycle, including paints, adhesives and lubricants.Together with industrial partners, Biorizon develops technologies to use residual biomass and recycling streams to produce bulk and specialty aromatics. It collaborates with global feedstock providers, technology developers, process operators and brand owners to make commercial production of bio-aromatics feasible by 2025. Thanks to high-quality facilities, specialised knowledge, years of experience and the successful involvement of the entire bio-aromatics value chain, they produce bio-aromatics continuously.They are currently validating their continuous processes and working towards the next stage: demonstration. This makes Shared Research Center Biorizon the most advanced and valued research programme in bio-aromatics worldwide.If you share similar ambitions and want to collaborate with the Shared Research Center, please join their community, visit the Biorizon headquarters at the Green Chemistry Campus in Bergen op Zoom (NL) or reach out to their business development managers." + }, + { + "input": "What are the benefits of refurbishing ICT equipment to reduce electronic waste and promote a circular economy; How can recycling and upcycling of used electronics contribute to Resource Efficiency; Can circular design principles be applied to the production of refurbished ICT equipment to minimize Waste Reduction.", + "output": "Refurbishing ICT equipmentMartijn van Engelen foundedSNEWin 2013 because he believed that business had to be different and more sustainable. Years before that, the team started as a wholesaler of refurbished telecoms but, wanting to do better,circularity became SNEW's new business model.ICT equipment is expensive. By working with SNEW, businesses get a fair share of their money back from all used equipment including outdated products. SNEW processes the used equipment and gives it a second life." + }, + { + "input": "What are the benefits of using polylactic acid (PLA) as a sustainable alternative to traditional plastics in the production of consumer goods; How can circular design principles be applied to the development of biodegradable materials like PLA to reduce waste and promote resource efficiency; What are the advantages of using bio-based composites in the manufacturing of products like the Identity 560 desk lamp, and how does it contribute to a more circular economy.", + "output": "Arapahafinds new ways to use advanced bio-based composites and new technologies to make goods in line with circular principles. One example is theIdentity 560 desk lamp: every single part of it is either recyclable or biodegradable.One of the main materials in the lamp is polylactic acid. Polylactic acid (PLA) is considered to be one of the most promising alternatives to oil-derived plastics. It is bio-based, safe enough to be used as food packaging, can be processed like existing thermoplastics into coloured or transparent material and currently it is manufactured from renewable resources such as maize and sugarcane. In future, other crops such as sweet sorghum and even bio-waste with high sugar or starch content could be used.The interesting thing about it is that PLA molecules come in two versions: PLLA and PDLA  - also known as left and right versions. By combining both types of molecules, it is possible to adjust material performance to prioritise tailored strength, heat resistance or various other qualities." + }, + { + "input": "What are the benefits of developing a low energy recycling solution for colored polyester; How can Resource Efficiency in the textile industry be improved through the recycling of polyester; What are the potential applications of Zero Waste principles in the production of polyester products such as clothing and packaging materials.", + "output": "Low energy recycling solution for colored polyesterPolyester is one of the most commonly used plastics. It is used for products like bottles, carpets and clothes, and has endless benefits. But it also has a huge downside. Currently, 91% of all polyester products are not recycled because they are coloured, contaminated or contain additives. The result: 64 billion kg of waste every year.CuReis working on developing a fully circular polyester chain, with a range of methods for recycling the basic material depending on its precise specifications. It has its own core technology but also allows for modular add-on to other technologies, giving the flexibility to choose the best route depending on the type of polyester waste.Together, the CuRe consortium offers high-level expertise in the recycled polyester manufacturing, waste preparation and material science sectors." + }, + { + "input": "Eco-friendly properties for protecting products during transport; Benefits of biobased and compostable packaging materials for reducing waste and promoting circular economy; How can the reuse and recycling contribute to Resource Efficiency in the packaging industry?", + "output": "FIBI-bufferis aneco-friendly alternative to Expanded Polystyrene (EPS) or Polyurethane (PU) foamused to protect products during transport. It is a unique and patented product which offers high-quality protection, is universally applicable, is price competitive, can be reused again and again, and is biobased and 100% compostable.FIBI’s starting point was the problem ofsingle-use plasticsin the packaging industry, particularlyfoams which are still difficult to recycle. FIBI saw an opportunity to create an innovative solution. They have been focusing on developing materials and machinery which meet market needs and on satisfying an initial circle of clients after the delivery phase." + }, + { + "input": "How can Resource Efficiency and Recycling improve the management of waste in Spain's circular economy transition; What role does Circular Design play in reducing waste and promoting reuse in the Spanish economy; Can Renewable Energy and Waste Reduction strategies be combined to minimize the environmental impact of the country's textile industry.", + "output": "The transition to a circular economy in Spain requires a coordinated and responsible approach by the public administration, the business sector and society as a whole.TheSpanish National Administrationhas entrustedthe Ministry for Ecological Transition and Demographic Challenge with shaping an appropriate response to this challenge. The Ministry's General Sub-Directorate for Circular Economy intends to promote the exchange of circular best practices between the main stakeholders in order to create synergies fostering this transition.TheCatalogue of Best Practices in Circular Economy(BPEC) has been prepared in order to support this approach, enabling other stakeholders to benefit from these experiences and join the transition." + }, + { + "input": "How can a rental model contribute to a circular economy by promoting the reuse of electronic items and reducing e-waste? What are the benefits of sharing and collaborative consumption of electronic products through platforms? Can the reuse and recycling of electronic waste through platforms help to reduce the environmental impact of the electronics industry?", + "output": "Groveris anonline technology rental platform in Germany. It seeksto reduce the amount of e-waste and to promote the reuse of electronic itemsat an affordable price.Grover rents technological items such as smartphones, laptops, virtual reality (VR) gear and wearables to customers on a flexible basis and with full usage rights. Customers can choose how long they want to rent a given product. At the end of the rental period, they can opt to renew the contract, buy the product permanently, or return it free of charge.Grover claims to cover up to 90% of any damage to the products." + }, + { + "input": "Circular economy benefits of recycling construction and demolition waste; How can waste reduction strategies in construction contribute to a more sustainable future; Resource Efficiency in the construction industry: What role can recycling play in reducing waste and the environmental impact.", + "output": "Thecooperative companyTradecowallmanages construction and demolition waste in the Belgian Walloon regionand comprises a network of companies working with inert waste recycling centres in the region.Construction and demolition waste is usually a mix of concrete, brick and ceramic. The waste is received, crushed, washed and screened using innovative methods and sorting techniques, until it meets official standards for materials useable for backfill, roadside layers and construction. In this way, Tradecowall helps make the construction industry more circular, thus reducing its ecological footprint.Tradecowall has been operating since 1991 and manages the partnership between the Walloon Construction Confederation, the Walloon Region, the Scientific and Technical Centre for Construction, the Road Research Centre and 160 companies in the construction sector in the Walloon region." + }, + { + "input": "App can reduce food waste by promoting reuse of unsold food items, what are the benefits of reducing food waste in terms of resource efficiency?; How can we upcycle food waste into nutrient-rich compost through anaerobic digestion; Can circular design principles be applied to the food industry to reduce waste reduction and promote sustainable agriculture practices?", + "output": "Too Good to Go is anapp for reducing food waste.It's operated by a Danishcompanywhich seeks to inspire and empower individuals to do something to stop food waste. The app consists of a platform connecting up households with businesses which have unsold food items which are about to be thrown out. The platform enables shops to put up various items for sale at a low price, so that households can purchase products which would otherwise have gone to waste.On its website, Too Good to Go also has a collection of information materials on how to prevent food waste, including podcasts, videos and blog articles with tips." + }, + { + "input": "What are the key benefits of promoting digital solutions for waste prevention in the circular economy; How can recycling and waste reduction be improved through innovative business models; What are the most effective strategies for upcycling plastic waste into valuable resources in the European start-up ecosystem;", + "output": "TheGreen Alley Awardis Europe’s firstprize for start-ups active in the circular economy, launched in 2014 by the Landbell Group.The initiative aims at supporting a climate-neutral circular economy by encouraging and promoting promising business ideas which apply new services, products and technologies to turn waste into resources and fight the abundance of plastic waste in our economy. It focuses on three specific areas of the circular economy:recycling, waste prevention and digital solutions.The Green Alley Award targetsEuropean start-ups and young entrepreneurswho have developed their business models based on the digital circular economy, recycling and waste prevention. Applicants are shortlisted and the public votes to decide which ones will move forward to the final. The winner is selected by a panel of cicular economy experts. Prizewinners get EUR 25 000 and a broad professional network to help them keep advancing their businesses." + }, + { + "input": "How can resource efficiency in the construction sector be improved through the reuse of construction and demolition waste in concrete mixtures; What are the benefits of recycling concrete waste in the production of new concrete products; How can the integration of nanofillers and reactivated binders in recycled mixtures enhance the thermal insulation properties of concrete.", + "output": "ERC-TECH– “Effective Recycling Concrete Technology”, is a company based in the Czech Republic that provides the construction sector with know-how, licenses and products toreuse 100% of construction and demolition waste in concrete mixturesand other products suitable for use in various construction activities.The company offers:a completely new system of processing and manufacturing of concrete with high efficiency and accuracy – resulting inconsistent-quality production of concrete from recycled mixturesprocessing ofrecycled mixtures from inert C&DW, mainly: concrete, bricks, paving’s, ceramics, sanitary products, mixtures – concrete\/bricks, roof tiles and ceramic products, mortar and the likespatented technological process of mixing and dosing recycled mixtures with nanofillers along with reactivation of binders present in recycled mixtures allowing for areduction of cement doses up to 30%without loss of qualityresulting concrete classed for construction are certified (EN206) and present athermal conductivity coefficientof an average of 0,460 W\/ (m.K) which reduces thermal losses by up to 52% and is the world ‘s lowest value for concrete without special additives" + }, + { + "input": "What are the benefits of upcycling disposable plastic cutlery into sustainable alternatives; How can resource efficiency be improved in the production of biodegradable plates; Can circular design principles be applied to reduce waste in the packaging of compostable products?", + "output": "The use of disposable plastic cutlery translates into millions of tonnes of single-use plastic every year. Thanks to growing public awareness and the trend towards more sustainability, the demand for compostable alternatives is increasing.German companyLeefhas pioneered an innovative method of making plates. It has eliminated plastic waste by producing plates from (non-palm oil) palm leaves grown in mixed plantations in Tamil Nadu, India. Leaves are collected from the ground. The plates are 100% biodegradable." + }, + { + "input": "How can 3D printing of luminaires contribute to a more circular economy by reducing waste and carbon footprint?; What is the role of recycled materials in the production of 3D printed luminaires and how does it impact Resource Efficiency; What are the benefits of offering light as a service business model in terms of Waste Reduction and Circular Design?", + "output": "Signifywas the first lighting company to develop3D printing of luminairesat scale, which it is gradually expanding through facilities around the globe.3D printed luminaires consume less energy in material extraction and manufacturing, and the material has a 47% lower carbon footprint compared to a conventionally manufactured metal luminaire. Savings increase further when printed using recycled materials such as compact discs and the 3D printed luminaire material it uses can be recycled.As part of its commitment to doubling its positive impact on the environment and society,Signifyhascommitted to doubling its circular revenues to 32% by the end of 2025. This concerns revenues from lighting products that can be reprinted, refurbished, reused or recycled, avoiding waste and preserving value, including revenues from 3D printed luminaires, reusable components and recyclable parts, and light as a service business models.In 2020, the company also introducedstreetlights with reusable components and recyclable parts. By replacing parts, the lifetime of the entire streetlight can be extended. And with regards to lights as a service, users pay for the light, not the equipment. Signify then takes care of installation, performance, and servicing of lighting, allowing businesses to focus on becoming more efficient and economical. Innovative financing options for energy-efficient LED lighting can reduce both up-front and operational costs. At the end of the service contract, the lighting system can be upgraded and reused, or all materials and parts can be returned for repurposing or recycling, to minimise material waste and reduce environmental impact." + }, + { + "input": "How can urban waste management strategies be optimized to reduce the environmental impact of tourism; What are the benefits of adopting a circular economy approach in urban areas with high tourist traffic; Can resource efficiency be improved through the implementation of waste reduction and recycling programs in tourist cities?", + "output": "The URBAN WASTE project focuses onurban strategies for waste management in tourist cities.Tourism has many advantages but it does generate large amounts of waste which is problematic for the host city. This project involved stakeholders from 11 pilot areas and studied the challenges inherent in waste management so that appropriate strategies responding to real-world needs can be devised and implemented. It has 27 partners from 12 European countries, including local authorities, tourism authorities, waste management authorities and universities, and is coordinated by the Government of Canary Islands.The strategies focus on reducing the amount of municipal waste produced, especially in cities with high levels of tourism, and developing reuse, recycling, collection and disposal of waste. Capacity building, training and good practices are key aspects. Thewebinarscan still be viewed on the project site.The project uses the urban metabolism concept, which studies the flows of materials and energy in a city, to support the switch to a circular model. Florence (IT), Metropole Nice – Cote d’Azur (FR), Lisbon (PT), Syracuse (IT), Copenhagen (DK), Kavala (EL), Santander (ES), Nicosia (CY), Ponta Delgada (PT), Dubrovnik – Neretva county (HR) and Tenerife (ES) are participating.22 factsheetsare now available, describing the eco-innovative measures rolled out by the pilot areas." + }, + { + "input": "Resource Efficiency; What are the benefits of buying back used products and reselling them as second-hand goods in webshops?; How does product return and recycling process contribute to Waste Reduction and Zero Waste goals?", + "output": "Through its webshop, Varusteleka sells military surplus and outdoor gear in Finland. It also buys back products it has sold to customers and resells them as second-hand products.At the time of purchase, customers get a guarantee that they can return the product, if they no longer need it, and receive a refund of 50% for returning a used product (or 20% if the product is heavily used).Varusteleka’s webshop is set up to make returning products easy." + }, + { + "input": "Resource Efficiency in construction materials; Waste Reduction strategies for building industry; Upcycling of beverage cartons into waterproof eco-boards for sustainable architecture.", + "output": "The Serbian companyFeplomanufactures waterproof eco-boards from recycled beverage cartons.These eco-boards are used as building material and are made by pressing pieces of recycled tetra pack. The production method is completely ecological since no adhesives are used. The cartons being waterproof, they are excellent for use as an indoor and outdoor construction material. They can be used in roof construction, as panels for walls and ceilings, as plate materials for repairs and reconstruction or as door fillings. Additionally, the eco-boards have great thermal insulation properties and are lightweight.Waste tetra packs generally end up in Serbian landfills. According to the company, 12 000 tonnes of multilayer carton packaging are generated in Serbia annually." + }, + { + "input": "Initiatives promote Resource Efficiency by reducing waste and encouraging reuse through the second-hand market; What are the benefits of organizing workshops on repair and upcycling in the market; How can Waste Reduction strategies like this initiative contribute to a more Circular Economy.", + "output": "Tabor is amarketplace initiativeintroduced in the city of Maribor, Slovenia.The people behind the initiative wanted to revive the culture of outdoor local markets, which they felt were slowly disappearing due to big shopping centres. Tabor was designed as a second-hand market where people can participate by selling their goods to others, paying a notional fee to hire a table. As the initiative is all about raising awareness and not generating revenue, the proceeds are used to provide hot drinks for participants.In order to encourage people to participate, thematic events are also organised for different market sessions. These include workshops on how to repair objects (e.g. bicycles) and how to make new things from old parts. Furthermore, the market gives people room to interact, socialise and teach each other techniques." + }, + { + "input": "Circular design in the fishing industry; Benefits of upcycling fish scales into sustainable materials; How can resource efficiency be improved in the production of decorative materials from fish by-products?", + "output": "SCALITE® is a material produced bySCALEand is made completely from fish scales, a by-product of the fishing industry.The material is manufactured in stone-like blocks and tiles which are suited to many applications in interior design and decoration for the hospitality and retail sectors, offices and homes. The fish scales are collected in France, Scotland and Norway from sustainably managed stocks of sardine or salmon. Fish scales are an unwanted waste product generated in vast quantities by the fishing industry.SCALITE® is manufactured using a natural biopolymer contained within the scales. During the production process, this biopolymer is extracted and mixed with the mineral part of the scales, creating the basis for the material. The outcome is a powder that is compressed using a proprietary process to form sheets of various dimensions and colours." + }, + { + "input": "Resource Efficiency in rice processing; What are the benefits of upcycling rice husk and straw into bio-constructive materials; How can Waste Reduction strategies in the rice industry contribute to a more sustainable Circular Design approach in agriculture.", + "output": "The RiceRes research project, launched in 2016 by theCNR(National Research Council) and the Universities of Milan and Pavia and financed by theCariplo Foundation, aimed to make the most of waste materials from processing Italian rice.The RiceRes project sought to use all production waste from Italy's rice chain by transforming it into a wide range of products with added value, with the ultimate goal of bothmeeting the demands of the circular economyandincreasing the profitability of rice cultivation in Italy.To achieve this goal, the project took a multidisciplinary approach to exploit the oil, phytosterols and proteins contained in the husk to obtain products with greater added value. Meanwhile, the silica contained in the husk, the husk itself and the straw could be used to manufacture composites and materials for bio-construction. Rice straw could be used to reinforce wool and vegetable fibre composites for use as thermal and acoustic insulation in green building, while the husk and silica obtained from the husk could be used for bio-plastic composites." + }, + { + "input": "How can online platforms promote Resource Efficiency in the fashion industry through its second-hand and outlet clothing sales? What are the benefits of Reusing and Recycling clothes through their platform, and how can it reduce Waste Reduction in the fashion sector? Can the concept of Circular Design in fashion be applied to Remixis's business model to further minimize environmental impact?", + "output": "Remixis a shop based in Bulgaria, which sells second-hand and outlet clothing online to nine countries. They also accept clothes that their customers sell, since they believe in green fashion and prioritise giving a second life to clothes whenever feasible. Moreover, the online platform provides a wide range of discounts and promotions to encourage its customers to get on board with circular economy principles. That in fact is their motto: “Reuse, reduce, remix”!" + }, + { + "input": "What is the impact of leasing lamp posts instead of buying them on reducing waste and promoting recycling in urban areas; How can circular design principles be applied to outdoor furniture and infrastructure to increase resource efficiency; Can the reuse and recycling of cast iron lamp posts contribute to a zero-waste future in municipalities;", + "output": "Fancy leasing a lamp post for a decade?The Danish companyGHformproduces outdoor furniture and inventory, such as benches, waste bins and street lights. The company is now also offering municipalities the chance to lease its cast iron lamp posts, as an alternative to simply purchasing them. The lamp posts are collected after 10 to 15 years, to be reused, dismantled and refurbished, or recycled into new products (melted down), depending on the state of the returned products." + }, + { + "input": "Resource Efficiency strategies for food waste reduction; Recycling of electronic devices for sustainable materials recovery; Zero Waste approaches for construction industry packaging management.", + "output": "TheFORCE projectis a project co-funded by the EU seeking to promote the shift towards the circular economy.Running from September 2016 to January 2021, the project identified four main focus areas: plastic waste, wood waste, used electronic and electrical equipment, and food and biowaste. Each of the four cities involved (Copenhagen, Hamburg, Genoa and Lisbon) took the lead in one area, while the other three cities worked on establishing relevant local partnerships. The aim was toengage cities, enterprises, individuals and academics in 16 interactive value chain-based eco-innovative partnerships.These partnerships worked ondeveloping 10 viable end-marketsby demonstrating new applications for the plastic waste, metals (EEE devices), biowaste and wood waste collected through new and improved collection schemes. In addition, the project sought to develop agovernance model for citiesbased on these value chain-based partnerships, as well as tools to support decision making using Big Data.Once the cities have proven that the collection schemes and end-markets are viable, they can be rolled out in other European cities. The project has practical objectives (such as increased collection rates) and clear ways of achieving them (such as setting up repair cafés for waste EEE, showing that the plastic collected can be reused, and identifying a technology that can process biowaste into fertiliser)." + }, + { + "input": "Resource Efficiency; How can mycelium composites reduce waste in packaging and insulation industries?; What are the benefits of using biodegradable and toxic-free packaging materials in construction and interior design?", + "output": "Grownis a biotechnology company that has developed an innovative use for mycelium - the network of mushroom roots - as binding agent for agricultural waste to create fully biodegradable and toxic-free packaging or insulation material.By adding mycelium to a mix of biological waste like cattail, sawdust or cork, finished products are literally 'grown' within 3D-printed moulds made in renewable polymer. Discarded moulds are shredded for in-house re-use. The initial biological mix can be adjusted for the desired composite density and properties.Mycelium composite being grown in a 3D-printed mouldMycelium composites are an ecological alternative to fossil-fuel-based plastics such as expanded polystyrene (EPS) and expanded polypropene (EPP).The composites have the perfect properties for packaging, as they are shock absorbing, insulating, made of 100% biological materials and can be made in numerous shapes. The material has good insulation properties, as well as keeping products hot or cold. For that reason, it can be used for insulation panels in building and construction. A third application is in interiors and design products: lamps, pouffes, tables have already been grown. In addition, at the end of their useful life mycelium composites can be used as fertilisers." + }, + { + "input": "How can Resource Efficiency be improved in waste management facilities; What are the benefits of implementing Recycling programs in reducing Waste Reduction; Can Circular Design principles be applied to waste treatment infrastructure to minimize Textiles waste?", + "output": "Not just another polluting landfill...The Ljubljana Regional Centre for Waste Management (RCERO Ljubljana) is a national centre for environmentally-friendly waste management in Slovenia.Co-financed by the EU’s Cohesion Fund, RCERO raises awareness among the general public and public authorities regarding the importance of managing waste. Furthermore, it has spurred on the creation of a national network active in this field.RCERO consists of an extended landfill, a treatment plant and waste treatment facilities. Importantly, the centre has the infrastructure for mechanical-biological waste treatment. This means that it can process biological waste and mixed waste. RCERO’s facilities are able to produce green electricity from renewable biogas sources, compost from biological waste and electricity and heat for its own use." + }, + { + "input": "How can Resource Efficiency in the construction industry be improved through the development of circular economy approaches like recycling and upcycling of building materials? What are some innovative ways to reduce Waste Reduction in the construction sector and promote a more sustainable use of materials? Can Circular Design principles be applied to the design of buildings to minimize the amount of materials needed and promote Recycling and Reuse?", + "output": "Knocking down a building results in a lot of waste ...The construction industry uses a huge amount of raw materials - and throws most of them away once the buildings come down. Some European countries do better at beating this linear pattern than others, and one project took on the challenge of making recycled building material a marketable product.The Interreg North-West Europe projectSeRaMCo(Secondary Raw Material for Concrete Precast Products) focused on researching and promoting the use of secondary raw materials from construction and demolition waste (CDW). Specifically, it worked on recycling concrete, bricks, tiles and ceramics to manufacture concrete precast products comparable to conventional products in terms of cost and quality, and ready to be placed on the market in North-West Europe. As a proof of concept, SeRaMCo tested its end-products in three pilot areas: Seraing in Belgium, Saarlouis in Germany and Moseille in France. In Germany, for instance, it used recycled concrete products to build a pavillion.The partnership brought together partners from industry, research and public authorities." + }, + { + "input": "How can circular design principles be applied to packaging to reduce waste and increase resource efficiency; What are the benefits of using smart packaging solutions for reducing, reusing, and recycling; Can renewable energy be integrated into packaging production to minimize the environmental impact of packaging production and reduce waste reduction.", + "output": "Packaging circular enough to make you dizzyMIWAdesigns and produces genuinely circular packaging for the whole supply chain. It supplies brand owners\/producers withsmart capsulesand retailers with smart dispensers using the service as a product model. The capsules are filled and sealed by the producer and sent on to the shops which install them. Once emptied, they are cleaned and redistributed and the loop starts again. At the end of their life, the system parts are recycled and the material is reused. The system’s smart elements provide supply-chain stakeholders with data which they can use for logistics and sales." + }, + { + "input": "What are the benefits of recycling electronics goods for extracting raw materials; How can circular design principles be applied to the production of washing machines to reduce waste and increase resource efficiency; Can the use of recycled cast iron in manufacturing new parts reduce the environmental impact of the automotive industry.", + "output": "Coolrecis putting the circular economy into action.Like many recycling companies, Coolrec is changing its focus to raw materials supply. It is active in the electronics goods recycling sector, and extracts cast iron counterweights from old Miele washing machines to be returned to the factory for recycling. There, the cast iron is melted down and new weights are made.Miele washing machines are dismantled on a specially equipped processing line at the Coolrec plant in the Dutch city of Dordrecht, and the material is sent to the Miele foundry at the Gütersloh site in Germany. There, it is used to manufacture new parts such as brackets and counterweights. The major advantage of this is that the origin and composition of the metal are known." + }, + { + "input": "Resource Efficiency; Recycling; Waste Reduction: How can sustainable forest management practices reduce waste and increase resource efficiency in the forestry industry? Can circular design principles be applied to forest management to minimize waste and optimize biomass production? What benefits can recycling of forest waste bring to the forest ecosystem and the national economy?", + "output": "More sustainable forest managementIn Latvia, a project developed by the Ministry of Agriculture (in cooperation with private investment) seeks to improve biomass production in the country’s forests. More than half of Latvia's surface area is made up of forests, yet not all privately owned woods are properly managed. This results in unused biomass potential. The project therefore aims to cover the costs of reforesting untended areas, enabling the production of sustainable biomass." + }, + { + "input": "Circular design in coffee production; How can resource efficiency be improved in the coffee value chain; Benefits of recycling coffee waste in the agricultural sector.", + "output": "In Sweden, there is an initiative from the coffee roasting sector which aims toeliminate all waste related to coffee cultivation, processing and consumptionby the year 2030.Löfbergs, a family-owned business, has made circular change part of their new business strategy. They intend to promote a change which they believe will pay off both commercially, socially and environmentally. To achieve the goal of zero waste by 2030, Löfbergs will invite other players, both within and outside the industry, to participate. Löfberg's Circular Coffee Community, which will help eliminate all coffee-related waste, is one step towards a circular coffee sector." + }, + { + "input": "How can circular design principles be applied to grocery shopping to reduce waste and promote sustainability; What benefits do zero-waste packaging solutions have on the environment; Can resource efficiency be improved through upcycling or creative reuse of materials in packaging?", + "output": "Ligeti Boltis apackaging-free grocery shopin Budapest.The shop does not sell any products in plastic wrapping or packaging and so customers buy exactly the amount they need. The shop has a wide range: from cooking ingredients to cosmetics. Customers can decide in advance what they will buy since the shop provides anoverviewof all available products.Customers can bring their own containers, jars or bags, and the shop helps weigh and fill them. The company aims to promote a zero-waste lifestyle by reducing household waste through the elimination of plastic packaging. Melinda Sipos, the driving force behind the initiative, hopes to inspire healthy eating and sustainable habits among the residents of Budapest." + }, + { + "input": "How does using secondary materials in hardware stores like Buurman contribute to Resource Efficiency; What are the benefits of upcycling materials from demolition sites and construction sites in the context of Circular Design; Can renting out machines and tools promote Recycling and Reuse in the woodworking industry?", + "output": "Buurmanis a hardware store and workshop that only uses secondary materials, such as wood from demolition sites and insulation materials, plywood and cables from construction sites in Rotterdam or from exhibitions and festivals. They also rent out machines and other tools and give tailor-made courses in woodworking.The shop is located near the new Het Hof van Cartesius, the cooperative that builds circular green workspaces for entrepreneurs. Buurman provides secondary materials for building the cooperative's office spaces, contributing to the continued expansion of the circular economy in the area." + }, + { + "input": "What are the benefits of using renewable feedstock in the production of polypropylene; How can circular design principles be applied to the development of sustainable plastics; What are the implications of replacing fossil fuel-based feedstock with renewable resources in the plastic manufacturing process?", + "output": "Moving towards a circular economy of plasticsBorealisis an international company with a focus on plastics;Nesteis a Finnish company which has developed a process whereby it can utilise nearly any bio-based oil or fat (including waste oil) to produce various premium-quality renewable products. The two have started cooperating so that Borealis canmanufacture polypropylene (PP) using renewable feedstockprovided by Neste. Specifically, Neste produces renewable propane and Borealis converts it to renewable propylene and subsequently to renewable polypropylene.This is the first time that Borealis has replaced fossil fuel-based feedstock in its large-scale commercial production of PP. Furthering its commitment to advance the circular economy, Borealis is working with upstream and downstream value chain partners to deliver a circular economy of plastics. The end-product offers the same properties as conventional PP and is fully recyclable." + }, + { + "input": "How can Resource Efficiency be improved in the production of office items using recycled materials; What are the benefits of Upcycling old jewelry into new objects; Can Circular Design principles be applied to reduce Waste Reduction in the manufacturing process of office accessories;", + "output": "EtMoi@Workis a circular - social - economy project, based in Belgium, producing a variety of office items: badge holders, card holders, cushions for office chairs and new masks in silk. It is a circular economy project, since recycled conference lanyards (metal hooks and safety clasps), silk ties and silk scarves that are no longer worn and, if possible, old jewellery are used to create new objects.Moreover, EtMoi@Work is a social economy project: badge holders are produced in two prison workshops in Brussels (Forest and Berkendael) via theCellmadeassociation.Finally, it is an example of local economy, since badge holders are produced in Brussels. Not only does this allow the prisoners to develop new skills, but it also fosters their reintegration in society after their detention." + }, + { + "input": "What are the benefits of recycling materials in rail track production; How can waste reduction be achieved in the construction industry through circular design; Can renewable energy be used to power rail transportation systems in a more sustainable way.", + "output": "Brensis a Czech company which produces rail tracks, tram and railway lines. Recently, the company has also turned to production processes using recycled materials.Brenshelps keep materials such as scrap iron, crushed concrete and pulverised rubber in use.Here are some examples of its circular products:a rail sound absorber for tram lines produced from recycled parts of cars, i.e. seats, carpets, filtres and tyre rubberwater retainers and sound-proofing systems obtained from waste materials from the automobile sector." + }, + { + "input": "Circular water management in the food industry; How can food companies reduce their mains water consumption and achieve Resource Efficiency through innovative water treatment solutions?; What are the benefits of implementing a Zero Waste approach to water use in the food sector, and how can this be achieved through Recycling and Reuse of wastewater?", + "output": "Circular water use in a Belgian fruit and vegetable businessIn May 2019, the Belgium-based fruit and vegetable cutting businessAllgroset up its own water plant. The facility turns wastewater into drinking water, thereby slashing the food company’s mains water consumption. The food sector is subject to very strict rules governing water use. For many companies, all water used must be of drinking water quality, including water that is only used to clean machinery or production areas. As a result, food companies are traditionally major mains water consumers. Allgro's water treatment plant has shown that it's possible to reverse that trend." + }, + { + "input": "What is the role of resource efficiency in reducing the environmental impact of extracting raw materials for glass making; How can waste reduction through recycling glass cullet contribute to a circular economy in the glass industry; Can the use of upcycled glass cullet in insulation production promote a more sustainable and eco-friendly construction sector.", + "output": "Glass making uses raw materials, such as sand, limestone and sodium carbonate. There is clearly a limited supply of these and the process of extracting them damages the environment.Knauf Insulationhas partnered withVeoliato manufacture mineral wool from scrap glass, called \"cullet\". The Veolia plant cleans collected glass waste and uses first infrared and X-ray sorting to extract microplastics and heat-resistant glass, and then optical sorters to filter out contaminants such as plastic or metal. The cleaned and sorted cullet is then transferred to the Knauf Insulation production plant and transformed into mineral wool which is used as an insulator." + }, + { + "input": "Resource Efficiency; What are the benefits of using charity shops to promote waste reduction in local communities?; How can sustainable textile recycling practices be integrated into the operations to minimize textile waste?", + "output": "Charity shops are the most basic form of circular economy-driven supply chains:people donate unwanted items rather than throwing them away so that they can be put to use by someone else.La Poubelleis a variation on the theme of charity shops: it's a goods bank tailored specifically to the needs of people facing hard times.Launched in 1978 as a warehouse for goods received from Tilburg (NL) residents for the homeless, La Poubelle set up a goods bank in 2008. Working with more than 30 aid organisations in Tilburg, the goods bank complements the thrift shop and is exclusively intended for people living in poverty. People who qualify for the goods bank receive a standard 50% discount on the regular selling price. People in particularly difficult circumstances qualify for free goods." + }, + { + "input": "How can Resource Efficiency be improved in plastic recycling processes; What benefits can be expected from the Reuse of plastic packaging materials; What Circular Design principles can be applied to reduce Waste Reduction in the production of new plastic products;", + "output": "ALBA Groupis a major company active in recycling, environmental services and the supply of raw materials. It has come up with amethod for producing plastic using secondary raw materials.ALBA Group uses materials from roadside recycling collection (such as polypropylene and polyethylene). Its sorting and processing technologies produce high-quality secondary raw materials from packaging waste and production scrap. Precision sorting followed by segregation, with degassing and filtration produces plastic granulates with a high level of purity.The company produces two types of plastic granulate:Recythen, suitable for hard wearing, rigid applications, andProcyclen, which can be tailored to customers' specifications and is suitable for applications such as packaging and sportswear. The new, market-quality recycled plastic materials can be mixed with other materials and used to manufacture new products and packaging." + }, + { + "input": "Recycling wine bottles into functional objects reduces waste and promotes a Circular Design; How does Upcycling of packaging materials like wine bottles contribute to Resource Efficiency; What are the benefits of reusing wine bottles as durable and functional objects instead of sending them to Waste Reduction facilities?", + "output": "Upcycling (empty) wine bottlesUpcycling is a straightforward way to reuse items which would otherwise be considered waste. Spanish companyLucirmáshas found a way to upcycle bottles.Using traditional methods of manufacture, Lucirmás transforms glass bottles into durable and functional objects, hand-made, designed and manufactured in the company’s workshop.Lucirmás uses waste glass, mainly wine bottles, employing minimal resources and production processes to create objects such as lamps, cups and trays.Lucirmás also cooperates withNutcreatives, a creative agency from Barcelona that designs products and services with the best environmental and social impact." + }, + { + "input": "Circular economy and Resource Efficiency in agriculture; Benefits of using urine as a sustainable fertilizer in horticulture; Waste Reduction in fertilizer production through PeeCycle's innovative approach to recycling human urine;", + "output": "A resource which will never run out - and makes flowers bloom!With the support of the BelgianFondation pour les Générations Futures,PeeCycleis a company thatproduces fertilisers from urine.The company aims to reduce the production and import of fertilisers from all over the world while making more efficient use of an inexhaustible source of minerals which is currently viewed as waste. Peecycle processes urine collected from specialised companies to manufacture a product that can be tailored to specific crops and from which any pathogens, hormones and heavy metals have been extracted. Rich in nutrients such as phosphorus, nitrogen and other trace elements essential for plants, urine can reduce dependence on industrial fertilisers." + }, + { + "input": "How can households optimize Resource Efficiency by reducing food waste through innovative kitchen waste disposers; What are the benefits of implementing Waste Reduction strategies in municipal water management systems; Can Circular Design principles be applied to develop more effective and sustainable food waste collection methods?", + "output": "Working with the municipal water companyVA Syd, the City ofMalmöhas established a pilot project in whichkitchen waste disposershave been installed in 200 homes as an easy-to-manage method of dealing with food waste.In the waste disposer, the ground food waste falls into a tank, while the water runs to the wastewater pipes. A sludge suction truck collects the waste for the local wastewater treatment plant, which uses it to produce biogas. The biogas is employed to produce electricity and heating, with a consequent reduction of CO2emissions.For more information on the different types of waste disposers, please refer to the following article titledNew Collection System for Food Waste to Biogas." + }, + { + "input": "Resource Efficiency in biofuel production; What are the benefits of using waste in biofuel production; Can you discuss the role of upcycling in reducing waste in the production process?", + "output": "Envien Groupis a major company active in the production of biofuel.It links up biofuel makers in Slovakia: one such company produces bioethanol from maize by fermentation, another makes biodiesel from rapeseed oil, used cooking oil and other oils using a transesterification process modified to FAME (Fatty Acid Methyl Ester), while a third makes rapeseed oil.It's an efficient system organised by agroup with an eye to the circular economy and the reuse of waste. Each of the companies in the Envien Group produces a biofuel component, with waste used for specific purposes, such as manufacturing pelleted animal feed or as a co-substrate for biogas production. The biofuel components are blended to obtain conventional mixtures of diesel and gasoline." + }, + { + "input": "Resource Efficiency in insect farming can significantly reduce waste and environmental impact; What are the benefits of using black soldier fly larvae for protein production in a circular economy approach; Recycling of food waste through insect-based protein production can help reduce greenhouse gas emissions.", + "output": "Insects are a much more efficient source of protein than farmed animals - and they use a fraction of the water and land.Entocycle, located in Central London, take local food waste - rejected supermarket fruit and vegetables, brewer’s grains and coffee grounds - and feed it to black soldier fly larvae. The larvae eat the waste, grow very quickly and become \"protein bars\".The protein produced contains essential amino acids as well as healthy fats and important minerals, including calcium, iron, potassium, magnesium, phosphorus and zinc. It is therefore nutritionally comparable with meat and fish – and can be used to feed animals once it's been dried and milled into flour." + }, + { + "input": "Resource Efficiency in furniture production through upcycling of end-of-life wood; What is the role of cooperative societies in promoting Waste Reduction and Recycling in the community; Benefits of designing Circular Economy systems for the collection, refurbishment, and resale of bulky household items.", + "output": "Collect, refurbish, resell - you don't get much more circular than that...TheRessourcerie Namuroisein Belgium is a cooperative society created in April 2007 by several associations in the waste management sector. They wanted to provide collection and processing services for bulky household waste, while also helping people with scant marketable skills to break into the labour market. In 2017, the cooperative established a partnership withBEP Environnement, Namur's waste management authority, which enabled municipalities to outsource the collection of bulky items with a view to their reuse.Individuals can contact the Ressourcerie to arrange for items to be collected free of charge. In its workshop, the Ressourcerie’sFabrikteam creates and produces made-to-measure furniture using wood from end-of life furniture collected by the Ressourcerie. The team makes tables, chests of drawers, chairs and other small items by gluing strips of wood together. The result is genuinely striking, as well as sustainable and circular. These, along with various vintage and second-hand items collected, are sold at their Boutiks located at five sites across the province of Namur.Other types of waste, such as electric and electronic waste, books and DVDs, are dispatched to the appropriate organisation which repairs what can be repaired and sells the items." + }, + { + "input": "Resource Efficiency in construction waste management; What are the benefits of recycling construction and demolition waste in Italy; How can Upcycling of C&D waste reduce Waste Reduction and promote Circular Design in the building sector;", + "output": "According to estimates, 90% of construction and demolition waste in Italy is taken to landfills, and secondary raw materials are underused. Recycling C&D waste extends the lifespan of products such as concrete, which are extremely resource-intensive to produce.Eco Venetaspecialises in the collection and recycling of waste from C&D sites in the Italian provinces of Verona, Vicenza, Padova and Rovigo.The companycollects non-hazardous wastesuch as rubble, sand, earth, asphalt, stones, crushed stone, bricks, plaster, reinforced and non-reinforced concrete, marble and bituminous conglomerate. In its plant, the material is crushed, selected and separated into different granulometric classes." + }, + { + "input": "What are the benefits of upcycling potato waste into biodegradable and recyclable materials?; How can resource efficiency be achieved through the development of innovative, circular materials from agricultural waste?; Can circular design principles be applied to reduce waste reduction in the textile and packaging industries by using biodegradable alternatives to traditional plastics?", + "output": "Plastic-based pollution is a huge problem. One company has come up with a solution.UK-basedChip[s] Boardhave developed a range of innovative, circular materials from potato waste. Their Parblex bio-plastics and related composites have just as good a performance as conventional plastics - but they have the significant advantage of being biodegradable and recylable. And, obviously, they're not made from oil.The company uses non-food-grade industrial potato waste. Their translucent pure or fibre-reinforced bio-plastics have a surface finish and durability suitable for fashion and interior design. Their products are compatible with injection moulding, 3D printing, milling and other industrial processing techniques. And all from unwanted bits of root vegetable!" + }, + { + "input": "Resource Efficiency in cement mixer truck cleaning, Waste Reduction through reuse of leftover cement, Circular Design in production cycle management for minimized water consumption.", + "output": "Cleaning out cement mixer trucks: not all that easy...When a cement mixer truck comes back to the plant, it has to be cleaned out. This involves a lot of water and generates a lot of waste.The Italian companyMapeihas come up with a product whichbrings leftover cement in mixer trucks back into the production cycle.Re-Con Zerois a two-component powder product made from polymers and inorganic composites which is added to the mixer truck and turns the remnants into useable granulate matter. This granulate is scooped out of the truck and dried, and considerably less water is then needed to clean the truck. The resulting aggregate can be used to partially replace natural aggregates when making concrete or to fully replace natural aggregates when making products such as mixed cements." + }, + { + "input": "How can Resource Efficiency be improved in the food system of a city like Milan; What role can Circular Design play in reducing food waste and promoting sustainable agriculture; What are the benefits of adopting a Zero Waste approach in the food sector and how can it contribute to a more circular economy.", + "output": "TheMunicipality of Milan, with theCariplo Foundation, has decided to commit to making its food system more equitable and sustainable by adopting its own Food Policy.The strategy guided city policies relating to food from 2015 to 2020. It set out five priorities:Health: ensuring healthy and sustainable food is available for all parts of the city, especially for vulnerable citizensSustainable agriculture: facilitating access to land, promoting urban agriculture\/horticulture, and supporting innovationEducation: teaching people about healthy, sustainable dietsReducing waste: by reducing surpluses, promoting recovery and redistribution, and closing cycles through the circular economy and bioeconomyAgri-food research: involving universities, research and training centres, and public, private and non-profit organisations.The municipality provides support and promotes social, technological and organisational innovation in line with the principles set out in the Food Policy." + }, + { + "input": "Resource Efficiency; How can a repair service platform contribute to reducing waste by promoting extended product lifespan and reuse; What are the benefits of circular design in the context of repair services; How can be promoted Waste Reduction through education and policy changes.", + "output": "Opravárnais a company which operates aweb portal putting repair and service businesses in touch with people who need their services. It is the largest network of professional services and small repairers in the Czech Republic, and allows users to choose between professional services and amateur repairers.On the website, users simply identify the type of product needing servicing or repairing and the system shows all the relevant service providers in the area. For a small fee, users can ask repairers to send their service and price offers, and then choose the one that suits them best.Opravárna has founded theAssociationOpravme Česko(Let's fix Czechia) in order to to bring together all relevant partners pursuing the same objectives, which are primarily waste prevention and transition to a circular economy. More specifically, the Association wants:productsto last as long as possible, to be higher quality and repairable or, if this is not possible, to be professionally recycledconsumersto be more aware and better oriented when choosing between buying or repairingmanufacturersandretailersto be more motivated to respectively produce and sell higher-quality goodsnational lawsto change (45 % of waste still ends up in landfills) in line with EU legislation (ex. ecodesign)." + }, + { + "input": "Resource Efficiency in packaging, Waste Reduction strategies for single-use plastics, Recycling of marine waste into reusable bags.", + "output": "In 2019, Carrefour Belgium introduced a range ofreusable and recyclable carrier bags made from marine waste. There are three types of bag: a tote bag, a trolley bag and a foldable bag with a pouch.The retailer has collaborated withSeaqual, an organisation that cleans up the oceans and seabed, to source the plastics used to make these bags." + }, + { + "input": "What are the benefits of 3D printing with sawdust; How can sawdust be used in a circular economy; Can 3D printing with sawdust reduce waste and Resource Efficiency in the wood industry.", + "output": "What can be done with the millions of tonnes of wood by-products generated by sawmills each year? Most of the sawdust produced is burned or turned into wood pellets. However, research shows that burning sawdust emits more carbon per unit of energy than most fossil fuels.Faced with this issue, Estonian start-up3cularhas designed a pioneering way of reusing this sawdust to produce new value objects with 3D printing.  The desired object is designed using 3D modelling software and then a 3D printer is used to produce the object in layers. The printing ink is a combination of sawdust and a non-toxic binder which makes it possible to print complex wooden objects faster and more easily, saving money, resources and the environment.Thanks to this innovative printer, wood and furniture industries can adapt their processes to circular business models, additional revenue streams and upcycling, while reducing the use of plastics as the most popular 3D printing material." + }, + { + "input": "Circular Design in fashion industry; Benefits of upcycled products in reducing waste; How can Resource Efficiency be applied to the textile industry.", + "output": "Based in the Danish capital Copenhagen, Veras runsseveral initiatives to reduce waste in the fashion sector by making it easy for everyone to swap and sell clothes. Veras is primarily an online webshop shipping to all of Europe, where users can send in their own clothes (by hand or by post) to get discounts on 'new' garments from Veras. Veras also hosts weekly clothing markets in Copenhagen for anyone to buy and sell clothing. It also has a flagship store located in Copenhagen.Veras was founded by Rebecca Vera Stahnke in 2016 and now has 12 employees, all women. Veras is based ona circular concept where no clothes are wasted and no new clothes are bought. All pieces have been handed in from private wardrobes all over Denmark. In addition, the company offers a range of upcycled products, including totebags, dresses and trousers made from discarded textiles and bedlinen handed in by the users, produced locally in Copenhagen." + }, + { + "input": "Resource Efficiency in plastic recycling, How can upcycling of plastic waste into useful commodities contribute to a zero-waste future?; What are the benefits of comprehensive quality control checks in plastic recycling for ensuring material recovery; Can circular design principles be applied to plastic packaging to reduce waste reduction and promote sustainable production?", + "output": "Vanden’s plastic recycling plant transforms plastic waste into commodities, ready to be manufactured into something useful again. The company collects and recycles plastic scrap from manufacturing, distribution and retail businesses.Vanden has dedicated production lines for different polymers, which include metal and dust removal systems. All materials are pre-sorted before going into production and the company conducts comprehensive quality control checks on each bag post-production. This ensures a consistent and high-quality supply of plastic regrinds." + }, + { + "input": "What are the benefits of upcycling wood from natural disasters for creating sustainable products?; How can circular design principles be applied to reduce waste and promote resource efficiency in the production of acoustic devices?; What are some innovative ways to promote waste reduction and reuse in the construction industry, such as using reclaimed wood for building materials?", + "output": "In 2018, storm Vaia brought down an estimated 42 million trees in Northern Italy. This represents 8 million cubic metres of wood, the same amount harvested in one year in the whole country.Italian startupVaiahas developed apassive loudspeaker for smartphonesusing exclusively this wood as a raw material. The Vaiacube uses natural resonance and acoustic carving of thered spruce, a popular wood among luthiers, to reproduce a warm, deep sound.Vaia'svisioncan be summarised as follows:building objects that benefit both man and nature, from raw materials coming from areas wrecked by natural disasters, thus giving them back their worth and dignity and limiting the environmental damage to its minimum." + }, + { + "input": "What are the benefits of using plant fibers to reduce weight and improve mechanical properties of bioplastics?; How can recycling and compostability of biocomposites contribute to a circular economy in the packaging industry?; What is the role of bio-based polyesters in reducing CO2 footprint and promoting sustainable material recovery in the production of bioplastics?", + "output": "The leading Swedish biocomposite makerTrifilonhas three material families, each with a sustainability focus:BioLite®mixes food safe polypropylene with plant fibers to reduce weight, improve mechanical properties and lower CO2footprint.The long technical bast fibers of plants like industrial hemp are typically used in BioLite to reinforce polypropylene. This biocomposite is highly versatile, both mechanically and aesthetically as it works with standard injection molding machines. The natural fibers reduce the CO2footprint significantly. To know more about thebenefits of Trifilon Biolite®, clickhere.Switch®again takes all the main ingredients from plants and is compostable.A starch-based polyester is reinforced with fibers from long-bast plants like industrial hemp whose fibers can make up 10 to 20% of standard recipes. The bio-based polyester is derived from plants like sugarcane, corn, or beet-root.Switch biocomposites can be recycled and decomposed in industrial composting.To know more about thebenefits of Trifilon Switch®, clickhere.Finally Revo®uses recycled polypropylene with plant fibers and aims at a CO2-neutral footprint.The polypropylene in Revo biocomposites is recycled.It comes from highly-consistent industrial waste streams in northern Europe and isreinforced with natural fiberslike hemp and wood cellulose. Depending on the end-of-life scenario, the carbon accounting for products made with Revo can show a net zero footprint due to the sequestration-effect of the plant fiber. To know more about thebenefits of Trifilon Revo®, clickhere." + }, + { + "input": "How can circular design principles be applied to the production of leather goods to reduce waste and increase resource efficiency in the tannery industry; What benefits can be expected from upcycling goat skins that would otherwise go to waste; Can sustainable practices in the dairy industry, such as using by-products like goat kid skins, contribute to a more circular economy in agriculture and reduce waste reduction;", + "output": "Billy Tanneryis a micro-tannery creating value by reusing goatskins - that would otherwise go to waste - to make leather products.Working with their partnersCabrito Goat Meat, the company aims to ensure that dairy billies have a value.All Cabrito kids are a by-product of the dairy industry and would have in the past been euthanized shortly after birth, because male goats are considered useless by the dairy industry. This is not justified according to Cabrito, who now has a network of farms producing high quality meat from a previously wasted resource.Billy Tannery, on its part, uses Cabrito kid skins to design and produce a range of leather goods – from bags to purses, pouches and caps – in a small-batch tannery built in a converted farm building." + }, + { + "input": "What are the benefits of upcycling seafood shells into bioplastic products; How can resource efficiency be improved in the production of bioplastic packaging materials; Can circular design principles be applied to reduce waste and increase material recovery in the food packaging industry?", + "output": "TheShellworksdesigners’ collectiverecycles seafood shells to make bioplastic.After collecting seafood waste from restaurants, the company’sShelly extractorextracts chitin - the second most abundant biopolymer in the world, after cellulose - from crushed seafood shells. The fine white powder resulting from crushing is mixed with household vinegar to make liquid bioplastic.Liquid bioplastic is then turned into rigid objects (Dippy), like flowerpots, containers, cups, etc., or translucent sheets of bioplastic (Sheety) to produce bags.Shellworks products are compostable and can biodegrade in a marine, soil, or home environment." + }, + { + "input": "How can we promote Resource Efficiency in plastic waste management to reduce the accumulation of plastic in ocean garbage patches? What are the benefits of Recycling plastic waste into new products, and how can it contribute to a Circular Economy? What are some innovative Upcycling ideas for transforming plastic waste into valuable materials, and what are the implications for Waste Reduction in the environment?", + "output": "Plastic waste accumulates in five ocean garbage patches, the largest one being the Great Pacific Garbage Patch, located between the Hawaii and California. If left to circulate, the plastic will impact our ecosystems, health, and economies.The non-profit organisationOcean Cleanupaims to remove plastic waist from the Great Pacific Garbage Patch and turn it into products, from which 100% of the proceeds will be reinvested in the continuation of the cleanup project." + }, + { + "input": "Resource Efficiency in waste management; How can intelligent data systems contribute to Waste Reduction and Recycling; What are the benefits of Upcycling waste data into actionable insights for municipalities?", + "output": "The mission ofJRK Waste managementis to reduce the amount of mixed municipal waste, prevent its occurrence and increase sorting. In 2017, the company set up an intelligent data systemECONITin the Prostřední Bečva municipality (Czech Republic), to reduce the high quantities of mixed municipal waste.The programme asks residents to scan their rubbish with QR codes. Information on the quantity and types of waste produced is then used by the local waste management agencies to improve collection and recycling rates." + }, + { + "input": "What are the benefits of upcycling old clothing into new products?; How does circular design play a crucial role in reducing waste reduction in the textile industry; Can we achieve resource efficiency by closing the loop in the production of organic cotton?", + "output": "Every year 100 billion new items of clothing are produced, most of them destined to be burned, or buried in a landfill.Teemilltakes the waste material at the end of its life cycle, and makes new products from it, thus starting a new cycle. The companyproduces t-shirts from organic cotton designed to be sent back to the company when they are worn out. With products and packaging made from natural materials, new products can be made from the material recovered.Organic cotton is produced in Northern India, where monsoons fill reservoirs that supply almost all water needed. Co-planting and insect traps are used along with cow dung instead of toxic pesticides and fertilisers.Harvested organic cotton is taken by camel or truck to the ginning plants, where the raw material is separated out into the fibres to be spun. The waste seeds are pressed into cakes sold for organic cow feed. Vegetable oil is squeezed out last for use in food products.Cotton farmers get a price for their cotton which is guaranteed by the regional government and varies according to their produce quality level.Products are made in an Indian factory where spinning, dyeing, weaving, cutting and sewing are vertically integrated, with cost savings reinvested in the facilities. When fabrics are dyed, the water is recovered, cleaned and recirculated in a closed loop. This factory is audited for a wide range of social and sustainability criteria.In the UK, Teemill owns a solar farm and powers manufacturing with renewables. In India, the factory owns two wind farms and a 150kw PV array.For more info onTeemill's circular journeyclickhere." + }, + { + "input": "What are the benefits of upcycling used plastic pouches into new products in the context of the circular economy?; How can resource efficiency be improved in the production and distribution of home and personal care products through refillable packaging systems?; What are the environmental advantages of reducing single-use plastic waste in the packaging of consumer goods and how can waste reduction strategies be implemented in the industry?", + "output": "Most home and personal care products available in supermarkets or from big brands are still packaged in single-use plastic bottles.Sploshsells its range of products – from detergents and fabric softeners to shower gel and hand wash – in bottles that can be refilled from their concentrated refill pouches.Buying refills in these pouches cuts plastic waste by 95% but if customers return the used pouches to Splosh, they can be upcycled into new products – cutting waste even further." + }, + { + "input": "What are the benefits of using recycled plastics in consumer products; How does the use of post-consumer recycled plastic impact the reduction of waste in the circular economy; Can circular design strategies like upcycling and reuse contribute to a more sustainable future for electronics manufacturing.", + "output": "Since 2010, Philips has been working on introducing recycled plastics into its product portfolio. The baseplate of Senseo Original coffee makers, the company’s most popular model, has been changed to 95% post-consumer recycled plastic without affecting quality, esthetics or smell. 30% of the recycled plastic is made fromold Philips vacuum cleaners recycled by Coolrec. The packaging is made of 90% recycled cardboard, and PVC has been phased out of all internal wiring." + }, + { + "input": "How can digitalization of waste management contribute to Resource Efficiency in the European market; What are the benefits of Recycling secondary raw materials; What is the potential impact of increasing the use of recycled materials on Waste Reduction in the European economy.", + "output": "The first and largest European online market for secondary raw materials -SECONTRADE- was launched in Austria in 2018. SECONTRADE digitalises waste management and enables the trade of recycled materials across Europe.All secondary raw materials on offer are recovered through the processing of waste. The vendors on the platform supply the market with materials of the required quality, also providing the necessary individual certificates. This kind of digitalisation of raw material trade has the potential to accelerate the use of recycled materials and to increase the share of secondary raw materials within the European market, thus accelerating the transformation towards a circular economy." + }, + { + "input": "What is the potential of resource efficiency in plastic production by incorporating rice husk as a filler; How can upcycling of rice husk reduce waste reduction in the agricultural sector; Can circular design principles be applied to transform waste rice husk into a valuable material for packaging and urban furniture.", + "output": "Oryziteis a method for incorporating up to 60% or more rice husk as a filler in all types of thermoplastics. Every year we produce 800 million tonnes of rice, but the shell or husk is indigestible. As a result, enormous quantities of one of the largest (about 160 billion kg) agricultural products in the world go to waste.Rice husks consist of 15% silica and 85% organic material (cellulose, lignin, D-xylose and a small proportion of D-galactose). The company Oryzite transforms the rice husks into resin, which can then be used to obtain the same volume of injection-ready moulded plastic using much fewer fossil-fuel-based polymers. The applications include urban furniture, waste containers, buttons, hangers, bottles and other packaging." + }, + { + "input": "How can Thermal Anaerobic Conversion technology contribute to Resource Efficiency in plastic recycling?; What benefits can be provided in terms of Waste Reduction and Reuse in the manufacturing process?; What can be used in Circular Design to create sustainable and eco-friendly packaging solutions in the food industry?", + "output": "Complementing traditional mechanical recycling efforts,Plastic Energyhas developed a patented Thermal Anaerobic Conversion (TAC) technology toconvert end-of-life plastic waste into a new feedstock, called TACOIL, which can be used in the manufacturing of virgin-quality plastics suitable for food-grade packaging. The company can process mixed, contaminated and multi-layered plastics, such as flexibles, which typically cannot be mechanically recycled. This includes high and low-density polyethylene, as well as polypropylene and polystyrene." + }, + { + "input": "How can circular design principles be applied to textile production to reduce waste and promote resource efficiency; What are the benefits of upcycling old textiles into new products; Can renewable energy be used to power textile recycling facilities to reduce carbon footprint in the textile industry;", + "output": "ReBlenddevelops textiles and textile products made from textiles that otherwise would end up in incineration. Textiles made from recycled fibres offer a positive alternative for designers and companies. In collaboration with waste collectors, producers, designers, makers and visionaries, ReBlend organises a full supply chain from start to finish to accelerate a new ecosystem for circular textiles.The company offers a whole lot of services ranging from the development of innovative textiles, circular clothing and accessories (including sampling and prototype development), to cooperation in co-creation processes and consultancy support in order to accelerate the transition to circular textiles (including circular business case development)." + }, + { + "input": "What are the benefits of designing products with simplicity, clean materials, and reversible connections in the context of circular economy; How can product redesigns contribute to waste reduction through material recovery; Can the principles of circular design be applied to the automotive industry to promote resource efficiency and reduce packaging waste.", + "output": "Niaga®and its partnerfuture-proof everyday productsby making sure materials don’t have to end up as waste. Ever. Many products cannot be recycled because they are made from complex mixed materials that are costly or virtually impossible to separate out. Niaga designs products to be used again. It makes them healthier and recyclable.So far, carpets, mattresses and furniture panels have been redesigned and developed together with partners, without compromising on performance. These products can be recognised by the bright orange Niaga® tag. Products that carry a Niaga® tag have been designed based on theprinciples of simplicity, clean materials and reversible connections. More product redesigns are under way." + }, + { + "input": "What are the benefits of using agricultural waste like wheat stalks for producing eco-friendly alternatives to single-use plastics, promoting Resource Efficiency and Recycling? How does Staramaki's innovative approach to upcycling agricultural waste contribute to Waste Reduction and Circular Design? Can the success of Staramaki's social cooperative model be replicated in other rural areas to promote social cohesion and local development through Renewable Energy and Water Management?", + "output": "Staramakiis a straw made of wheat. It is produced by a social cooperative KoinSep in Kilkis, situated in rural Northern Greece. The most widely produced local product – wheat – is used to create a viable eco-friendly alternative to single use plastic straws. At the same time they create employment opportunities and promote social cohesion, as well as local and regional development.The Staramaki products are made from the stalk that is left over when wheat grains are harvested. The European Commission's announcement in 2020 on the future banning of several single-use plastic products has highlighted the need for more sustainable alternatives.Rural depopulation is a serious issue in all of the countries of Western Europe. It is mainly a question of economic opportunities. The trends in Greece and the rest of Europe reflect a decades-long worldwide population movement from rural to urban areas. The problem of an ageing population is particularly affecting the Greek countryside. The recent economic depression, the global pandemic and social crisis have made the need for innovation to address social challenges even more apparent and acute. It has led to debate and concerns about how to pursue a different approach towards achieving well-being.Through social innovation, Staramaki is bringing both growth and social value. It is demonstrating that there is room for innovative thought in Greece, and that circular economy can become a fertile field for such innovative actions.Read more on an Interreg Europe report on Staramakihere." + }, + { + "input": "What are the benefits of using recycled plastic for bank cards and how does it contribute to Resource Efficiency? Can you discuss the impact of reducing virgin plastic waste in the Circular Economy? How does upcycling of production scrap into eco-friendly bank cards support Zero Waste principles?", + "output": "According to current statistics released by the Bank Cards Association, banks in the Czech Republic issue more than 3.5 million cards every year. Each card uses approximately 7 g of plastic, so that comes to over 24 tons of plastic produced annually to make an item which is not recycled (hands up who recycles their bank cards?).In 2020, the Czech bankČSOB, in cooperation withIDEMIA, launched an eco-friendly card which reduces the amount of virgin plastic which ends up in rubbish bins. By opting for IDEMIA’s eco-friendly product, ČSOB is the first bank in the Czech Republic to take a significant step towards addressing this ecological burden.This eco-friendly recycled PVC payment card - produced and supplied by IDEMIA - has been manufactured using sustainable resources, such as recycled production scrap." + }, + { + "input": "Resource Efficiency in construction projects; What are the benefits of applying Circular Design principles in building design; Can Recycling of materials in automotive industry contribute to Waste Reduction and Upcycling;", + "output": "CIRAA is acompany active in promoting circular economy principlesand helping businesses ensure that their plans and projects abide by those principles.One example of its work is theVeolia Place construction project, which will serve as a multifunctional space. CIRAA's task was to implement circular approaches at the bidding stage for the individual parts to ensure that the project was carried out in line with circular economy principles.In September 2020, CIRAA also organised aconferencefor its partners and the expert community on the circular economy. This included presentations by IKEA, Coca Cola, Nestlé and Nespresso on their circular projects, along with leading representatives of Czech sustainable businesses, such as Nafigate Cosmetics, Nano Energies and Impact Hub.The conference showed that the circular economy and sustainability are not just a flash in the pan for multinational companies: they are an integral part of these companies' long-term business strategies." + }, + { + "input": "Sustainable reuse of industrial sites, Resource Efficiency in urban planning, Circular Design in community development; How can Waste Reduction and Recycling be integrated into the redevelopment of abandoned industrial sites, Benefits of Upcycling old buildings for new community purposes.", + "output": "The Flemish municipality ofSint-Amandswas once best known for its shoe factory but then that closed in 2011. The council soon undertook toredevelop the site.The large industrial building, offices and adjacent land were purchased. The inhabitants and local associations were consulted on possible uses for the location and, most importantly, on how to give it a new and sustainable future.The old shoe factory was transformed into a unique and sustainable multifunctional community centre where local residents and local associations can feel at home. It's now called \"de Nestel\" (or \"shoe lacing\", in English), a name which refers to both the site's heyday and to the idea of connecting people and bringing associations together. You can also \"nestle\" into this new, open and multipurpose community centre.Photo provided by Cedral, photographer Marvel Van Coile." + }, + { + "input": "Resource Efficiency in construction, How does RE-sign's platform promote Zero Waste in the building sector?; What are the benefits of using Circular Design in the construction industry, and how does RE-sign's platform support this approach?; Can you discuss the impact of Waste Reduction and Reuse on the automotive industry, and how can similar strategies be applied to the construction sector?", + "output": "The Italian companyRE-signhas marketed anapp matching up supply and demand for reclaimed construction materials.The project also brings together things, people and ideas to make circularity happen, all on one platform. The platform collects listings for the trade in reclaimed construction materials and components, and each listing comes with geolocalisation, the option of downloading BIM component models and the owner's contact details. The platform is a hub where reuse professionals can network and promote their business, as well as a place to exchange ideas about how to reuse construction materials.RE-sign makes construction processes less wasteful by encouraging people to use reclaimed resources instead of raw materials. RE-sign has also developed a simple, easy-to-use tool which helps the construction market to adapt to changing environmental regulations and the shift to more sustainable, circular construction. The project responds to the widespread need for tools supporting simple, shared and sustainable forms of consumption, at a time when purchasing power has slumped, social networks have been weakened and everyone is concerned about the environment." + }, + { + "input": "Resource Efficiency in seafood processing; What are the benefits of recovering protein and omega-3 rich fats from seafood side streams; Recycling of aquatic waste water in the food industry.", + "output": "Industrial processing of herring, shrimp and mussels takes vast amounts of water – which is then chucked out.In fact, processing one ton of marinated herring takes about 7-8 000 litres of water, a mere drop in the proverbial ocean when you think that processing a ton of peeled shrimp takes about 50 000 litres...All that water is used to boil shrimp or fillet, salt and marinate herring; so really, the industry carefully makes nutritious fish stock which it then pours down the drain. It could be used to feed fish – or people – as it is rich in proteins, peptides, fats and micronutrients. Pity to waste it, really.Chalmers'Department of Biology and Biological Engineeringstarted working on this, and the project onExtracting Novel Values from Aqueous Seafood Side Streams(NoVAqua) received financial support fromNordic Innovation. This project ended in 2018 but the research is continuing under the AquaStream project, funded by the European Maritime and Fisheries Fund. They quickly established that standard processing loses up to 15% of the protein contained in the fish, but by treating the waste water it is possible to recover up to 98% of the protein and 99% of those famous omega 3-rich fats we are always being told about. The end product is a semi-solid biomass (which salmon find quite delicious) and a nutrient-rich liquid (which speeds up the growth of microalgae).Not bad for something which might otherwise make for very healthy rats as the waste water heads to sewage plants…" + }, + { + "input": "What are the benefits of using recycled materials in renewable energy services like HorsePower; How can resource efficiency be improved in the forestry industry by upcycling wood by-products; Can waste reduction and recycling be integrated into sustainable agriculture practices to minimize environmental impact.", + "output": "Finnish energy companyFortumhad developed a circular renewable energy service, dubbedHorsePower, that used recycled materials to provide a bedding management service for stable-owners, as well as using manure for energy. Wood by-products from Finland’s forest industry were first turned into horse bedding, which was delivered to stables. The company then collected the manure and used bedding from the stables and delivered it to Fortum’s Järvenpää power plant, where the waste was burned to generate heat and electricity.Unfortunately, with the sale of the Järvenpää power plant in the summer of 2020, the programme came to an end on 28 February 2021." + }, + { + "input": "What are the benefits of upcycling mixed plastics to reduce waste and promote resource efficiency in furniture production; How can circular design principles be applied to the development of sustainable packaging solutions for the automotive industry; What are the advantages of recycling plastics in construction materials to minimize waste reduction and promote eco-design in building practices?", + "output": "3,3 million tonnes of plastic end up in landfills in Europe.EcoBirdyupcycles waste plasticto extend the life of plastic and increase its durability, reducing the consumption of raw materials.The Belgian company does not just make furniture: it has developed a method for recycling mixed plastics, usually considered too tricky to recycle. This method is based on technology and human intervention, and the end result is recycled plastic which has very similar properties to virgin plastic - except for the environmental footprint, of course...Using these recycled materials, ecoBirdy produces a range of children’s furniture, including chairs, tables and lamps. The material is not coloured by any additional pigments. Instead, the source material is visible as speckles in the chair, reminding the user of the importance of precious and limited resources.For a glimpse of ecoBirdy's activityclick here." + }, + { + "input": "What are the benefits of adopting circular economy practices in the Italian industrial sector; How can companies in Italy effectively reduce waste and increase resource efficiency through recycling and upcycling; What are the key factors that hinder businesses from transitioning to a circular economy model and how can they be addressed through knowledge-sharing and good practices.", + "output": "No one said switching to the circular economy was easy...Companies do not always have the information, the confidence or the capacity to adopt solutions based on the circular economy.Confindustria, the biggest association representing Italian businesses, has therefore worked with4managerandSistemi Formativi Confindustria(SFC) to develop an initiative enabling companies and management to share information, experiences and good practices. The initiative targets opportunities provided by the circular economy model, encourages knowledge-sharing and raises awareness about good practices being implemented in Italy.Researchers will contribute to the project, which will entail local workshops, webinars and a competition to identify businesses which are standouts when it comes to the circular economy. The project aims to explain what the circular economy has to offer and how it can affect businesses and the entire economic system." + }, + { + "input": "Circular economy benefits of recycling household batteries; How can resource efficiency in battery production be improved through upcycling or reuse; What is the environmental impact of reducing waste from battery disposal through innovative packaging design.", + "output": "Each year,2000 tonnes of household batteriesare used in Norway.A YouGov survey found that 26% of people throw used batteries away with the household waste, while 80% know that waste batteries contain hazardous material and need to be recycled. Awareness is a good motivational factor, but financial reward is even better. In the survey, half the participants answered that a payback structure would influence the amount of batteries returned.Coop NorwayandEnergizertherefore decided to launchthe world's first reverse vending machine for batteries, developed bySwedish Refind Technologies. People can drop off their dead batteries, and the machine recognises the main household types (AA, AAA, C, D and 9V) using size sensors. The batteries are then scanned and a refund is calculated." + }, + { + "input": "Circular economy benefits of recovering organic components from dairy waste; How can bioplastic production reduce waste and promote resource efficiency in the dairy sector; Can circular design principles be applied to develop sustainable packaging solutions for food products, such as milk, using dairy wastewater as a resource?", + "output": "The BIOCOSI project (BIOdegradable and COmpostable packaging for sustainable, circular and smart industry) has come up with a revolutionary solution to the problem of wastewater in the dairy sector. It uses the wastewater, which is rich in proteins, peptides and lactose, as aresource for producing firstly bioplastic(PHA - polyhydroxyalkanoates) and subsequentlypackaging(such as milk bottles) which is 100% biodegradable and compostable.The project is fully in line with circular economy principles, seeingwastewater as a resource rather than waste, and uses green technology. It aims to ensure that the process generates zero waste and to harness the valuable components in the dairy sector's wastewater. This technology, made in Puglia, Italy, uses two fundamental processes:recovery and fermentation of the organic components of dairy waste in order to produce bioplastics, andprocessing the bioplastics to make food packaging.ENEA's interest here is to consolidate an economically competitive process for the production of bioplastics which does not require expensive raw materials (such as sugar and corn) and which does provide a satisfactory answer to a number of ethical and environmental problems. Bioplastics after all generally use biomass which would otherwise be intended for human consumption and can have a large carbon footprint. BIOCOSI also does away with the issue of how to dispose of dairy waste, a costly process with a high environmental price tag." + }, + { + "input": "What are the benefits of upcycling brewery waste into design solutions like the Mask Stool; How can circular design principles be applied to reduce waste in the furniture industry; Can waste reduction in the brewing process be achieved through the use of circular economy strategies like resource efficiency and recycling of spent grain.", + "output": "In Denmark, the interior design companyMaterhasdeveloped chairs made out of brewery waste. The production method uses plastic waste and the grain left over from beer production at the Danish brewery Carlsberg.ThisMask Stoolis designed by Danish architect Eva Harlou. The design is the result of a new and ground-breaking production method which allows Mater to use the low-value waste from Carlsberg’s beer production – spent grain, or ‘mask’ in Danish – and turn it into useful and unique design solutions. In collaboration with the Danish Technological Institute, Mater has developed a new industrial technology for processing waste, specifically spent grain from beer production along with other fibre-based waste materials.After years of research and tests, Mater managed to process the waste material and mix it with post-industrial plastic waste in a unique compound suitable for press moulding. The Mask stool demonstrates a waste-to-value technique and solution for reusing companies’ resources more efficiently, while caring for Mother Earth and the next generations." + }, + { + "input": "Resource Efficiency; What are the benefits of upcycling wool waste into high-quality yarn for garments, and how does it contribute to a more circular textile industry?; How can the application of circular design principles in the wool production process help reduce waste and promote sustainable agriculture practices in Swedish sheep farms?", + "output": "Fjällräven has developed a new way of reducing its environmental footprint, the so-called \"Recovered Wool\" initiative, by using wool waste from the Swedish sheep farms producing meat. Until not so long ago, they were disposing of approximately 100 tons of wool per year, which did not have the same fibre quality as the wool produced for garments." + }, + { + "input": "What are the benefits of using recycled materials in automotive components like fluid-handling circuits; How can circular design principles be applied to reduce waste and increase resource efficiency in the natural rubber industry; Can upcycling of natural rubber be used to create sustainable products for the construction sector.", + "output": "Natural rubber is harvested from theHevea brasiliensisrubber tree, a species native to the Amazon region, and is currently extracted primarily in Southeast Asian countries. In Europe, this raw material is used to manufacture tyres and other products, including other car parts.Cikautxo, a car component manufacturer belonging to theMondragon Corporation(a large corporation based in the Basque region of Spain), aims to offer alighter, cheaper and recyclable alternativeto rubber-based fluid-handling circuits for the automotive sector. Cikautxo worked with the TAPA (ThermoplAstic fluid handling Pipes for cooling circuits in Automotive sector) project, funded byEIT RawMaterials, to develop new materials for pipes and hoses. They substituted natural rubber with a 100% recyclable thermoplastic material (thermoplastic elastomeric, TPE), using energy-efficient extrusion technology." + }, + { + "input": "What are the benefits of implementing circular economy principles in the aviation industry; How can resource efficiency and waste reduction be achieved in aircraft manufacturing; Can circular design strategies be applied to reduce the environmental impact of aircraft throughout their life cycle;", + "output": "Starting in January 2021 and spanning a period of 3.5 years with a budget of EUR 5 million, theSUSTAINair projectis a collaboration involving 11 European research organisations and industrial partners. The project is coordinated by Jürgen Roither, research engineer at the Centre for Low-Emission Transport at theAustrian Institute of Technology AIT-LKR, Austria's largest research and technology organisation.The Horizon 2020 project SUSTAINair was launched recently. It aims toresearch and develop solutions to increase resource efficiency and aircraft performance while cutting down on waste and material costs throughout the aircraft life cycle - what is known as \"circular aviation\".The COVID-19 crisis has plunged the sector into uncertainty, with many aircraft being taken out of service earlier than anticipated. Despite that, boosting the post-pandemic aviation industry's green transition remains a strategic objective for governments.This EU-funded research aims to make the entire aviation supply chain ecosystem greener, in line with the Circular Economy Action Plan, and to set new standards for aerospace manufacturing, enabling an increase in cross-sector synergies. Based on the circular economy approach, SUSTAINair provides the aviation sector with a path to a more cost-effective, low-carbon economy while tackling the increase in resource consumption, waste and emissions. Because of this, the SUSTAINair project has been endorsed by the Future Sky research initiative of theAssociation of European Research Establishments in Aeronautics(EREA)." + }, + { + "input": "Resource Efficiency in adaptive reuse of cultural heritage, Circular Design for sustainable urban development, Waste Reduction through innovative financing and business models.", + "output": "Cultural heritage is considered a resource for local sustainable development. The CLIC project applies adaptive reuse to achieve environmentally, socially, culturally and economically sustainable urban\/territorial development. Adaptive reuse of cultural heritage is seen as a means to make the flows of raw materials, energy, cultural and social capital truly circular.The project aims toidentify evaluation tools to test, implement, validate and share innovative “circular” financing, business and governance models for systemic adaptive reuse of cultural heritage and landscape, thus demonstrating that it is economically, socially and environmentally convenient to maintain and\/or reuse them." + }, + { + "input": "What is the role of Resource Efficiency in the ship recycling process; How can Recycling of ship materials contribute to reducing Waste Reduction in the maritime industry; Can Circular Design principles be applied to the construction of new ships to promote Reuse and minimize the environmental impact of ship dismantling.", + "output": "Maerskis a Danish logistics operator dedicated to providing maritime navigation services, with a fleet of container ships.According toMaersk, around 85% of all ships are dismantled at sub-standard facilities in South Asia, despite the responsible ship recycling policies adopted by many shipowners. The end result of this is low salaries and a dangerous working environment for the people taking the ships apart, environment pollution, and unfair competition within the shipping sector.Maersk has been developingways to build recyclable shipsthat can be dismantled and reused. They want to design ships which can be recycled into new ships when they reach the end of their lives.The company has developed a database calledCradle to Cradle Passport.This documents around 95% of the materials used to build the ships, allowing for more efficient recycling of parts and materials. To allow designers to reuse everything possible down to the screws, the materials used in liners are sorted into three categories:high-grade steellow-grade steelmiscellaneous" + }, + { + "input": "How can Resource Efficiency be improved in aircraft recycling and upcycling? Can Recycling of aircraft parts reduce Waste Reduction in the industry? What Circular Design principles can be applied to upcycle aircraft components into new products like furniture and sculptures?", + "output": "How many planes can you fit in a landfill?Belgian companyAerocircular, founded in 2016, is based at the international airport of Ostend–Bruges. It provides green, service-only, economical end-of-life aircraft recycling and upcycling services to fleet owners. When a plane has reached the end of its lifecycle, the company divides its parts into reusable and non-reusable. The parts are then reused or dismantled and recycled.Dismantled parts and raw materials remain the property of the initial aircraft owner. Aerocircular also stores reusable spare parts for its customers, maintaining them as necessary. If the client so requests, the company can act as a broker to maximise revenue from recovered parts and the natural resources they may contain.For the upcycling strand of its business operations, the company has a partnership withAero-designto use recovered materials to make furniture and sculptures." + }, + { + "input": "How can circular design principles be applied to vending machines to reduce waste and promote resource efficiency; What is the impact of upcycling polystyrene cups and PET bottles on the reduction of single-use plastics; Can the RiVending project be scaled up to promote a wider adoption of recycling and reuse in the packaging industry.", + "output": "RiVendingis an innovativecycle of recovery and recycling of polystyrene cups, stirrers and PET bottles for vending machines.The project was designed byCONFIDA(Italian Automatic Distribution Association), together withCOREPLA(National Consortium for the Collection and Recycling of Plastic packages) andUNIONPLAST(Italian federation of companies operating in the transformation of plastic).The end goal of the project is the \"cup2cup\" phase that aims to userecycled plastic to produce new cups for vending machines. The first recycled plastic cup for vending machines has already been manufactured. The next step will be to start laboratory tests to obtain authorisation for food contact so that the product can be placed on the market.With this project, the vending industry isresponding to the European objectives of reducing single-use plastics and creating a true circular economy. By reusing the same material to produce new cups, the recycling rate goes up while the amount of virgin plastic placed on the market goes down.The RiVending project is very simple: once you have finished your coffee bought from a vending machine, you are invited to throw the cup and stirrer into a specially designed recycling bin that isolates them from other plastic packaging and simplifies the selection process. This means that specific, high quality plastic can be recovered from which many new products can be created." + }, + { + "input": "What are the benefits of upcycling work clothes in a circular economy; How can resource efficiency in textile production contribute to reducing waste reduction; Can the construction industry adopt circular design principles to minimize waste generation in the textile sector.", + "output": "The clothing and textile industry accounts for almost 10% of the world's total CO2emissions.Recognising that this is definitely a problem that needs to be tackled, theCity of Herningdecided to remedy one specific issue: whenever an employee resigned or the textile service contract was taken over by a new company, the technical operations department's work clothes were thrown out.DFD Upcy(De Forenede Dampvaskerier) is an upcycling company specialising in making clothes. It will turn a restaurant's stained tablecloth into a shirt (more practical than pumpkins into coaches).Thepartnership between Herning and DFD has led to a new circular business model for the work clothing used by the municipality's technical operations department. The textile service tender signed by the two parties has been modified to incorporate this new model.For more information on the project, please consult the following publication: Anna Hillgrén, Marika Bröckl, Mikko Halonen,Nordic best practices : relevant for UNEP 10YFP of sustainable consumption and production,Copenhagen: Nordic Council of Ministers, 2016, pages 64-67." + }, + { + "input": "What are the benefits of designing office furniture with disassembly and reuse in mind; How can recycling of office furniture components contribute to a more Circular Economy; Can sustainable procurement practices in the furniture industry help reduce Waste Reduction and promote Resource Efficiency;", + "output": "SKI- the Danish State procurement authority - has signed an exclusive procurement contract with the furniture brandDuba-B8, whereby all its office furniture must be capable of being disassembled into parts and reused several times, as well as complying with Nordic Eco-label requirements.The supplier focuses on extending the furniture lifespan and on recycling. It also provides for its technicians to maintain, adjust and repair the furniture on-site, as well as a \"re-entry scheme\" that ensures that furniture components are correctly recovered, recycled, refurbished or disposed of." + }, + { + "input": "How can the seafood industry reduce waste and increase resource efficiency through the development of new products from discarded prawn shells; What are the benefits of upcycling prawn shells into a natural supplement with ACE-inhibiting properties; Can the bioeconomy play a role in transforming the cold-water prawn industry by promoting sustainable production and waste reduction.", + "output": "In the cold-water prawn industry, 60 per cent of the prawn is usually discarded as waste, of which one third is drained as processing water.But research conducted by theNorwegian Institute of Fishery Science(Nofima) showed thatpeptidesfrom arctic cold water shrimp (Pandalus Borealis) have an effective angiotensin converting-enzyme (ACE) - a cause for high blood pressure - inhibiting effect.Based on this research,Marealis, founded byStella Polaris, uses discarded prawn shells from the seafood industry to make a natural supplement that can lower blood pressure. Marealis has developed a patented process and novel ACE-inhibiting peptide product – Marealis RSPC.Marealis RSPC is derived by a controlledenzymatic hydrolysis of shell fractionsfrom the arctic cold water shrimp, further refined into a peptide concentrate in powder form by the company’s proprietary process, for use in natural health products and supplements, with documented antihypertensive effect." + }, + { + "input": "Innovative dry-cleaning process promotes Resource Efficiency and Recycling of contaminated thermoplastics, reducing Waste Reduction and increasing Reuse of plastic waste in the agricultural sector; How can Upcycling of agricultural nets contribute to a Bioeconomy; What are the benefits of implementing Circular Design principles in the production of plastic twine and nets.", + "output": "RecyOuestis a green economy start-up thatrecycles contaminated filamentary thermoplasticssuch asagricultural nets, used for round bales and made of high-density polyethylene (HDPE), and polypropylene (PP) twines. These single-use products are used by farmers to store fodder for animals or straw after harvest. More than 1 billion round bale nets are used around the world, 50% of them in Europe, generating around 150 000 tonnes of waste each year in Europe (RecyOuest data).Thanks to itsdry-cleaning process, RecyOuest can regenerate this plastic waste and create a recycled raw material (RRM) -HDPE - without the use of water or chemicals. Used polypropylene twine and high-density polyethylene round-bale nets collected from farmers are sorted, dry-cleaned and transformed into recycled raw material in the company’s factory in Normandy (France). The raw material can then be reused for nets and twine in a circular approach." + }, + { + "input": "How can Resource Efficiency be improved in waste water treatment plants; What are the benefits of using Recycling techniques in agriculture, such as converting manure into nutrient-rich fertilizers; Can Circular Design principles be applied to the development of biogas digesters for more efficient Waste Reduction and Material Recovery.", + "output": "PurFil's PURROT is aself-cleaning vibrating Rotor-filter, integrated with a high pressure screw press, that canmechanically separate organic matter and nutrients from liquid, without using chemicals. The module is used primarily for separating liquid manure (slurry) or sewage and for public waste water treatment.Whether it is pig or cattle manure, or digested media from biogas, PURROT can separate liquid from a \"fibre fraction\" that is suitable for thermic gasification or rapid composting for subsequent use." + }, + { + "input": "How can hotels reduce waste and increase resource efficiency through circular design and recycling of soap products; What are the benefits of upcycling hotel soap remains into new soap products; Can responsible business practices in the hospitality industry contribute to a zero-waste economy by implementing sustainable packaging and supply chain management strategies.", + "output": "Responsible Business for a Clean World, aprojectinitiated by thePark Split Hotelin Split (Croatia) in cooperation with theNetwork of Associations of People with Disabilities(NAPD) (Dalmatia), and co-financed by the European Social Fund, combines an innovative model of circular economy, social entrepreneurship and public-private partnerships.The basics of the project involve collecting the remains of unused soap in hotels and sending it to a \"soap factory\", where it is cleaned, sterilised and recycled into new soap products, which are then offered back to customers at the hotel.For more information in English,click here(chapter 4.2, page 41)." + }, + { + "input": "How can recycling contaminated steel scrap into high-quality raw materials help achieve Resource Efficiency; What are the benefits of Upcycling hazardous steel scrap into Purified Metal Blocks for the steel and foundry industry; How can sustainable processing of contaminated steel scrap contribute to Waste Reduction and Zero Waste goals in the steel industry?", + "output": "In the Netherlands, tens of thousands oftonnes of contaminated steel scrapare produced every year, for example from buildings, trains, ships and industrial installations. The steel can be contaminated with asbestos, chrome or other elements. Cleaning contaminated steel scrap for reuse is difficult and expensive, leading to steel being dumped in landfills and a valuable resource being lost.ThePurified MetalCompanycan responsibly process contaminated steel scrap into a high-quality raw material. The process has been patented and can separate the contaminants (including asbestos, mercury and Chromium 6) from the steel in a sustainable and cost-efficient way. Hazardous steel scrap is processed intoPurified Metal Blocks(PMBs), which serve as a high-quality raw material for the steel and foundry industry." + }, + { + "input": "Optimizing Resource Efficiency in photovoltaic energy production; What is the role of recycling in reducing Waste Reduction in the PV industry; Can Circular Design principles be applied to develop more sustainable and eco-friendly photovoltaic modules?", + "output": "Photovoltaic (PV) energy is one of the most important renewable energy sources which can be exploited on a small (KW) and large scale (MW-GW) to satisfy Europe's various needs. As an example, the launch ofPlanSolaireby EDF aims to reach 30GW PV in France between 2020 and 2035, thus opening up new horizons for a brighter European future in terms of PV.However, there is still a technical and industrial bottleneck to overcome in order torender large-scale PV production green and environmentally friendly: the loss of high-purity raw materials such as PV grade silicon from the wafer sawing process and precious metals such as silver from end-of-life modules, and the waste of a large amount of energy and CO2.ROSi has developed a pioneering process demonstrating top quality recycled silicon and other metals for different industrial needs. It is also building an end-of-life recycling site in the French Alps." + }, + { + "input": "Resource Efficiency; Benefits of integrating agriculture into building design; Circular Design for reducing waste and increasing transparency in food production;", + "output": "DanishRefarmeduses the concept of \"building-integrated agriculture\" to create very short local production and supply circuits.High-impact buildings (producing a lot of waste and excess heat) are equipped with rooftop greenhouses which turn all that waste into value - to support low-impact food production. Symbiosis is created between the building below and the plants grown on the roof, and the result is healthy, fresh, local produce, reduced energy use and waste and increased transparency and traceability.Residual heat and biowaste from the building below, as well as solar power from panels and rainwater support the plants grown in the greenhouse. In this way, locally-grown food can be sold in the supermarket two floors below. Excess heat from the supermarket below (Bilka, in this case) will heat the greenhouse throughout the year and rainwater will be used to irrigate the plants and provide what is needed for aquaponic production of fish and plants. Biowaste from a restaurant downstairs will also be used for compost, with both economic and environmental benefits." + }, + { + "input": "What are the benefits of using artificial intelligence in waste management to optimize resource efficiency; How does the integration of the Internet of Things in waste containers contribute to waste reduction; What are the potential applications of data analytics in waste collection to promote circular design and reduce waste in the construction industry;", + "output": "High-tech waste managementThe Bulgarian companyConnectedBinhas developed a waste container solution usingartificial intelligenceto identify waste types and sort them properly. TheInternet of Thingssystem then reports on waste types and amounts, which makes waste collection more efficient. Once (retro)fitted with ConnectedBin's sensor devices, the waste containers get “eyes and ears” and can communicate wirelessly with the cloud-based server. The system gathers and processes data from all bins and displays it to the user to facilitate decision making. The decisions can be operative (e.g. choosing the optimal collection route or reacting swiftly to an incident) or strategic (e.g. selecting the most efficient bin placement)." + }, + { + "input": "How can circular design principles be applied to reduce waste generation in the food and hospitality sector; What are the benefits of promoting resource efficiency in the education and awareness-raising campaign; Can upcycling and reuse practices be integrated into the company's waste management strategies to achieve a zero waste goal.", + "output": "Residuos do Nordeste, an intermunicipal waste management company based in Mirandela, North-Eastern Portugal, is running an education and awareness-raising campaign calledEducar para uma Economia Circularrelated to the top of the waste management hierarchy: prevention.The campaign focuses on preventing and reducing consumption and waste, as well as on how to prepare waste for reuse and recycling. It draws on the company’s experience in the field to inform education and awareness-raising actions targeting the general public, local authorities, small companies, the food and hospitality sector, and other audiences as well." + }, + { + "input": "Resource Efficiency in sunflower farming; What are the benefits of Upcycling sunflower waste into new biomaterials; How can Circular Design principles be applied to reduce Waste Reduction in agricultural production systems?", + "output": "Sunflowers are farmed to produce oil, seeds or bio-fuel. After pressing the oil out, some of what is left is used as animal feed, but most of the crop goes to waste. The stalk’s foamy structure, the strong fibre of the bark or the flower’s dark brown proteins are left behind even though this waste can be valuable resources to produce new biomaterials.The Sunflower Entreprise©project of the DutchStudio Thomas Vailly, whichhas received funding from theLuma FoundationandStimuleringsfond Creatieve Industrieand is supported by the scientific expertise of regional partners,uses sunflower leftovers to create new applications and prototypes embedded in sustainable production systems.Picture courtesy of Studio Thomas Vailly" + }, + { + "input": "What are the benefits of using recycled plastic in decorative tile production, specifically in terms of Resource Efficiency and Waste Reduction?; How does the use of bi-adhesive tape in the construction of TailoredTile tilegrams contribute to Circular Design and Reuse?; Can the infinite possibilities of product colours in TailoredTile tilegrams be achieved through sustainable and eco-friendly methods, such as using plant-based dyes or recycled materials?", + "output": "TailoredTileis a brand set up by architect Ana Rita Rodrigues and industrial chemist Bruno Campos. It creates decorative tile pieces made of recovered plastic from Marinha Grande (Portugal).Tilegramis a piece made of recycled plastic, mainly waste from the plastic industry. Each tilegram contains 100 grammes of recycled plastic.The decorative tile blocks can be glued by using bi-adhesive tape, thus allowing renovation of spaces without damaging the walls. The company further promotes circular economy by accepting used tilegrams in exchange of purchase discounts, as this material can be crushed and shaped more than once.The possibility to create product colours is infinite and unique. By using theIn-Mold Labellingtechnique, it is possible to place the desired image or logo on a TailoredTile tilegram." + }, + { + "input": "What are the benefits of resource efficiency in the forestry sector; How can circular design principles be applied to wood-based panel production to reduce waste and promote recycling; Can the upcycling of wood residues into wood-based panels contribute to a zero-waste policy in the forestry industry;", + "output": "Sonae Araucois a wood-based panel producer that contributes to the circular economy through the recovery of wood waste.They have developeda close value chain that reuses and recycles the wood residues generated during the production process. These residues are integrated into wood-based panels,ensuring that this waste is not burned or sent to a landfill.Wood-based panels are a sustainable solution for encouraging the responsible use of forest resources. They offer an efficient alternative to wood that can be recycled and is more energy efficient and flexible, as well as acting as carbon storage which helps reduce CO2emissions.At the end of their lifespan, the wood panels can be recycled and transformed into new products in a continuous recycling process. Sonae Arauco has been awarded PEFC (Programme for the Endorsement of Forest Certification) and FSC (Forest Stewardship Council®) (FSC-C013589) chain of custody certification, recognising the use of wood-based raw materials from responsible sources." + }, + { + "input": "What are the benefits of using recycled materials in architecture; How can resource efficiency be applied to reduce waste in the design of restaurants; Can circular design principles be applied to packaging to minimize plastic use in food service industries?", + "output": "ForNew York's design week in May 2018, a pop-upZero-Waste bistrowas commissioned by theFinnish Cultural Institute in New York. It was built with materials contributing to a zero-waste future. Surfaces were made fromDuratcomposite - i.e. 30 % post-industrial materials and natural pigments - that is 100 % recyclable. The architecture was made ofReWall Naked Board-100 % tetrapak waste. Finnish companyKotkamillscontributed with fully repulpaple and disposable cups produced without polyethylene plastic.The food - only from local and organic products - was created by the staff of the Helsinki-based zero-wasteRestaurant Nolla, that aims to employ foodstuff that would typically be discarded, and also avoids or recycles all food packaging." + }, + { + "input": "Resource Efficiency in construction; How can Recycling of industrial waste contribute to Waste Reduction in the building sector; What are the benefits of Upcycling industrial waste into building materials like cement blocks?", + "output": "Production of traditional cement blocks for construction consumes a lot of energy and emits a lot of CO2, while using natural raw materials such as drinking water, river sand and gravel.eCO2blockscreates an alternative – or a complementary material – to cement by producing building blocks made from industrial waste and water which is not fit for drinking. The final product is similar to a conventional cement block, with some differences in colour, density and strength. eCO2blocks is a start-up which began at Universidade Beira Interior (UBI) in Portugal." + }, + { + "input": "What are the benefits of reusing agricultural waste to reduce CO2 emissions in the atmosphere; How can circular design principles be applied to reduce waste and promote resource efficiency in the wine industry; Can the use of biowaste as a resource for producing biocomposites and other products help reduce waste and promote sustainable consumption in the Douro Valley;", + "output": "According to a study carried out by theresearch and development projectDa Vide, originally presented at the Polytechnic Institute of Bragança in Portugal and at the University of Plasencia in Spain, reusing global agricultural waste would completely offset excess annual CO2emissions across the planet. By combining the reuse of agricultural and forestry waste, the concentration of CO2in the atmosphere would be decreased. This is an astonishing result that requires a significant change in the development model of the 20th century - but it would slow down or possibly even halt climate change, at least as far as CO2is concerned.About 200 000 tonnes of CO2are emitted every year due to the burning or decomposition of grapevine residues, approximately one million tonnes of CO2in the Portuguese wine sector alone. There, in the Douro Valley,Da Vide has created a range of products using this biowaste – from paper and paints to pens, decorative objects and biocomposites – avoiding the use of plastics and wood and using agricultural waste as a resource. These products are sold locally in a region where tourism is an important sector.Da Vide will soon be presenting a study to demonstrate that their main partnerQuinta da Avessada- an important wine tourism enterprise in the Douro Valley - has negative CO2emissions despite its intense activity. Recovering pruning residues from its vineyards means that the vines absorb more CO2each year than is generated by the farm's tourism activity." + }, + { + "input": "Wastewater treatment, Resource Efficiency, Recycling; How does using natural flocculants from waste eucalyptus wood impact the circular economy in wastewater treatment?; What are the benefits of replacing conventional non-biodegradable flocculation materials with biodegradable natural flocculants in the treatment of wastewater; What are the implications of adopting bioeconomy principles in wastewater treatment, particularly in terms of reducing waste and promoting sustainable resource use?", + "output": "A team of researchers from the Faculty of Science and Technology of theUniversity of Coimbra(FCTUC) has developed an innovative wastewater treatment technique usingnatural flocculants extracted from waste eucalyptus wood.Although flocculation is a widely used step in the treatment of effluents in wastewater treatment plants, the conventional materials used to promote flocculation are derived from fossil fuels, and therefore are not biodegradable. Researching new, naturally occurring flocculants, especially those based on natural by-products, has therefore become essential with a view to developing more environmentally-friendly approaches." + }, + { + "input": "How can circular design principles be applied to reduce waste and promote resource efficiency in the agricultural sector; What are the benefits of upcycling waste from the walnut fruit to create valuable compounds for plant protection; Can the concept of zero waste be applied to the production of agricultural products to minimize environmental impact and promote sustainable agriculture.", + "output": "A team of researchers from the Research Centre for Chemical Process Engineering and Forest Products (CIEPQPF) and the Centre for Functional Ecology (CFE) of the Faculty of Science and Technology of theUniversity of Coimbra(FCTUC) has developed an innovative application forrecovered waste from the walnut fruit.The process consists of the extraction of compounds with a “nematocidal” effect, which can control plant-parasitic nematodes that affect a wide range of species, thus preventing production losses (both in quality and quantity) in economically important crops.Researchers have identified two compounds belonging to the group of \"naphthoquinones\", which would prove to be effective in combating plant-parasitic nematodes, with an emphasis on root-knot nematodes (from the genus Meloidogyne), so designated for inducing the formation of galls in the root system of several plants. It is estimated that each year these nematodes cause worldwide crop losses of around 5 %, which is an obstacle to agricultural production." + }, + { + "input": "Resource Efficiency in construction industry; How can Waste Reduction in building materials be achieved through Circular Design; What are the benefits of Upcycling in the Automotive sector?", + "output": "Ambiente_Sregionalis acircular economy project for the civil construction sectorin the Azores, developed jointly byFibrenamics, the international platform of the University of Minho, and the Regional Laboratory of Civil Engineering (LREC-Azores). The project aims to create a platform bringing together the various actors involved in the recovery of waste to form value chains, taking advantage of the characteristic ecosystem of the islands.Thanks to its size, geographical dispersion, licensed waste operators and a good level of monitoring and knowledge of waste production, the Autonomous Region of the Azores was chosen as a good living laboratory for implementing and testing the operations proposed in the project, with the model set to be upscaled later on to national and international level. Due to their dependence on imports of raw materials and commercial products, the Azores will have economic and strategic advantages in adopting a circular economy paradigm." + }, + { + "input": "What is the role of innovative packaging solutions in reducing waste and promoting Resource Efficiency in the food industry; How does the use of compostable plastics impact Recycling rates and Waste Reduction; Can Circular Design principles be applied to develop sustainable packaging solutions for temperature-sensitive food products like fish.", + "output": "SEAclicis a project developed by the German family-run packaging companyStoropack, which has created a packaging technology that is suitable for temperature-sensitive food products, such as fish. It is an efficient alternative to conventional EPS (Styrofoam) packaging.The bio-based version of the Storopack SEAclic Box is made from a new, compostable plastic that is certified in accordance with EN 13432 and comprises a very high proportion of renewable raw materials. One key benefit of this organic version of the SEAclic Box is that after being used it can be industrially composted together with food waste, with no need for prior cleaning." + }, + { + "input": "How can sustainable design influence the development of eco-friendly footwear; What are the benefits of upcycling recycled tyres in shoe production; What role can circular economy principles play in reducing waste in the leather industry.", + "output": "On the Asphalt (O.T.A) is a French brand that has developedsustainable and eco-friendly unisex sneakers.The sole of the sneaker is made of recycled tyres, while the leather is obtained from scraps from a glove factory. The shoe is 100% produced in Europe, as O.T.A produces its shoes in a workshop in Portugal and its leather in Italy.The O.T.A sneakers are unisex and are available in three different combinations of materials and colours." + }, + { + "input": "What are the benefits of circular economy initiatives in enhancing community engagement and resource efficiency in waste reduction?; How can behavioral change approaches to promote waste reduction and recycling through gamification and community connections?; What are the potential implications of integrating circular design principles in the development of community-based recycling programs?", + "output": "Yoyois a French start-up that has developed aninnovative behavioural change approach to enhance recycling in communities.They do this by connecting participants and coaches, who distribute orange sorting bags to “sorters”. Sorters earn points by bringing the recycling bags to their coach, who records the bag they have received on a platform. The coach will also earn points after Yoyo collects the bags and takes them to a recycling facility. These points can be used to purchase rewards, such as cinema tickets, donations to charities or eco-friendly items.The Yoyo initiative also aims to promote community connections by creating local events between coaches and sorters from different neighbourhoods." + }, + { + "input": "How can Resource Efficiency in river transport be improved with the use of electric boats; What are the benefits of Recycling old lithium-ion batteries in second-life applications like boat propulsion; Can Circular Design principles be applied to the development of zero-emission boats to reduce Waste Reduction in the shipping industry.", + "output": "French river transport companyParis Yacht Companyowned bySeine Alliancehas launched theBlack Swan, a 100 % electric boat equipped with second-life batteries operating on the Seine river. The Black Swan has been developed in partnership with the Renault Group andGreen-Vision,and it is operated by old lithium-ion batteries that can no longer be used in electric cars.The boat can take up to eight people for a cruise on the river for up to four hours at a time. Being an electricity-powered boat, it also contributes to reducing the noise pollution along the Parisian waterway, thus minimising the impact of the river activities on the environment.The company, which is committed to electrifying its entire fleet by 2024, has already begun building another - and much larger - zero-emission electric boat that can accommodate up to 80 passengers." + }, + { + "input": "Resource Efficiency in textile production; What are the benefits of upcycling recycled cotton into viscose rayon fibre; How can waste reduction be achieved in the textile industry through circular design approaches?", + "output": "The companyre:newcell, together with a group of scientist from theFraunhofer Institute for Applied Polymer Research IAP, have been looking for eco-friendly materials to overcome cotton recycling limitations. They have developed a technique that transforms recycled cotton into viscose rayon fibre made of pure cellulose, which is a suitable material for mass manufacturing.Photo source © Fraunhofer IAP" + }, + { + "input": "Resource Efficiency in athletic wear production; What are the benefits of incorporating recycled materials in shoe manufacturing; Can the circular design of Salomon's running shoe be scaled up to reduce waste in the textile industry.", + "output": "Salomonhas developed a running shoe that is 365º sustainable.This shoe has been designed to be 100% recycled easily. The shoe's upper is made of recycled polyester, which can be recycled again into new fabrics. The sole is made of recycled foam, and has been designed so it can be sent to the factory that makes Salomon’s ski boots, allowing the sole of each shoe to be used for a new ski boot shell." + }, + { + "input": "Resource Efficiency in beekeeping practices; What are the benefits of using recycled plastic waste in bee hive construction; How can Upcycling of mycelium in beehive design reduce Waste Reduction in the beekeeping industry.", + "output": "Econooc hiveis a sustainable solution that aims to recover bee population loss. It is estimated that a third of all bee species in Ireland could be extinct by 2030, causing a crisis for wildlife and horticulture.The primary material of this beehive is mycelium, a material derived from mushrooms. It is also made using a natural substance that repels viruses that are deadly to bees, such as the varroa mite. The Econooc hive has been shaped to include a landing pad and a ventilation hole, made of plastic waste." + }, + { + "input": "Promoting resource efficiency in construction projects through soil reuse; How can circular design principles be applied to reduce waste in urban development; What are the benefits of upcycling excavated soil in infrastructure projects?", + "output": "Promoting local use of excavated soilThe City ofHelsinkihas coordinated a project on the reuse of excavated soil in construction projects across the city. This project consists of improving coordination of how and where excavated soil is used. The decision to start this project came from the City Board and was implemented by ten experts from Helsinki's Urban Environment Division.Finland has capitalised onrational use of natural resources in building and construction work. The use of rocks and soil as a resource has been recognised as a key way to reduce CO2emissions in urban planning and design. As a result, carbon is saved as new carbon-storing soil is not disrupted and brought into the city. The project also saves on long distance transportation which naturally costs more - both financially and environmentally - than utilising most of the soil on the spot." + }, + { + "input": "What are the benefits of upcycling office furniture to reduce waste and promote resource efficiency; How can companies like Soeco Kontorsmöbler contribute to a circular economy through material recovery and reuse; What is the environmental impact of refurbishing and recycling office furniture compared to producing new furniture from virgin materials?", + "output": "Soeco Kontorsmöbleris a Swedish company that recycles and refurbishes office furniture. Its goal is to take furniture which would most likely be thrown away and transform it into an item that either looks like or is new. If the furniture is in good enough condition, it's just buffed up; if it's fairly tatty, it can be refurbished or repaired.Moreover, Soeco also creates completely new products using waste materials and components from the products it dismantles. One key feature is that it sells its products at second-hand prices - a good deal for offices wanting to support their work. Soeco only buys good quality used furniture which is suitable for high-quality recycling and upcycling." + }, + { + "input": "How can we promote Resource Efficiency in the production of eyewear by using recycled marine plastic; What are the benefits of incorporating Circular Design principles in the eyewear industry; What impact does Zero Waste approach have on the environment when applied to the manufacturing of luxury goods like watches and sunglasses?", + "output": "The idea of producing eyewear from marine plastic comes from SEA2SEE, a Spanish firm willing to reduce maritime pollution. SEA2SEE, based in Catalonia, designs and produces optical frames and sunglasses in Italy, as well as watches in Switzerland, entirely made from recycled marine plastic collected by fishermen in Spain, France and West Africa.SEA2SEE is the first eyewear brand manufactured with UPSEA™ recycled plastic. It has obtained the Cradle to Cradle Gold certification. TheCradle to Cradle Certified Products Programmeis the world's most advanced, science-based standard for designing and making products for the Circular Economy. It acknowledges continuous improvement and innovation of products and processes toward the goal of being not just \"less bad\" but also better for people and the planet.At SEA2SEE they have committed themselves toPETA, meaning that they do not to use products of animal origin in their production and, as a result, they have received the PETA-APPROVED VEGAN label for their entire collection." + }, + { + "input": "How can circular design principles be applied to transform plastic waste from fish farming into sustainable design objects; What are the benefits of reusing plastic waste in the production of new objects; Can upcycling of worn-out fish nets and ropes contribute to a zero-waste economy in the fish farming industry.", + "output": "Snøhetta’s S-1500 chairshows how plastic waste from Norway’s fish farming industry can be transformed into a sustainable design object with an expected lifetime of at least 50 years. The materials used in the production of the chair are provided by local fish farming companies likeKvarøy FiskeoppdrettandNova Sea, that supply Nordic Comfort Products (NCP) with worn-out fish nets, ropes and pipes from their fish farming activities.Once these components are worn out, they can be collected, processed and subsequently ground into a granulate that can be injected into formwork, thus generating endless possibilities for developing new objects. In this way, the project contributes to building a local, circular economy, as it employs plastic waste from the local industry in Helgeland, in the northern part of Norway, where both the NCP's office and production are located. NCP manufactures and sells furniture for public environments and private homes." + }, + { + "input": "What are the benefits of implementing a circular economy approach in the marine industry?; How can efficient resource management and recycling practices reduce marine pollution?; What are the advantages of upcycling complex plastics into reusable products like the small pots sold?", + "output": "TheReSeaclonsproject, led by the Marine Institute of theSeaquariumin Grau-du-Roi, France, is committed to bringing together fishermen, seafarers, public authorities, associations, companies, civil society and holiday-makers to help reduce marine pollution. It supports the collection and recycling of plastic marine litter.ReSeaclons works in cooperation with local fishermen who collect a variety of substances polluting the sea – definitely including plastic. They bring them to a recycling facility operated by a partner company,Trivéo Recyclage, which sorts the various materials. Trivéo specialises in recycling complex plastics. It has developed a technique fusing different kinds of plastics into one single substance, in the shape of a small pot. The pots are then sold at the Seaquarium Marine Institute." + }, + { + "input": "How to optimize resource efficiency in their raspberry production and processing to reduce waste and support a circular economy? What are the benefits of upcycling raspberry seed oil into a valuable product with antioxidant and anti-inflammatory properties? Can the farm explore circular design principles to reduce packaging waste and promote sustainable agriculture practices in their region?", + "output": "Tedre Farm, located in the Otepää Upland (Southern Estonia), grows raspberries and produces raspberry juice and other derivatives.In 2017, in a collaboration with theEstonian University of Life Sciences, the farm started a project to study technologies for theextraction of oil from raspberry seeds, a by-product of raspberry juice production. Raspberry seed oil was previously known particularly for its medicinal properties, but it had not yet been produced in Estonia.The oil, usually extracted through cold pressing, is very rich in vitamins E and A, which makes it a great antioxidant. It contains plenty of omega-3 and omega-6 fatty acids which are beneficial for the skin. It has an anti-inflammatory effect and healing properties and slows down skin-aging." + }, + { + "input": "Circular Design for waste recovery; Benefits of recycling paper and cardboard in the packaging industry; Impact of material recovery on reducing waste sent to landfills in construction projects.", + "output": "In Chartres-de-Bretagne, France,SUEZhas invested EUR 10 million on the construction of a hub to recover waste from local businesses and authorities. The facility has the capacity to receive materials such as paper, cardboard, plastics, metals, bio-waste and building waste. The material is sorted and recycled on the same site to be sold on directly for reuse to the company's clients depending on their need for material and market demand." + }, + { + "input": "How can resource efficiency be achieved in the production of festival tents? What are the benefits of recycling tents after music festivals? Can circular design principles be applied to create more sustainable and eco-friendly tent solutions?", + "output": "The Dutch companyKarTenthas come up with a sustainable solution for the many tents left behind by music festival goers: acardboard tent, designed to be purchased and transported in bulk to festival sites.After the festival, the company arranges for the tents to be removed and recycled. The process of making a KarTent emits half the CO2of a regular tent, and uses only cardboard instead of the 30 materials that may be used in a typical tent. KarTents began in 2015 at the MadNes festival and since then have been in use at other festivals in countries around Europe, including HellFest and Zwarte Cross.With festivals on hold, the company has diversified through its webshop to sell a range of recycled cardboard furniture and toys as well as tents." + }, + { + "input": "What are the benefits of upcycling nautical materials into fashion products; How can resource efficiency be achieved through the reuse of waste materials like sails and life rafts; Can sustainable textile production be achieved through the implementation of circular design principles in the production of unique and limited-edition bags?", + "output": "Mamukkois an Irish company, founded in 2011, thatuses waste nautical materials as a secondary raw material. They promote upcycling by using end-of-life sails, decommissioned life rafts and recycled leather to make bags.Each one of their products is unique, boutique-manufactured in their workshop in Kinsale. Moreover, their batches are limited by the amount and type of fabric they have in stock." + }, + { + "input": "Resource Efficiency in product design, what benefits does a standard data template bring to the table?; Waste Reduction through standardization, what role can a data exchange protocol play in promoting sustainable consumption patterns?; Circular Design of products, how can a standardized data help companies assess the environmental impact of their offerings and make more eco-friendly decisions?", + "output": "TheCircularity Datasetis an initiative by Luxembourg’s Ministry of the Economy and some international industry leaders. It has developed the “Product Circularity Data Sheet” (PCDS): a data template for standardising data about the circular aspects of products. The template goes hand in hand with a data exchange protocol.The platform’s goals include:raising awareness and providing reliable data about the circular life of a productcreating a standard data source for anyone to assess how circular a product is, andsetting up an audit system based on the data produced." + }, + { + "input": "How can circular design principles be applied to the production of limited edition products to reduce waste and increase resource efficiency; What are the benefits of upcycling in the context of sustainable entrepreneurship; Can the principles of zero waste be implemented in an artisanal production process, and if so, what would be the impact on the environmental sustainability of the production system.", + "output": "StartupBenefíciodevelops limited edition products (100 units each), with particular attention to the use of materials and local knowledge. By adopting artisanal production methods and respecting fair trade and the environment, the company makes high added value products and mostly applies the principles of circular economy, in particular upcycling.The company is based in Óbidos, Portugal, and it was incubated at Startup Lisboa. It is a talent-oriented company that operates as an enabler for local economic development. Their co-creation model is a differentiating factor which they adopt as a driver to provide fair remuneration for those who are in charge of creation and production. They want to put out in the market products that benefit everyone in the value chain." + }, + { + "input": "How can Resource Efficiency be improved in food supply chains to reduce food waste; What is the role of Circular Design in developing innovative solutions to reduce food waste; Can Waste Reduction strategies be implemented through better food storage and cooking practices in households.", + "output": "Stop Food Wasteis an Irish national programme funded by theEPANational Waste Prevention Programme(NWPP) since 2009. The NWPP supports national-level, strategic programmes preventing waste and driving the circular economy in Ireland.Stop Food Waste is managed by the Clean Technology Centre (CTC) with the aim of preventing food waste through better buying, storage and cooking, as well as through home composting.This programme works with communities, households, schools, businesses and local authorities through education, training and support activities. For example, it organises theStop Food Waste Challenge,a community-based workshop for food waste reduction. The programme also provides training and information on home composting." + }, + { + "input": "How can Resource Efficiency strategies be applied to reduce food waste in the hospitality industry; What are the benefits of implementing Zero Waste practices in food production and distribution; Can Circular Design principles be used to design more sustainable food systems, reducing packaging and increasing food recovery.", + "output": "Sopköketis a Swedish restaurant and catering company that prepares meals partly incorporating rescued and surplus food from supermarkets and other companies. This project's goal is reducing food waste, while providing job opportunities for people facing the risk of social exclusion.Sopköket's goal is to use at least 50% saved ingredients for each meal. Currently, this number is achieved through collaboration with Paradiset Matmarknad, Saltå Kvarn, Bio Food, Sebastien Boudet, Gourmet Food, Dole, Fior di Latte, Foodloopz and others.In parallel, another activity conducted by Sopköket is the donation of food ingredients and other kinds of food to charities, in partnership with local institutions." + }, + { + "input": "How can upcycling of denim trousers contribute to Resource Efficiency in the fashion industry; What is the role of Reuse in the concept of upcycling in fashion design; Can Circular Design principles be applied to the development of sustainable clothing collections in the textile sector?", + "output": "Latvian fashion brandZĪLEdevelops its clothing while looking at a sustainable future, by adopting the concept of upcycling. The label’s main resource materials are denim trousers, men’s shirts and imagination.According to the brand, the concept of upcycling is based on the principle of restoring existing materials in order to create a new, unique product that represents added value, identity and a green lifestyle – this is what they seek to achieve with their unique clothing collection.As a source of materials, ZĪLE uses second-hand clothing that is either bought in vintage shops or donated by their collaboration partner - charity shopOTRĀ ELPA." + }, + { + "input": "How can the circular economy be applied to reduce electronic waste and promote sustainable consumption of IT equipment; What are the benefits of refurbishing and reusing electronic devices in the context of Resource Efficiency; Can upcycling of old smartphones and other IT equipment help minimize Waste Reduction in the tech industry?", + "output": "OMG: I've had this smartphone for a week already!Society is getting through a lot of IT equipment, and most of it is thrown out very quickly as we move on to the next model. If at least some of this electric waste can be upgraded and made suitable for use through the circular economy, it will save huge amounts of valuable raw materials as well as helping to reduce waste.ZIKOMis one of the largest distributors of professionally reconditioned computer equipment in Poland. Since 2003, it has established a chain of stores operating under its brand. ZIKOM has obtained the status of Microsoft Registered Refurbisher, meaning that their refurbishment process meets this company’s strict requirements – including a one-year warranty." + }, + { + "input": "What are the benefits of using recycled materials in CD packaging; How can reducing waste in the music industry contribute to a more sustainable future; Can upcycling of vinyl records be a viable solution for reducing waste in the entertainment sector.", + "output": "Polish musician Natalia Przybysz, Kayax label and WMfono press have decided to be as friendly to the planet as possible when releasing Natalia's new album in the CD and vinyl formats.The quantity of aluminium employed for CDs has been reduced to a minimum and no printing (chemicals) has been added on top, so the CDs are transparent.For the vinyl version, WMfono has re-grinded the waste coming from cutting other records, thus creating plates that are all different in colour one from the other, so each buyer will get a unique disc.The CD packaging has been made from recycled paper by Kayax and the protection film from maize.See more about this good practice on thisYouTube videoin Polish (with English subtitles)." + }, + { + "input": "How can Resource Efficiency be improved in the production of noise barriers using recycled materials like waste tyres? What are the benefits of Circular Design in the development of noise-reducing products? Can Waste Reduction strategies be applied to the construction industry through the use of innovative materials?", + "output": "RUCONBARis ahighly absorptive, environmentally-friendly concrete noise barrier.It is an innovative mixture of recycled waste tyres and concrete which forms a porous, lightweight, sound absorbing panel. The project developed an easily transferable and highly replicable method for recycling waste tyres, designing an environmentally-friendly product which meets the standards required to be placed on the market.RUCONBAR was developed as part of a project which ran from 2011 to 2014, co-funded by the CIP Eco-Innovation Initiative implemented by the Executive Agency for Competitiveness and Innovation (EACI). The project was coordinated by the Faculty of Civil Engineering of the University of Zagreb, with the participation of Beton-Lucko LTD, Gumiimpex-GRP PLC and Institut IGH, and the Zoological Garden of Zagreb.RUCONBAR promotes noise mitigation and waste management." + }, + { + "input": "Circular Design; Resource Efficiency; How can upcycling old newspapers, magazines, and product labels contribute to reducing waste and promoting sustainable fashion in the textile industry?", + "output": "Zona Urbana is a fashion company based in Sofia, Bulgaria. Since 2004, it has beenmanufacturing products using recycled materials. This includes design and production of bags or wallets, for instance.Zona Urbana seeks to produce each item with its own unique style, by finding creativity in materials such asold newspapers, magazines, supermarket product labels, maps, among many others. The company's catalogue of products has already included a handbag made out of a mix of space comics from 1986 and 1930s music scores, or a 95% recycled wallet made of vintages maps of Sofia." + }, + { + "input": "Here are three guided inputs: How can Resource Efficiency be improved in food waste monitoring systems; What are the benefits of implementing Recycling programs in commercial kitchens; Can Circular Design principles be applied to reduce Waste Reduction in food service industry.", + "output": "Monitoring food waste is the first essential step in the process of reduction.Venturis HoReCais a group of professionals whose objective is to tackle the growing problem of food waste. They develop IT systems to help monitor structures and quantities of food waste to reduce it in kitchens and canteens.KuMin.Sys is a monitor and a scale that registers all food movements in the kitchen according to the user's choice (e.g. categories, styles, etc.). The registering intends to enhance awareness of food utilisation, seeking prevention of food waste or excesses. Moreover, the company also provides support in advice so that its users can better interpret the data collected. Therefore, its services are summed into concrete steps, including education about using the software, action, monitoring, data interpretation and advice for future activities." + }, + { + "input": "What are the benefits of refurbishing ICT equipment for reducing electronic waste and promoting a more circular economy; How can reuse and recycling of WEEE contribute to resource efficiency in the tech industry; Can upcycling of used electronics help reduce waste reduction and promote sustainable consumption patterns.", + "output": "RECOSI(Regional and European Co-Operative for Social Industry) is asocial franchise focusing on the reuse and refurbishment of ICTequipment(PCs, laptops, monitors and tablets)and WEEE(waste electrical and electronic equipment). Its mission is to encourageemployment of marginalised people, to support the environment through reuse and to close the digital divide.RECOSIsupplies high-quality refurbished ICT products to schools, non-profit organisations, SMEs, students and other end users, who have limited access to IT or want to save money. RECOSI is headquartered in Ireland and offers its services across Europe and the US. The company sells on high-quality refurbished laptops, desktops and IT equipment sourced from global corporations and government departments throughout Europe.RECOSI established a strategic partnership withTechsoup Globalwhich supports NGOs with software and through their network in Slovenia and Italy already supplies high-quality hardware." + }, + { + "input": "How does upcycling of auto parts contribute to Resource Efficiency and Recycling in the production of unique design pieces?; What is the role of Circular Design in transforming unwanted parts into functional items, and how does it promote Waste Reduction?; Can the use of unique ceiling, floor or wall lamps made from recovered auto parts help reduce the demand for new, resource-intensive lighting fixtures and support a more sustainable Packaging strategy?", + "output": "REC.ONcreates products by recovering auto parts. Using a unique upcycling process,they transform used, unwanted parts of automobiles into new, high-quality, functional pieces of design, adding style and an industrial aesthetic to any interior. Moreover, they have a unique process of acquiring their materials.Each creation is marked with an individual serial number, and the customers have the option to specify parts from their favourite car models. REC.ON  clients range from individuals to hotels, restaurants, clubs and businesses. They can choose from many available models of unique ceiling, floor or wall lamps. You will also find industrial tables, chairs or coat stands.The environmentally friendly character of REC.ON is but one aspect of their activities – their mission is to create “socially engaged design”. Following this mission, they began cooperating with organisations, artists and people who need support – such as artists from a local community in Ghana." + }, + { + "input": "How the recycling process for synthetic turf contribute to Resource Efficiency in the production of new products?; What are the benefits of using technology in achieving Zero Waste in the synthetic turf industry?; Can technology for separating and cleaning synthetic turf fibers be applied to other waste streams in the Circular Design of new products?", + "output": "Re-Matchhas arecycling process for synthetic turf, recovering up to 95% of the materials, which is accredited with the EU’s Environmental Technology Verification (ETV) and ISO 9001 certified. Their patented technology separates sand, backing, rubber and plastic fibre from end-of-life (EOL) synthetic turf. These materials can then be sold or used in a wide variety ofnew productsin different industries:landscape and sports, road, rail and marine, construction and manufacturing.In Re-Match's high-tech plant in Herning, Denmark, the worn-out synthetic turf is downsized, dried, separated and cleaned – without using water. The result is four clean, secondary raw materials without creating additional waste products – and a minimum of mixed products. A new facility will soon be built in the Netherlands in the city of Tiel with double the capacity of Herning." + }, + { + "input": "What are the benefits of implementing a circular food economy in urban areas; How can recycling food waste reduce greenhouse gas emissions and promote sustainable agriculture; What are the key strategies for a community-based initiative to achieve zero waste and promote resource efficiency in food supply chains.", + "output": "Re-foodis an independent, citizen driven, fully volunteer, eco-humanitarian community charity, working to eliminate food waste and hunger on a neighbourhood basis. This Portuguese movement targets at ending food waste and hunger by saving food which was going to waste at local venues. This way, excess food from supply partners is collected and stored in containers, then taken to the Re-food operation centres, where it is divided into portions, which are distributed to people in the community.Re-food envisions a \"new world\", where:everyone has the food that they need;all of the food produced goes first to feed people;citizens participate actively in the management of precious community resources.With a strong focus on the involvement of local communities with their initiative, Re-food offers assistance to anyone who desires to implement it correctly in their local community. Furthermore, it seeks to involve local public and private institutions in their work, in all possible aspects. Therefore, it aims at involving cafes, restaurants, bars, among others, into their actions, and all citizens willing to spare a few hours per week to help are more than welcome." + }, + { + "input": "What are the benefits of resource efficiency in the food industry; How does recycling of unsold goods contribute to waste reduction; Can circular design principles be applied to the production and distribution of medicines to reduce packaging waste?", + "output": "Last Minute Market(LMM) is a social enterprise, founded in 1998 as a research initiative and now a spin-off from the University of Bologna (Italy). Today, it is an entrepreneurial company working at national level, developing local projects to recover unsold goods and benefit non-profit organisations. Its objective is zero waste: all services offered by LMM are studied and designed to prevent and reduce waste.LMM was created to assist companies in re-using surplus food and turning waste into resources. Its field of activity has expanded to different types of goods (e.g. medicines and non-food). Their services are:circulation of surpluses (food, meals, medicines, books, non-food goods, etc.)data analysis, loss and waste analysis, estimating the environmental and social impactstraining for schools, companies and institutionscommunication, marketing projects and content production." + }, + { + "input": "How can Resource Efficiency be improved in waste management systems to reduce the amount of mixed waste? What are the benefits of Recycling in reducing waste and promoting a Circular Economy in cities? Can Circular Design principles be applied to waste management to minimize waste and promote sustainable practices in municipalities?", + "output": "JRK, an initiative set up by three recent graduates in 2010, has been positively impacting the sector of waste management both inSlovakia and Czechia. JRK focuses onlinking businesses, ecology and socially responsible impact.The objective of theELWIS Waste Registration System- introduced in 2018 - is toincrease efficiency in city waste management systems by helping to reduce the amount of mixed waste.This transparency-based system enables an overview of the real quantities of waste produced by each household.In order to help cities and municipalities, ELWIS relies on innovative technologies, SMART systems, high-quality products and awareness raising campaigns. Other services offered by ELWIS in the field of waste management include budget investigation, detection of deficiencies and strategies for motivation and remuneration." + }, + { + "input": "Circular textile design; Benefits of using sustainable wood sources in viscose production; How can transparent supply chains contribute to waste reduction in the textile industry?", + "output": "LENZING™ ECOVERO™produces a sustainable and fully biodegradableviscose fibre brand for apparel. It is developed from renewable pulp and wood sources. Importantly, the wood which serves as raw material comes from certified sustainable sources (certification provided upon request).Several brands in the textile sector already employ LENZING™ ECOVERO™ fibres. Due to a transparent supply chain, the fibre used in the final product can be tracked down to its origins. This material has been awarded the EU Ecolabel, for its fully certified low environmental impact at all stages, from production to disposal." + }, + { + "input": "How can circular design principles be applied to reduce textile waste in the fashion industry; What are the benefits of a sharing economy in the textile sector; What are some strategies for promoting resource efficiency in the production and consumption of clothing.", + "output": "013Circlesis an initiative by the municipality ofTilburg, the Netherlands, which promotes circular textiles. Concerned about the excessive textile waste per citizen (annual average of 8 kg per individual), 013Circles was designed as an ‘interactive shop’, consisting of a shop, an exhibition area and a workshop space where people can get information on the circular aspects of textiles, as well as trade items.The shop area has developed its own system, using points, for swapping of items. The idea is to bring in pieces and, if convenient, to leave with something new in hands. The workshop area is designed also for children, and schools are welcome to take their pupils there for educational outdoor activity. Moreover, there is also a space for fashion shows and lectures, where professionals and consumers can exchange information and good practices." + }, + { + "input": "What are the benefits of reducing food waste in the hospitality industry; How can circular design principles be applied to restaurant operations to minimize waste generation; What are the advantages of using local and seasonal ingredients in reducing the carbon footprint of food transportation and packaging?", + "output": "Kitchen Datesis an environmentally friendly restaurant located in Lisbon. It has the particularity of operating without generating any waste - so no use for rubbish bins! Everything that enters the premises is consumed, reused or transformed into compost.Kitchen Dates prioritises the use of products from its own region, in order to reduce the carbon footprint of transport. Ingredients come directly from producers, in reusable containers - boxes, sacks, tins, jars. The menu is composed of vegetarian, organic, seasonal, and local food that is delivered in reusable packaging. To this end, the restaurant aims at cooperating with local community services, initiatives and businesses.The organic waste for which the restaurant cannot find any use is treated through an electric tool called Eva that decomposes it on site in 24 hours.Other activities developed by the restaurant include an online food shop and workshops focused on sustainable cooking techniques." + }, + { + "input": "Resource Efficiency in food supply chains; How can circular design principles be applied to reduce food waste in online grocery shopping; What are the benefits of upcycling or repurposing near-expired food products in e-commerce platforms.", + "output": "GoodAfter.comis a waste prevention initiative in Portugal, consisting of an online supermarket focused on products near their recommended consumption date or, in certain cases, even after the “best before” date.Importantly, the products sold are within the “best before” category - so fresh products are not included - in order to guarantee food safety and to respect regulations. On their website, customers can browse through an extensive list of products available (including organic and gluten-free products) and discount offers." + }, + { + "input": "What are the benefits of upcycling fishing nets into plastic sheets for sustainable material production; How can resource efficiency be improved in the nylon powder production process; Can the concept of circular design be applied to the construction industry through the reuse of disused materials like fishing nets.", + "output": "Fil&Fabhas developed a technique to transform disused end-of-life fishing nets into plastic sheets, which are then used to create a series of new plastic products. The material developed by Fil&Fab is made out of polyamide grains and calledNylo. It is used as a local alternative to plastics by upgrading nets as raw material.The lifecycle of a fishing net is about a year. After this period, it is too worn out and can no longer be repaired, so it is left in appropriate port facilities in Brest (Brittany).All disused nets are then taken to Fil&Fab, where they are sorted by colour and state, cleaned, dimantled to avoid mixing different plastics, and then crushed byLes genêts d'Orinto a nylon powder for reuse.Lastly, they are turned into pellets made of 100% nylon. The pellets are converted into plastic sheets with a technique developed by Fil&Fab and used to develop products that respect the values of ethical and sustainable design." + }, + { + "input": "Circular design strategies for reducing waste in office supplies; Benefits of upcycling electronics in the production of new products; Impact of resource efficiency in the reuse of furniture on construction waste reduction.", + "output": "Fairmittlerei(fair mediation, in German) works as a connection hub between NGOs and industries for the purchasing of excess non-food products in industries. The products can include office supplies, electronics, clothing, and furniture, from industry and trade companies to NGOs. They are usually bought for around 20-25% of the market price. Industry and trade can reduce their costs for the storage or destruction of usable surplus goods. By donating the respective products, they also generate social added value. In doing so, they strengthen their social and ecological commitment, which they can use for their annual reports and CSR activities.This process reduces the destruction and waste of unused products. Fairmittlerei therefore closes the gap between the intention of donating surplus goods from industry and trade, and the actual passing on to non-profit organisations. It looks after a network of donor companies, takes, stores and manages their superimposed products, and mediates and delivers them to NGOs throughout Austria, thus creating a logistical and financial win-win situation for everyone involved - especially for the environment." + }, + { + "input": "Recycling of paper waste into cellulose-based absorbents for industrial use; Benefits of reusing paper waste in the production of absorbent materials; How can circular design principles be applied to reduce waste in the paper industry?", + "output": "Fibracatis a Spanish company, established in 2013 in Araia (Basque Country), which specialises in developing solutions for waste paper. It has now developed cellulose-based absorbents from paper for use in the cleaning and industrial hygiene sectors.The product is recycled from paper and cardboard waste and is highly recommended for use in industry, the cleaning sector, petrol stations and airports. It is recommended for all types of flooring and is non-abrasive.In 2016, Fibracat Absorbent joined the EU Horizon 2020 programme with its projectRevaluation of a paper industry waste as absorbent materialand was awarded theSeal of Excellencefor its innovative solution to paper waste." + }, + { + "input": "What is the role of resource efficiency in reducing food waste in the agriculture sector; How can upcycling of rejected fruits and vegetables contribute to a circular economy in the food industry; Can circular design principles be applied to food packaging to reduce waste and promote sustainable consumption;", + "output": "Espigoladors(from Catalan \"espigolar\",\"gleaner\"in English) is a social enterprise focused on preventing food waste and empowering people prone to social exclusion. Its stated mission consists of tackling three core social challenges:developing a replicable and transferable model able to impact food waste reductionenhancing access to an adequate diet, andgenerating new opportunities for people at risk of social exclusion.Accordingly, its practices consist of harvesting and collecting fruit and vegetables usually rejected by markets, through established agreements with farmers. As an outcome, 95% of the food is distributed to foodbanks, while the remaining 5% is used in the production of jams, creams, sauces and pâté.To contactespigoladors, pleaseclick here." + }, + { + "input": "Resource Efficiency; How does the reuse of old bicycles in the job program contribute to a more sustainable future?; What are the benefits of upcycling spare parts from donated wheels in the repair process?", + "output": "Carlavelorepis a non-profit social bicycle workshop run byCaritas Salzburg. This initiative focuses mainly on repairing and selling donated second-hand bicycles through the implementation of a job programme targeting young unemployed people.Old bicycles are used as a basis from which to build the bicycles for sale as well as for spare parts used in the workshop. For example, depending on their condition, donated wheels are either repaired and sold again or single parts of them are used for repairs. Finally, all parts that can no longer be redeployed are properly disposed of." + }, + { + "input": "Circular Design of biodegradable materials; Resource Efficiency in textile production; What are the benefits of using apple pomace in a closed-loop economy for leather production?", + "output": "Bio2Materialsis a company which makes a 100% biodegradable 'leather' from apples – the main type of fruit grown in Poland. The final product is free from harmful substances, being an organic textile material composed of organic substances.The production process employs apple pomace – the main organic waste from fruit and vegetable processing in Poland. During peak season, about 500 tonnes of pomace are produced per day.The production process is based on a closed-loop economy, allowing the company to be more efficient. The result achieved is less polluting and more circular leather production." + }, + { + "input": "What are the benefits of using recycled cork in construction and insulation?; How can cork recycling contribute to reducing waste and promoting a circular economy in the cork industry?; Can the reuse of cork stoppers as raw materials in various applications help reduce the environmental impact of the cork production process?", + "output": "TheAmorim Groupis among the cork industry’s world leaders. It has a business unit focused on recycling, reusing and reinventing the use of cork - alone or mixed with other raw materials - in the manufacture of new products and applications (construction, footwear, aerospace, railways, etc.).In this context, Amorim has developed a technique for extending the lifecycle of cork stoppers. This is particularly relevant given that cork is a material of biological origin, non-toxic and with properties that give it multiple applications in a range of fields.Cork stoppers are ecological by nature - a 100% natural, biodegradable product - but their positive environmental impact can be further enhanced through recycling. At Amorim’s cork recycling unit, used cork stoppers are treated and ground into granules, beginning a new cycle as a raw material. This recycled cork has a multitude of uses, from coverings to insulation, from sport surfaces to tennis balls, and from shoes to aircraft components." + }, + { + "input": "What are the benefits of implementing closed-loop processes in wastewater treatment; How can resource efficiency be improved in urban water management systems; Can circular design principles be applied to create sustainable greywater and blackwater treatment solutions for urban areas.", + "output": "Alchemia-nova, the Institute for innovative phytochemistry and closed loop processes, has collaborated withvertECO,GRETAandLooPionthree projects to develop green walls, which treat wastewater to service water standards and create plant biomass and fertiliser.vertECO is anindoor\/outdoor green wallwhich treats greywater and segregated blackwater to the standard required for service water via an integrated vertical constructed wetland.GRETA is amodular façade panel, containing special plant species which treat rainwater and greywater to the standard required for service water. GRETA is compatible with PV systems, and so energy can be generated on the building façade as well.LooPi is anature-based toilet. It is based on an integrated vertical constructed wetland which treats the water used to flush a public unisex urinal. Once treated, the water can be sent around the loop again. After microbial breakdown, the plants and an integrated biochar filter absorb the nutrients contained in urine." + }, + { + "input": "Resource Efficiency in food packaging, How can Reusable Beeswax Wraps reduce Waste Reduction in households?; What are the benefits of Upcycling organic cotton fabric for eco-friendly packaging; Can Circular Design principles be applied to the development of sustainable food storage solutions like Beeswax Wraps?", + "output": "Beeswax wraps by Malu are a food packaging material designed and produced by a family company from Kraków, Poland. Their purpose is to replace food foil, aluminum foil or disposable plastic containers with a biodegradable and reusable alternative.The wraps are based on an organic cotton fabric soaked in a special mixture based on beeswax, with the addition of pine resin and jojoba oil. Beeswax wraps are suitable for storing bread, sandwiches, vegetables, fruit, cheese, snacks, or to cover a bowl or cup. The material can be used for wrapping, storing or transporting food.Importantly, the product is 100% natural, reusable and has antibacterial properties, resulting in longer freshness of stored food. The wraps are printed with attractive designs using organic-based inks. In order to wrap and seal food, users simply place wraps on top of a container and press for a few seconds – the hand’s heat and pressure are enough to seal the packaging." + }, + { + "input": "How can circular design principles be applied to reduce waste and increase resource efficiency in the wine industry; What are the benefits of upcycling glass bottles in wine production; How can waste reduction strategies, such as recycling and reuse, contribute to a more sustainable wine supply chain.", + "output": "reWINE LIFE is a Catalonian project, running from 2016 to 2020 and co-financed by the EU's LIFE Programme. It sought to demonstrate theviability of reusing glass bottles in the local wine industry.It involved a system for collecting, cleaning, re-labelling, filling and re-distributing bottles. The project also engaged local stakeholders: consumers, producers, bars, restaurants, wholesalers and shops. It successfuly reduced waste and greenhouse gas emissions, while lowering costs for producers. The bottles were collected from restaurants, shops, producers and waste collection and recycling facilities, and washed before being returned to the producers." + }, + { + "input": "What are the benefits of upcycling in the fashion industry, and how can it contribute to a circular economy?; How can a zero-waste approach be applied to the production and consumption of textiles, and what are the advantages of doing so?; In the context of sustainable consumption, what is the role of eco-design in reducing waste and promoting resource efficiency in the creation of consumer products?", + "output": "Orybany is anethical concept storelocated in the heart of Brussels working with a community of artisans and designers connected by the same values: \"Human, Ethical and Diversity\".Orybany is dedicated to slow fashion and offers a selection of clothing, jewelry, accessories, small furniture and stationery. The products are made by artisans and designers, as well as Belgian and European brands, and are part of a zero-waste circular economy approach. Orybany is also a workshop and creative space, offering a collaborative and interactive place where zero-waste initiationworkshopsare organised. The workshops focus on areas such as beauty, maintenance and home products, and cover upcycling using sewing and other techniques, sustainable artistic creations, etc.Orybany is above all a collective of Brussels, Belgian and European artisans\/designers determined to upholdeco-responsible production and consumption." + }, + { + "input": "What are the benefits of extending the useful life of plastic bottles through recycling; How can plastic recycling processes like PET plastic recycling contribute to a circular economy; What are the environmental advantages of transforming plastic flakes into a product suitable for food-grade packaging.", + "output": "In Rostock, Germany, Veolia has beenextending the useful life of plastic bottlesusing a PET (Poly Ethylene Terephthalate) plastic recycling process.Once used, the plastic bottles are collected, taken to the recycling centre and sorted by colour. The sorted bottles are shredded into PET flakes and washed in hot water. A mechanical and chemical recovery process transforms the flakes into a product suitable for use with food. They are then purified before being packaged for shipment to bottle manufacturers." + }, + { + "input": "How can resource efficiency in food waste management be improved through bioboxes and digestion facilities?; What are the benefits of upcycling packaging waste into pellets and energy; How can zero waste strategies be applied in the food industry to reduce waste and promote circular design?", + "output": "Vanheede Biomass Solutionsprocesses packaged or unpackaged food items that, for various reasons, are no longer fit for human or animal consumption. Most of this waste stream comes from the food industry, supermarkets, shops, abattoirs, warehouses, traders, canteens and markets. The company uses bioboxes to collect the food waste. After being used, these receptacles are emptied and cleaned.Packaged food residue is collected and processed separately at a digestion facility togenerate green energy. Cutting-edge techniques separate organic matter from packaging. The packaging is either recycled or transformed into energy, if possible. It can be converted into pellets.Fermentable residue is gathered and processed at abio-methanisation plant. This process generates green energy." + }, + { + "input": "How can Resource Efficiency be improved in electronic waste recycling?; What are the benefits of Closed-Loop Recycling in the production of new plastics from recycled WEEE materials?; Can Zero Waste principles be applied to the processing of Waste Electrical and Electronic Equipment to minimize waste and maximize resource recovery?", + "output": "Veolia has developed expertise and built specific facilities to tackle the complex process oftreating, depolluting and dismantling Waste Electrical and Electronic Equipment(WEEE). This is a valuable source of recyclable raw materials: ferrous metals, plastics and precious metals can all be recovered and reused.Triade Electronique, Veolia's specialised subsidiary based in Angers (France), processes up to 80 000 metric tonnes of WEEE each year. The site comprises processing lines for practically all kinds of WEEE and claims to be the most efficient facility in France. The Angers facility has developed innovative technologies and a process for recovering all plastics from WEEE, which represent 25% of the waste. Moreover, its fully automated process can separate more than 10 different polymers. This solution fosters the development of closed-loop recycling with plastic manufacturers, thereby reducing the need to extract oil." + }, + { + "input": "Circular Design in furniture industry; Impact of Waste Reduction strategies on European furniture sector by 2030; How to promote Resource Efficiency in the furniture production process through upcycling and recycling.", + "output": "The SAWYER project aims tofacilitate the transition of European furniture companies to a more circular economy.The project ran from February 2020 to March 2021, studying the main legislative and voluntary instruments that can facilitate this circular economy transition. It also analysed how these instruments are expected to impact and transform the European furniture sector by 2030, alongside the digital transformation (\"twin transition\"). Lastly, SAWYER will study how this transition can affect existing jobs, workers’ health and safety risks, and their new training needs. The final report will be available in 10 languages." + }, + { + "input": "How can circular design principles be applied to the fashion industry to reduce waste and increase resource efficiency; What are the benefits of upcycling clothing and shoes for sustainable textile reuse; What is the potential impact of implementing a take-back system for used clothing and shoes on waste reduction and material recovery in the automotive industry?", + "output": "Founded in 2009, I:CO is aninternational circular solutions providerfor the collection, certified sorting, reuse and recycling of clothing and shoes.They aim to support innovative new recycling technologies which help close the loop of production cycles. Accordingly, they have developed the “I:CO take-back system”. This is a worldwide in-store programme that offers fashion-related companies a practical solution for taking on product responsibility.The system works as follows: Fashion houses and retailers collect clothing and shoes from their customers in their stores – who are rewarded for doing so. I:CO then helps organise the logistics, sorting and transfer of the items to the various recycling loops. After separating the material, I:CO organises the industrial recycling of Post Consumer Waste (PCW). The recycled fibres are reused for products in various industries. In this way, the system contributes to a win-win scheme for all parties involved. Wearable items are redirected to new beneficiaries – extending their lifecycle." + }, + { + "input": "Can you discuss the benefits of upcycling used cooking oil into a cleaning agent, and how it contributes to resource efficiency in household cleaning?; How does the circular design of SOUJI detergent reduce waste and pollution compared to traditional detergents?; What are the implications of using a non-corrosive, biodegradable, and pleasant-scented cleaning agent like SOUJI for water management and the bioeconomy?", + "output": "SOUJIis a liquid based on minerals and vegetables that, when mixed in the correct proportions with used cooking oil, and after shaking the mixture for 1 minute, becomes a cleaning agent\/detergent. Furthermore, it is 96% less polluting than a common detergent, has a pleasant aroma and is not irritating to the skin.The idea was born in Spain, where its developers were inspired by the traditional process of making natural soap - but they made significant changes. SOUJI does not contain caustic soda or any corrosive agent, and it does not require an external heat source." + }, + { + "input": "Resource Efficiency; How can households optimize waste reduction through automated sorting and recycling machines like SIGUREC?; What are the benefits of incentivizing recycling through redeemable vouchers in partner stores?", + "output": "SIGURECwas themost advanced household waste collection serviceoperating in Romania until March 2020.It was a broad initiative, implemented following an official agreement between private companies and public authorities, specifically the Ministry of the Environment and Climate Change, municipalities and recyclers.SIGUREC machines were often located in supermarket car parks to collect various types of waste. These included plastic packaging, paper, aluminum cans, glass, batteries, light bulbs and neon lighting units. If the object to be discarded was too big to bring to the machine (a fridge, for instance), people could ask for a SIGUREC vehicle to collect it from their address.The machines were fully automated and easy to use. Once waste was fed into the machine, it sorted, counted and weighted the individual pieces automatically. After receiving the waste, the machinedistributed vouchersaccording to waste types and quantities. The vouchers could be redeemed in partner stores. This encouraged people to discard their recyclable material properly rather than dumping it by the side of the road or river." + }, + { + "input": "How can circular design principles be applied to reduce food waste in the hospitality industry; What are the benefits of implementing a food recovery system like ResQ Club; Can resource efficiency be improved in food retail and hospitality through surplus food distribution and reuse.", + "output": "ResQ Club is a Finnish company and mobile application, which also covers parts of Sweden, Poland and Germany. Its goal is tocombat food wastebyconnecting sustainable restaurants, cafés and food shops with consumers who appreciate affordable quality food.Restaurant partners can drastically reduce their food waste using ResQ, as the service enables consumers to find and \"rescue\" surplus food near them. Whenever a customer opens the ResQ app, they can easily locate available affordable surplus food using a map and list. The food available consists of meals, ready-to-eat snacks and large bags of food, usually with a50% discount on regular prices. Unlike food delivery apps, there is no waiting involved – customers can collect their ResQ orders immediately." + }, + { + "input": "What are the benefits of promoting repair and reuse in the electronics sector through initiatives?; How can Resource Efficiency be improved through the exchange of products and services in a circular economy model?; Can Waste Reduction be achieved in the construction industry by encouraging the reuse of furniture and other materials through repair shops and secondhand platforms?", + "output": "The “Millor que nou” (Better than new) campaign is an initiative from the Barcelona Metropolitan Area (AMB) that started in 2009. It provides people with free support services and access to repair shops, so that they canlearn how to repair appliances and objects. Product categories include bicycles, electric and electronic appliances, computers, clothes and furniture.The campaign and repair shops provide a venue for people to exchange products, using a a point system. The campaign also has a platform where users can search for professional repair shops, secondhand shops and fleamarkets." + }, + { + "input": "Resource Efficiency in wastewater treatment, Recycling of phosphorus in municipal sewerage treatment plants, What are the benefits of using phosphoric acid in ash dissolution instead of hydrochloric acid?", + "output": "Remondis Acqua Groupis a company specialising in systems for the production of high-quality water. They have developednew methods to protect raw materials– and new ways to treat wastewater.In order to do so, they have come up with a new model ofmunicipal sewerage treatment plant. Their philosophy is to see sewerage treatment plants as places to recover clean water, energy and minerals. With their new method, the sewerage sludge ash is dissolved not in hydrochloric acid – the standard procedure – but in phosphoric acid. The phosphoric acid is enriched with the phosphorus contained in the ash and then processed in a number of different stages.This procedure produces a number of final products including phosphoric acid, used in the production of phosphates (inc. fertilisers), gypsum for the building supplies trade, and iron and aluminium salts. These salts can be returned to the sewerage treatment plant to be used as a precipitating agent to treat wastewater and eliminate phosphorus. Overall, this is an efficient and cost-effective way to reclaim materials." + }, + { + "input": "What are the benefits of sharing economy models in promoting Resource Efficiency and Waste Reduction? How can upcycling and repair cafés contribute to a Circular Design approach in daily life? Can zero waste philosophy be applied in the context of household textile waste, and what are some strategies for effective Material Recovery and Reuse?", + "output": "Po-Dzielnia is afreeshop and sharing economy centrein Poland. It is run by a team of nearly two dozen volunteers and five activists.A freeshop is a place where you can bring pre-loved goods such as clothes, accessories, household items, books or home décor and take whatever is in stock that was left there by others like you. The items left at the shop have to be clean and in good, usable condition.Po-Dzielnia also functions as a sharing economy centre, organising meetings and debates on zero waste philosophy and promoting upcycling through workshops and repair cafés. Their mission is not only to extend the lifecycle of consumer goods and help those in need, but also to teach people to use what they already have instead of buying everything brand-new." + }, + { + "input": "Resource Efficiency in lubricant oil regeneration; What are the benefits of upcycling used lubricant oils into recycled fuel; How can Zero Waste principles be applied to the management of industrial emulsions.", + "output": "Lassila&Tikanoja (L&T) is a Finnish services company which aims to keep materials, properties and factories in use for as long as possible. This includesmaximising the re-utilisation of oils.L&T organises the collection of waste oils, oil-contaminated water and a range of emulsions from industry. The collected materials are analysed and processed at L&T’s recycling plant. Used lubricant oils are sent to business partners for regeneration. The regenerated lubricant oils are processed into basic oil, which is sold on for use as a raw material in the lubricant industry. The side products of the regeneration process can be used as bitumen. Oils which are unsuitable for regeneration are converted into recycled fuel for industrial use at L&T’s recycling plant.In this way, hazardous waste such as used lubricant oil can be refined into a raw material for industry. This ensures that the waste is treated in an environmentally-friendly way, while minimsing the risks of damage to the environment and health. At the same time, the process provides cost-efficient waste management solutions and good quality raw materials for industry." + }, + { + "input": "How can a circular economy approach reduce waste in packaging and promote resource efficiency in the industry; What are the benefits of categorising packaging waste for more effective recycling and reuse; Can waste reduction in packaging be achieved through design for recycling and upcycling in the production process;", + "output": "Green Dot Cyprusis the firstcollective compliance system for packaging and packaging waste in Cyprus. It was established as a non-profit organisation, on the initiative of local industry, with the Cyprus Chamber of Commerce and Industry (CCCI) as an umbrella organisation.Green Dot provides categorisations to packaging waste and also offers household waste collections. Currently, its shareholders include enterprises using packaging, distributors, and packaging manufacturers, as well as the CCCI. Green Dot cooperates with the majority of enterprises operating in Cyprus." + }, + { + "input": "How can Resource Efficiency be improved in fruit and vegetable distribution to reduce food waste? What are the benefits of implementing Circular Design principles in the agriculture sector to minimize waste and promote Reuse? Can Zero Waste strategies be applied to the production and consumption of \"ugly\" fruit and vegetables to reduce Waste Reduction and promote sustainable consumption?", + "output": "Since 2013, the cooperativeFruta Feia(“ugly fruit” in Portuguese) has been preventing the waste of so-called “ugly” fruit in Portugal. This refers to fruit (and vegetables) that are not usually sold in markets because their colour, shape or size does not meet perceived customer preferences. As a result, farmers cannot sell the produce and it goes to waste.The cooperative's strategy is to buy directly from local farmers all fruit and vegetables that were not bought by supermarkets. As a next step, the fruits are distributed to delivery points throughout Portugal, where they are sold directly to consumers." + }, + { + "input": "What are the benefits of using upcycled materials in fashion products; How does the circular business model of Better World Fashion promote resource efficiency in the textile industry; Can the concept of material recovery and reuse in fashion be scaled up to reduce waste reduction in the industry.", + "output": "Better World Fashion's high-quality products are brand new and made from 98% upcycled materials. The company transforms used leather, discarded plastic bottles, old suspenders and recycled wood and metal into brand new modern leather jackets, bags, aprons and other products.All the products carry the history and patina of previous lives, which makes them unique. The colors, the patina and in some cases even details like stitches, pockets and imprints are carried over from former lives to the new product.While the company competes on the same level as traditional virgin products when it comes to price and quality, its products have something that no mass-produced products offer: individuality and a compelling story. The business model is designed to keep materials in the loop:Better World Fashion offers arental subscriptionoption on all their products. This gives customers more flexibility and allows their style to evolve over time. For instance, you can lease a jacket for a minimum of 4 months. If you feel like changing style, you can select a new jacket and hand in the old one.Every Better World Fashion product comes with an unlimited buy-back guarantee. You get a 50% discount on any new Better World Fashion product in the same price category when you return your old product to them. How old, how worn or how damaged it is doesn't matter. That way, they can create new products from the materials of your old products.Read more inHarvard Business Reviewor from anEMF Case Study." + }, + { + "input": "Resource Efficiency in medical facilities; What are the benefits of switching from bottled water to tap water in healthcare settings; Recycling of single-use plastic cups and water bottles in hospitals.", + "output": "Mutualiais a social services and medical care provider in the Basque Country, Spain. It used to provide drinking water at all its facilities by means of water fountains which dispensed water from large plastic bottles (11 litres) into single-use plastic cups. In addition, patients received bottled water with their meals and Mutualia provided bottled water during meetings. This involved spending a considerable amount of money on mineral water and generating a considerable amount of plastic waste: approximately 147 000 glasses, 4000 large cooler bottles for the fountains, and 7000 small water bottles were used and thrown out each year.In order toreduce plastic waste and spending on bottled water, Mutualia decided to install water fountains connected to the public water network and so use tap water instead of buying bottled water. In January 2019, Mutualia set up 40 new water fountains in its 17 service centres, provided its staff and rooms with new glass bottles, and purchased recyclable paper cups." + }, + { + "input": "What are the benefits of implementing a resource efficiency strategy in construction projects?; How can effective recycling of materials like bricks contribute to waste reduction and a more circular economy in the construction industry?; What are some best practices for designing and planning a sustainable construction project that minimizes waste and promotes material recovery, like the reuse of bricks?", + "output": "In 2018, Hjørring Municipality in Denmark decided to embark on a pilot project to increase the recovery and recycling of bricks when procuring demolition services for two buildings at the end of their functional life. Once cleared, the sites were earmarked to be a part of a new climate adaptation project, including a new rainwater collection basin and recreational area at the site of the former police station.In  order  to  assess  the  resource  recovery  potential  of  the  sites,  Hjørring  Municipality  first  carried  out  afeasibility  study, including a thorough screening of the buildings for toxic substances such as lead, polychlorinated biphenyl (PCB), heavy metals and asbestos, in order to ensure that all materials were properly accounted for and could be handled and disposed of appropriately.Requirements for dismantling bricks were created in collaboration with a municipal waste disposal company with expertise in brick recycling." + }, + { + "input": "How can the use of sustainable materials in t-shirt production contribute to Resource Efficiency; What are the benefits of implementing Recycling strategies for the event's packaging waste; What are the advantages of adopting Circular Design principles in the production of reusable t-shirts for the race.", + "output": "For over 40 years,La Mercè Race(Cursa de La Mercè) has been held each September as part of Barcelona’sLa Mercèfestivities. The 10 km race, organised by theCity of Barcelona, is a highlight among hundreds of free events celebrating the city and Catalan culture.Before the race, each runner receives a special race t-shirt they can wear on the day to show that they are participating. The race organiser, Barcelona Sports Institute (IBE), wanted to reduce the waste this generated. In previous years, the t-shirts were individually wrapped in plastic and cardboard.In 2018, the IBE published aCall for Tendersto procure t-shirts for the 2019, 2020 and 2021 editions of the race in line with sustainable criteria. In addition to the \"lowest bidder permissible\", the following award criteria were developed to select the most economically advantageous offer:transport (vehicles with lowest impact on environment)waste (packaging)use of green fibresdesignlength of production period." + }, + { + "input": "Resource Efficiency in public procurement; How can cities like Ludwigsburg implement Recycling strategies in their office stationery and material tenders; What are the benefits of applying Zero Waste principles in public procurement processes?", + "output": "The city of Ludwigsburg in Germany has a sustainable development strategy that includes the use of procurement to achieve its sustainability goals, instructing all public procurement departments to follow“Cradle  to  Cradle”principles in their procurement and awarding criteria.In this context, the  city wanted to award a new two-year framework agreement for office stationery and office material to fulfil the demand inall public administration departments as well as all schools, day  care  centres,  and  public  companies.  A  list  of  38  product  groups  and  295  individual  products was defined with ambitious sustainability criteria.  For  products  where no  clear  sustainable  option  was  available on the market, bidders had to fill in aproduct declaration, which is guided by Cradle to Cradle principles. This approach encouraged suppliers whose products could comply with some sustainability criteria, even though no certification is available.Sustainability criteria of the tenders include circularity in aspects such asmaterial cycle, and take-back and reuseschemes." + }, + { + "input": "How can Resource Efficiency principles be applied to the renovation of old buildings reducing waste and promoting sustainable development; What are the benefits of adopting Circular Design strategies in the construction industry, such as upcycling and reuse of materials; Can Waste Reduction and Recycling practices be integrated into the demolition and refurbishment process of the building to minimize its environmental impact?", + "output": "In 2018, the Croatian city of Koprivnica needed toreplace the Kindergarten Loptica. It had originally been constructed in 1982 as a prefabricated wooden ground floor building with a solid foundation, and in 1995 a ground floor building annex with solid foundations was added. The building accommodates about 170 children and had never been renovated. It had high energy consumption levels and was approaching the end of its life.Instead of demolishing the building entirely, Koprivnica opted for Green Public Procurement (GPP) and aimed to maintain as much of the physical structure as possible, while refurbishing and improving it. In this way, Koprivnica aimed to save construction materials, increase the longevity of the building, increase energy efficiency and significantly improve the quality of childcare and the learning environment along with indoor space functionality." + }, + { + "input": "Resource Efficiency; How can companies reduce textile waste by implementing effective recycling systems; What are the benefits of using recycled materials in product design and production; Can circular design principles help reduce waste in the fashion industry and promote sustainable consumption patterns", + "output": "FOREWEAR is a project based in the Czech Republic. It collects unwanted clothing from company employees and donates them to charity organisations. Part of the material is recycled and, together with surpluses from textile industrial productions, is then used to produce recycled products printed with companies' branding.Companies use these branded products as sustainable merchandise, promotional \"gadgets\" for special events and gifts for their employees, clients and partners. The recycled products include diaries, organisers, covers for books, tablets, pockets for laptops, shopping bags, wine bags, etc.This FOREWEAR project also promotes work opportunities for people with physical or mental disabilities, including them in the manufacturing process in sheltered workshops. The company is aligned with SDG #12 on responsible production and consumption." + }, + { + "input": "What are the benefits of using anaerobic digestion for resource efficiency in biogas production; How can thermophilic conditions enhance waste reduction in the digestion process; Can Eco-Design principles be applied to the design of biogas plants for optimal material recovery and circular economy practices.", + "output": "EcoProtech Oyis a Finnish company active in the field of biogas technology. It has developed the EcoProtech Advanced Digestion (EPAD) technology, based on a continuous, industrial scale, anaerobic digestion process. Due to the efficient process and equipment design, EPAD has achieved high levels of efficiency.Based on customers' needs and feedstock, the process can be tailored to be either mesophilic (low temperature) or thermophilic (high temperature). In anaerobic digestion (in the absence of oxygen), a variety of natural micro-organismsdegrade the organic material into biogas(a mixture of methane and carbon dioxide) and water. The organic residual (digestate) can be used as raw material for green fertilisers.The different stages of this metabolic process, comprising a variety of biochemical reactions, are hydrolysis, acidification, acetogenesis and methanogenesis. The company has built up experience in the chemistry of these biochemical processes and in operating industrial-level EPAD plants." + }, + { + "input": "Resource Efficiency in data centers; How can Recycling of heat waste in industrial processes reduce energy consumption; What are the benefits of using eco-design in the development of cooling systems for buildings;", + "output": "eChilleris a refrigerator system developed and manufactured by the German companyEfficient Energy. The system is environmentally friedly as it uses only pure water as a natural refrigerant. eChiller is used for the cooling of data centres, industrial processes, buildings, etc.The refrigeration process of water-cooled eChiller consists of direct evaporation, compression, condensation and expansion of water vapor in a closed-loop cycle. Depending on the application, this process takes place in a vacuum at low pressures between 10 to 100 mbar and in the temperature range of 5 to 45 °C. The connection to the customer side and the recooling side are provided through two heat exchangers.The eChiller system is thus highly energy-efficient and the operating costs are very low. There are no CO2emissions due to refrigerant leaks. The system is also extremely quiet and the operation causes only very low vibration." + }, + { + "input": "What are the benefits of recovering materials and energy from landfills through Enhanced Landfill Mining?; How can circular design principles be applied to reduce waste and promote Recycling in the construction industry?; Can plasma gasification technology be scaled up to help achieve Zero Waste goals in the context of Resource Efficiency and Waste Reduction?", + "output": "One thing the world has absolutely no shortage of is waste... So using waste as a resource is a game-changer.The Machiels Group will be pioneering a new technique with the \"Closing the Circle\" (CtC) project conducted at the group's Remo landfill site in Belgium: Enhanced Landfill Mining.Enhanced Landfill Mining (ELFM) of historic (and future) landfills is akey part of the solution for closing material loops. It will address major societal challenges by recovering materials, energy and land. There are as many as half a million landfill sites across the EU-27, and they can deliver a significant stream of secondary materials and energy.The first phase of the CtC project aims to develop and build a first-of-its-kind, industrial-scale demonstration project. Eventually, more than 18 million tonnes of landfill waste should be recovered in the form of materials and energy, while the entire area will be restored to nature.The Plasma Demo project will demonstrate the key aspects of ELFM and the successful scaling up of plasma gasification technology. This is an extreme thermal process using plasma which converts organic matter into a synthesis gas, a mixture of gases composed primarily of hydrogen and carbon monoxide." + }, + { + "input": "What are the benefits of implementing circular economy principles in public procurement, such as in the case of playgrounds; How can resource efficiency be improved through upcycling and recycling of playground materials; What are the implications of adopting a zero-waste approach to playground design and construction;", + "output": "As part of theCircular Public Procurementproject, the City of Aalborg (Denmark) has established an innovative approach to buying playgrounds. This approach is based on circular economy principles and the understanding that creative play is an important part of a child’s development.For more information onAalborg's project, pleaseclick here." + }, + { + "input": "What are the benefits of circular design in the textile industry; How can we increase resource efficiency in the production of nightwear; Can upcycling and recycling of pyjamas reduce waste and support a more sustainable future in the fashion industry?", + "output": "The Woody Group, a company which manufactures pyjamas, wants to use raw materials more efficiently and responsibly in the future. It also wants to take more responsibility for its products once they are put on the market.This is why the Woody Group is looking for an innovative business model, in which their brand of pyjamas can be incorporated into the circular process after their first life. The company has therefore started a partnership with Sibille Diederichs GCV, which runs the companyJoseffa. Joseffa already has considerable experience in this field, being a nightwear brand with a circular business model. The two companies are combining their know-how to design, implement and analyse a circular trajectory for Woody Pyjamas.They have launched a pilot project consisting of:a collection operation;a sorting process;direct reuse through charities;upcycling to new products;recycling by fiberisation." + }, + { + "input": "What are the benefits of circular design in the office furniture industry; How can resource efficiency be improved in government facilities through furniture reuse and recycling; Can zero waste principles be applied to the management of office furniture disposal to reduce waste and promote sustainable practices.", + "output": "TheFlemish Government’s Facility Services Agency(Agentschap Facilitair Bedrijf) is resolutely in favour of circularity. With workplaces shrinking and offices being redesigned at various government authorities, the administration ended up with a considerable amount of unwanted office furniture and a demand for adapted materials. The Agency came to the conclusion that furniture was only being exchanged on a project-by-project basis. It wanted to draw up a clear inventory of surplus furniture, with a view to optimal reuse possibly following refurbishment." + }, + { + "input": "How can Circular Design principles be applied to textile production to reduce waste and promote resource efficiency in the fashion industry; What are the benefits of upcycling textile waste in the production of non-woven materials; Can recycling and upcycling of waste fibres be a viable solution for reducing waste in the textile industry;", + "output": "Convertis a start-up company founded in 2018 as a joint venture betweenKvadratandMoellerupEstate. It works to support UN Sustainable Development Goal 12: ensuring sustainable consumption and production patterns.Convertexplores how natural sustainable resources can be used to form new products and seeks to reduce the amount of waste on earth through recycling and upcycling.makes every fibre matter by providing industrial solutions for customers looking to utilise waste fibres as non-woven material.processes bio- and waste fractions. Waste is upcycled at Convert in a one-stop-shopping concept from scrap to high-value new products ready to use.processes consist of shredding, fibre treatment, airlaid forming (CAFT - Carding Airlaid Fusion Technology) and pressing. Its setup (as service provider) has made it necessary to include a highly integrated IT system to secure traceability, security and efficiency.The team behind Convert has considerable experience of fibre analysis, process operation, airlaid technology, pressing and IT and is thus capable of guiding and supporting customers throughout the entire process." + }, + { + "input": "Resource Efficiency in tourism; How can circular design principles be applied to reduce waste and increase recycling in the hospitality industry; What are the benefits of upcycling old materials in hotel renovations to create sustainable and unique experiences for tourists?", + "output": "CEnTOUR - CIRCULAR ECONOMY IN TOURISM is a three-year European project funded by COSME (deadline: September 2023). It is a strategic opportunity to develop and test innovative ideas to support small and medium-sized enterprises (SMEs) in the tourism sector towards the transition to a circular economy, by fostering an integrated system at local\/regional level.CEnTOUR promotes innovative solutions for sustainable tourism development and management of tourism enterprises, through transnational cooperation and knowledge transfer, in particular towards SMEs focused on local supply chains and creating industrial symbiosis to develop circular business models." + }, + { + "input": "How can Resource Efficiency be improved in the construction industry through the use of recycled materials in thermal insulation; What benefits do Zero Waste and Circular Design principles bring to the production of biodegradable thermal insulation; Can Renewable Energy be used to power the processing of sheep's wool for insulation, reducing its carbon footprint?", + "output": "There are not many eco-friendly products on the Romanian construction market, so there was definitely a niche in the thermal insulation market.LanaTermuses sheep's wool to create thermal insulation for buildings.Nature designed sheep's wool to be an effective insulator. Sheep produce it without any human intervention, so it really is renewable, not to mention 100% recyclable. This makes insulation using wool ideal for low-impact green buildings such as passive or zero-carbon houses.LanaTerm wool insulation does not have a negative environmental footprint, as it is biodegradable, does not harm the ozone layer and does not contribute to climate change. Growing wool is very much what sheep do, so the process entails a fraction of the energy required to produce equivalent man-made insulation. In fact, sheep's wool requires less than 15% of the energy used to make glass wool." + }, + { + "input": "How can Resource Efficiency be promoted through community-led initiative, and what role does Recycling play in this effort?; What are the benefits of Circular Design principles in the context of sustainable consumption and waste reduction, and how can a package-free drugstore model be an example of this approach?; Can Waste Reduction strategies in the healthcare sector, such as upcycling or reuse of medical supplies, be effectively implemented through collaborations between social enterprises and local communities?", + "output": "Baterkáreňis the first reuse center in Slovakia. As a social enterprise, it prioritises the social and environmental impact of its actions. Its activities are as broad as sustainability itself. Its mission is to make sustainability (circular economy principles and associated environmental protection) accessible to the general public, in order to render communities capable to adapt as effectively as possible to the potential impacts of climate change in the area.In the name of the circular economy principles, Baterkáreň:runs a package-free drugstoreorganises webinars, workshops and lectures (on minimalism, emissions, production of cleaning products, composting, etc.)provides knowledgesupports other initiatives and creatorsorganises financial and material collectionsshows communities that every item has its own value - by swapping clothes, books, plants, decorations, household goods, etc.creates educational modules for children and adults on this topicgives lectures in schools and universitiessupports volunteering and active citizenship in the regionshares awareness, policy updates and examples of good practice." + }, + { + "input": "Resource Efficiency in textile production; What is the impact of repurposing and extending the life of designer fabrics on reducing Waste Reduction in the fashion industry; How can the concept of Circular Design be applied to the development of new fabrics and accessories in the textile industry?", + "output": "AtThe Fabric Sales, a new model has been developed for repurposing and extending the life of designer fabrics.The Fabric Salesis:a designer fabric outlet in Belgium equipped with an online database that manages textile inventory, storage, logistics and sales on & offline;a unique opportunity for high-end fashion brands such as Dries Van Noten, AF Vandervorst, Christian Wijnants, Raf Simons, Kris Van Assche, Filles A Papa, Celine, Rue Blanche, Ines de la Fressange, Lanvin, Essentiel, etc. to manage and resell their dead stock of fabrics hence reducing their environmental impact and better allocating their resources;the source of 10.000 fabrics and 5.000 accessories for young designers and emerging brands, as well as an increasingly growing international sewing community to create with;a brand new designed showroom hosting a ''Fabric Library\" where clients come by appointment, and browse large 60x35 cm fabric samples which are easy to handle, select, compare and retrieve info from so that client experience becomes as sophisticated as the fabric they purchase;a centre of sewing classes (to be continued post-pandemic)." + }, + { + "input": "How can designers and brands collaborate to reduce waste in the textile industry through circular design and upcycling; What are the benefits of recycling and reusing textiles in the fashion industry; Can sustainable packaging and resource efficiency be achieved in the textile sector through closed-loop recycling and material recovery.", + "output": "TheCiLAB collectiveis an initiative of three activists in the circular textile economy. Its aim is to bring awareness and knowledge on transition to the circular economyby doing. A textile atelier was started by taking over seven second-hand machines.The first phase consists of finding solutions to brands' waste streams. For doing this they engage young people, mostly students in order build on a community focused on sustainable future.Apart from brands, they are also working with designers. They are supporting the United Fashion (Mad Brussels) initiative creating a collection for three amazing designers, as an example.CiLAB collective also supports schools. Together with the students for furniture design (VOMO) the CiLAB collective started a journey creating new circular concepts based on textile and furniture waste.All photos by @greenbrand.be." + }, + { + "input": "What are the benefits of upcycling materials in the production of Sheltersuits to reduce waste and promote resource efficiency?; How can circular design principles help reduce the environmental impact of clothing production and increase the reuse of materials?; Can the Sheltersuit Foundation's approach to recycling and upcycling materials be scaled up to make a significant impact on reducing waste in the construction industry?", + "output": "TheSheltersuit Foundationhas three goals: helping people in need, closing the gap in the labour market and reducing waste.The foundation produces wind- and waterproof coats that can be transformed into a sleeping bag, with a team of 14 employees and 27 volunteers, many of whom are former refugees or homeless people.It has three interlocking goals. Firstly, it providesimmediate shelterfor people in need who have to survive the harsh conditions on the streets by distributing the Sheltersuits free of charge. Secondly, it seeks to help people, particularly immigrants, become morefinancially and socially independent. Thirdly, itupcycles materialand so reduces the amount of waste and encourages companies to become more circular: the Sheltersuits are lined with old sleeping bags that are donated or collected at festivals, while the outside of the suit is made of donated tent fabric that did not meet the high-quality control standards for commercial purposes but is still very suitable for the Sheltersuit." + }, + { + "input": "What are the benefits of reducing food waste in the context of Resource Efficiency and Recycling? How can innovative packaging solutions like bioplastics and coatings contribute to Zero Waste and Sustainable Development Goals? Can the European Union's goal of recyclable packaging by 2030 be achieved through Circular Design and Upcycling of food waste?", + "output": "Food wastage has become a worldwide problem. According to the Food and Agriculture Organization (FAO), every European throws away an average of 179 kg of fit-to-eat food each year. Food loss and wastage must be reduced to create a Zero Hunger world and meet the Sustainable Development Goals (SDGs).The EuropeanREFUCOAT projectdeveloped sustainable active packaging solutions in response to the European Union's challenge of ensuring that all packaging is recyclable by 2030. It researched packaging solutions that could help reduce the amount of food wasted. It developed production processes for innovative, efficient bioplastic used to package food using renewable, recyclable materials which could replace conventional fossil-fuel based materials.The project also broke new ground by devising coatings that go a long way towards reducing the proliferation of Salmonella bacteria in chicken breast samples packaged in a modified atmosphere." + }, + { + "input": "Resource Efficiency in the construction industry; How can upcycling building materials reduce waste in the manufacturing process?; What is the impact of zero-waste design in building construction on the environment and the circular economy?", + "output": "Titan Greeceproduces building materials. It plays an active role inimplementing a circular economy model at various stages of the production processand has created synergies (industrial symbiosis) with other industries.The company's concrete contributes to climate mitigation and adaptation while also saving energy.Moreover, its products are 100% recyclable and a key driver of the circular economy, in terms of both the full lifecycle of a building or infrastructure project and the possibility of upcycling waste\/by-products such as cement." + }, + { + "input": "What are the benefits of upcycling seafood waste into glass products; How can waste reduction in the seafood industry be achieved through innovative recycling methods; Can circular design principles be applied to the transformation of oyster shells into glass, promoting resource efficiency in the process?", + "output": "French designer Lucile Viaud has found a way to contribute to organic recycling - more specifically, to recycling seafood waste. Her work focuses on transforming oyster shells into glass.\"I am a great advocate of the idea that there is no such thing as waste – it can be a good raw material for creating new materials.\", she said in her thesis at École Boulle. Her brand, Ostraco, was founded in 2016. It came about based on her experience observing seafood waste recycling, during her design and craft courses.Throughout the process, she is assisted by fishermen from Brittany. It involves collecting, sorting, cleaning and transforming the oyster shells into powder. In Paris, the powder is taken to a workshop which specialises in making glass, and the final result is her remarkable \"Glaz\" collection." + }, + { + "input": "How can circular design principles be applied to sustainable building projects to reduce waste and increase resource efficiency; What are the benefits of upcycling materials in construction to minimize the need for new, resource-intensive materials; Can bio-based materials be used to reduce the carbon footprint of buildings and promote a more circular economy in the architecture industry.", + "output": "Architects' officeRAUfocuses on designing sustainable buildings. It has designed buildings in the public and private sectors, using an integrated design methodology.The buildings are brand new and look it, but in fact 80% of all the materials used have been recovered from other buildings. What's more, all the new materials are recyclable so that up to 93% of existing buildings can be recovered.An example: RAU has designed the first large-scale, 100% wooden and re-mountable construction of its kind, with a minimal CO2footprint, for Triodos Bank. Its energy surplus is shared with surrounding buildings. The raw materials have been reused and documented in a raw materials passport throughout the construction process. Lastly, rainwater is collected for cooling and for flushing toilets, so the building complies with an impressive number of circular economy practices." + }, + { + "input": "What are the benefits of adopting circular waste management processes for recovering and recycling accumulators and batteries; How can the recovery and recycling of these products contribute to Resource Efficiency and Waste Reduction; What is the role of circular design in the development of sustainable waste management strategies for hazardous and non-hazardous waste.", + "output": "C.I.A.K. is a Croatian waste management company that recovers hazardous and non-hazardous waste. Focusing on the recovery and recycling ofaccumulatorsandbatteries, C.I.A.K. helps close the loop for these critical products by adopting circular waste management processes.The whole process complies with Croatia's strategy for managing waste batteries and accumulators and its circular economy goals." + }, + { + "input": "Circular economy benefits of recycling second-hand books; How does waste reduction through book recycling contribute to a more sustainable future; Can upcycling of books contribute to a decrease in paper waste and promote resource efficiency in the publishing industry?", + "output": "RecycLivre.com is a website selling second-hand books which aims to establish a relationship based on solidarity between its customers and underprivileged groups. It is built around the idea of promoting the recirculation of books instead of them being thrown away by their owners.It therefore organises the collection of books in French towns and Madrid in Spain, alongside collection points in other parts of the country. The books are then put up for sale on the internet at very reasonable prices. 10% of the proceeds go to institutions fighting illiteracy. With this good practice, RecycLivre promotes the re-use of books, while reducing CO2emissions.Furthermore, the initiative aims to offset all of its own carbon emissions by financing other CO2reduction projects. Lastly, since 2010, only electric vehicles have been used to collect books." + }, + { + "input": "Circular Design strategies for sustainable fashion; Benefits of Reuse and Recycling in the textile industry; What are the advantages of promoting Resource Efficiency in the fashion supply chain?", + "output": "Filippa K is a Swedish fashion brand which has taken significant steps to support sustainable consumption and design.The brand follows the \"four Rs\" of Reduce, Reuse, Recycle, Repair in order to encourage more mindful consumption and diminish fashion's impact on the environment.It does this by seeking to maximise fabric use. For instance, it promotes the reuse of fabric from previous collections and the company has established partnerships with second-hand shops in Sweden for unsold items. Furthermore, clothes can be repaired in Filippa K's studio in Stockholm. The brand also promotes the use of recycled fabric in its clothes, as well as designing for recyclability." + }, + { + "input": "What are the benefits of upcycling in the fashion industry; How can fashion designers incorporate resource efficiency in their design process; Can upcycling be a key element in waste reduction strategies for the textile industry?", + "output": "Reet Aus is a PhD-qualified fashion designer who founded her own brand, focusing on circular and sustainable fashion. She studied the issue of waste in the fashion industry and developed a way to maximise the sustainability of full production, based exclusively on pre-consumer leftovers.Advocating for circularity is an integral part of the brand. This led to the development of its own certification, entitled UPMADE®, standing for Reet Aus' standards of production. It includes an upcycling design and production system that enables brands and manufacturers to implement industrial upcycling and obtain UPMADE® certification.In 2020, the brand partnered with the European Commission Representation in Estonia, the Ministry of the Environment, Uuskasutuskeskus, Hoolekandeteenused AS, Hea Hoog Foundation and the Department of Prisons. The Valuable Upcycling project delivers upcycled products and social impact.The brand has also sought to reduce the price of its items by up to 50% with the goal of increasing the competitiveness of upcycled products.©Reet AusUPMADE® is one of the finalists in Ecolab Award of Circular Economy Digital Disruptor.fromReet AusonVimeo." + }, + { + "input": "How can Resource Efficiency be improved in insect rearing for sustainable protein production?; What are the benefits of Upcycling insect-based waste in the agriculture sector?; Can Circular Design principles be applied to develop innovative packaging solutions for insect-based products?", + "output": "Nasekomo is a Bulgarian insect rearing company producing insect protein and oil for the animal feed industry, and insect fertilizer for the agriculture industry. Leveraging the principles of circular economy and zero-waste production, Nasekomo is the first and at present the only insect rearing factory in South-East Europe.Nasekomo specialises in technologies and genetics for bioconversion through the Black Soldier Fly (Hermetia illucens) insect, considered as one of the most powerful bioconversion agents. Its larvae grow 10 000 times in 12 days, turning 60% of what they eat into body mass, packed with quality nutrients and rich in protein.Wide application range of insect-based products means an enormous market opportunity and includes pet, aqua and pig and poultry feed sector, soil nutrition (compost, fertilizer, soil remediation material) and technical applications (chitin and chitosan), renewable energy, pharma and cosmetics industry, and prospectively human food sector in the longer run.Unlike the rest of manufacturers, who aim at vertical integration, Nasekomo is the first company from the insect protein industry to let its proprietary technologies to newcomers to the industry, allowing them to deploy insect bioconversion at an industrial scale and thus fuel a powerful circular economy model across Europe. The vision of the company is to scale insect bioconversion to thousands of agri-food companies and create a marketplace for premium sustainable protein alternatives.Nasekomo’s goal is to use – and increase the usage of – these insects as part of a global solution to the issues caused by the exponential consumption of meat." + }, + { + "input": "Resource Efficiency; How can paper bottle technology reduce waste reduction in the packaging industry?; Circular Design; Can bio-based PEF polymer film barriers replace traditional plastic packaging materials in the beer market?", + "output": "The Carlsberg Group, in cooperation with innovation experts EcoXpac, packaging company BillerudKorsnäs and post-doctoral researchers from the Technical University of Denmark, have been working on \"Green Fibre Bottles\" – a \"paper bottle\" for beer. Once rolled out, this could be a groundbreaking innovation and contribute to sustainable large-scale production in the beer market.The Group has come up with two prototype bottles made of a thin recycled PET polymer film barrier and a 100% bio-based PEF polymer film barrier. They will test both as a barrier technology, while their goal is to achieve a 100% bio-based bottle without polymers. The initiative is part of Carlsberg’s work to halt its carbon emissions and cut its full-value-chain carbon footprint by 30% by 2030.The Carlsberg Group, The Coca-Cola Company, The Absolut Company and L’Oréal have joined a paper bottle community launched by Paboco®. Leading global companies and experts have come together in this community with the vision of advancing sustainable packaging and offering high-quality products with a reduced environmental impact." + }, + { + "input": "Resource Efficiency in the automotive industry; What is the impact of recycling batteries on Waste Reduction; How can Circular Design principles be applied to the production of car batteries to minimize their environmental footprint?", + "output": "Rombat is the largest producer of car batteries in Romania. Since 2005, the company has been collecting vehicle batteries to extract the lead they contain, recycle them and manufacture new batteries. The batteries are processed at the 3.7 ha Rebat facility in Copșa Mică.Rombat encourages owners of used automotive and industrial batteries in ebonite or polypropylene boxes to contact them for collection and cooperation. The company  recycles part of the 30 000 tons of batteries that are placed on the market in Romania each year. They distribute batteries in more than 3000 stores across the country, as well as in France and Germany.The company aims to reduce its environmental impact by improving its batteries and enhancing battery recycling services to avoid using up more of Romania's natural resources." + }, + { + "input": "What is the significance of circular design in the recycling process of polyurethane foam cans; How can resource efficiency be improved in the collection and recycling of used polyurethane foam cans; Can waste reduction strategies be implemented in the packaging industry to minimize the environmental impact of polyurethane foam can production and use;", + "output": "PDR is a German company with extensive expertise in recycling materials, which has developed a groundbreaking technique to reuse polyurethane (PU) foam cans. In Germany, about 25 million cans are used each year, and a federal legislature has classified used PU foam cans as polluting waste which must be recycled. However, they cannot be disposed of in landfills or in the standard rubbish bags for recyclable waste.To fill this gap, PDR has set up a collection system: a logistics team collects the cans from 2500 specific points throughout Germany. The cost of collection services is factored into the purchasing price, so there are no additional costs for collection. Post-collection, the cans are brought to Thurnau-Upper Franconia, where they are recycled, including any leftover content.From the PU foam cans, the company is able to recover prepolymer, liquified gas and raw materials, specifically polyethylene (PE) and polypropylene (PP) plastic granulate, tin plate and aluminium." + }, + { + "input": "What are the benefits of using natural dyes in textile production; How can circular design principles be applied to create sustainable sweaters; What are the advantages of recycling wool fibers in the fashion industry;", + "output": "The Fortunale project aims to create 100 % natural sweater with innovative textile technologies. They use only high quality pure organic wool, coloured with natural dyes such as flowers, leaves, berries and roots. Fortunale is entirely eco-friendly, and it is inspired by modern principles of circular economy: a Fortunale sweater is designed, from its origin, to be recycled at the end of its natural use until 80 %, because it is made of pure wool, and this precious characteristic allows to regenerate its fibers into new prime materials.The total absence of synthetic fibers enables to recycle a sweater up to 80 %. They will be glad to accept a return of your old Fortunale in exchange for a 30 % discount on a sweater of their new collection: a small incentive to appreciate their philosophy.Even the packaging is entirely reusable. Every sweater is shipped in a recycled cardboard box designed to be reutilised as a perfect container." + }, + { + "input": "What are the benefits of centrifugation in material recycling; How can oil-separating centrifuges contribute to Waste Reduction and Reuse; Can oil- filtration centrifuges promote a more Circular Design in the processing of oily materials.", + "output": "Centrifugation is an energy-saving process which makes it possible to obtain excellent results, in terms of separation of different materials, without residues or use of process substances.NuovaSaraoil separator centrifuges, which can be manually or automatically loaded, apply the physical principle of centrifugal separation to break down shavings and metal waste. The de-oiled shavings can be recovered and valorised as by-products or secondary raw materials.NuovaSara offers oil-separating centrifuges for micro-chips, centrifuges for filtration and de-oiling of oily sludge, centrifuges for oil filtration. All these materials can be treated, reclaimed and filtered, and the oil recovered." + }, + { + "input": "How can citrus peel be used to create new raw materials in a circular economy; what are the benefits of upcycling food waste in the production of dietary fibre antioxidants; what are the environmental implications of reducing waste in the food processing industry through the use of citrus peel?", + "output": "PeelPioneersis the first company in the world to use citrus peel to create new raw materials. The peels are left over from making fresh juice, collected from supermarkets and the catering industry. PeelPioneers, working withRenewi, uses the peel to create dietary fibre antioxidants, orangeade and orange oil, all of which are used in foods, cosmetics and cleaning products. The pulp is sent to farmers for animal feed. Renewi is responsible for separate collection and transport, while PeelPioneers covers the specialist processing." + }, + { + "input": "How can tbe promoted resource efficiency in the antiques market by encouraging the reuse and upcycling of vintage goods; What are the benefits of implementing a circular economy approach in the flea market, such as reducing waste and promoting recycling; Can the efforts in redevelopment and integration contribute to a more sustainable future through the adoption of eco-design principles in its events and collateral events?", + "output": "Founded in 1983, theBalon Merchants' Associationmanages two street markets: theGran Balon, a minor antiques market in the city of Turin, and theSaturday Balon, the city's historic flea market since 1857. The association provides assistance to exhibitors, deals with permits, authorisations, seat assignments, advice to members for commercial issues, and organises events and collateral events in the area.The association is attentive to the dynamics of redevelopment and integration, investing a lot of efforts in this direction every day.In 2019 the City of Turin launched a number ofcircular and collaborative economy projects, among them theBalon Marketplace, an e-commerce portal for stakeholders who are active in the antiques, second-hand and vintage sectors, and particularly interested in the recovery, recycling, reuse and upcycling of goods, for a sustainable consumption of objects with a high cultural and heritage value." + }, + { + "input": "Resource Efficiency in the fashion industry; What are the benefits of upcycling production surpluses and end-of-series fabrics in textile waste reduction; How can circular design principles be applied to reduce waste in the production of clothing accessories and capsule collections?", + "output": "Quid provides jobs for vulnerable people, especially women, in a field for which Italy is renowned: fashion. Quid markets its ethical and sustainable clothing under the label Quid Project. The project sources the raw material from the Italian fashion and textile world, using production surpluses and end-of-series fabrics. It therefore combines social and environmental impact.In addition to developing its own fashion brand, Quid is an ethical supplier for for-profit companies such as the Calzedonia group, NaturaSì and L'Oréal. It produces co-branded accessories and capsule collections." + }, + { + "input": "Resource Efficiency in food waste management; Can circular design principles be applied to reduce waste in the food production and consumption process; What are the benefits of upcycling biowaste into valuable products in the context of sustainable urban development?", + "output": "Remix El Barrio is one of the pilots of the H2020 EU SISCODE project. Facilitated byIAAC Fab Lab Barcelona, it engages with stakeholders and innovative designers to support a circular transition, re-evaluating surplus food and biowaste.Remix El Barrio was born with the ambition of providing a place of learning to encourage and nurture new practices based on food-waste crafts. It all happens in the Poblenou neighbourhood, one of the 73barriosof Barcelona, known for its creativity. This sets the ground for the pilot to foster social transformation and test new sustainable practices based on crafting with food waste.Remix El Barrio is now a collective of designers who:propose projects with food leftovers by using artisan techniques and digital manufacturing,collaborate with agents from the Poblenou neighbourhood to promote a more local and circular ecosystem,affirm the potential of co-design, digital manufacturing, and crafts to reinvent ways of producing, consuming, and living while respecting the environmental ecosystems,want to share and replicate this experience while finding new ways to explore biomaterial making and cultural circular transitions!" + }, + { + "input": "What are the benefits of implementing circular economy systems in the fashion industry; How can waste reduction strategies be applied to the textile recycling process; Can upcycling of waste fabrics contribute to sustainable clothing production and reduce the environmental impact of the fashion sector.", + "output": "TheTreottounoSocial Cooperative of Forlì (Italy) is a cooperative committed to implementing circular economy systems where everything can be recycled.Its activities aim at; a) promoting the prevention and reduction of waste, and b) employing people who are struggling.Well established in the surrounding area,Treottounoalso operates nationally and takes part in European projects with partners from both the cooperative and the business world.It manages the following:aRecycle Center(“Centro del Riuso 4U”) in the Municipality of Forlimpopoli, which collects goods in good condition and makes them available for free.EEEW (Electric and Electronic Equipment Waste)in a prison, where prisoners and other workers take apart used electronic equipment to separate the components and prepare them for reuse or recovery plants.Sustainable Clothing(“Sartoria Sostenibile”) in the Forlì Prison, where, thanks to the work of inmates and ex-inmates, waste fabrics are given a second life.In 2019,Treottounomanaged to open its own clothing store (“Fuori Luogo”) in Forlì." + }, + { + "input": "Circular Design strategies for flexible packaging to reduce waste and increase resource efficiency in paper supply chains; How can Recycling technologies like No Waste Technology contribute to the achievement of Zero Waste goals in the paper industry; What are the benefits of Upcycling paper packaging waste into new products, such as cardboard or pulp, and how does this impact Waste Reduction and Material Recovery.", + "output": "Thanks to No Waste (NoW) Technology - an international patented technology - flexible packaging in the paper supply chain becomes recyclable. This technology works on the basis of the recyclability standard (ATICELCA 501\/19 UNI 11743) by means of a laminating process that allows the full recovery and reuse of the main raw materials within their supply chains." + }, + { + "input": "What is the role of circular design in sustainable product development in the fashion industry; How can resource efficiency be achieved in the production of fashion accessories; Can waste reduction strategies be implemented in the furniture industry through creative upcycling and reuse.", + "output": "ISA (Impresa Sostenibile d'Artigiane) is a sustainable enterprise of craftswomen giving special attention to sustainability in its production chain:ISA uses production scraps and waste from diverse local companies, preferably chosing natural and ecofriendly products (fabrics from a shirt factory, leather from a sofa factory, wood from a sawmill, clothes, umbrellas, newspapers and books). It employs water-based colours and minimizes the use of gluesFor product design it takes inspiration from the Apulian territory (Italy)Its handicraft production is also innovative: tailoring, carpentry, crochet, and other traditional craft techniques are combined with digital ones (laser cutting, CNC and 3d printer) to minimize scraps, thus improving economic but also environmental sustainability of its productsFashion accessories (necklaces, earrings, hair bands, bags) and furnishing accessories (paintings, lamps, ornaments) are producedFurniture and accessories are recovered in a creative way and objects are created on request (from corporate gadgets to signs for restaurants)ISA is planning to apply for the sustainability certification of its products." + }, + { + "input": "What are the benefits of extending the remaining useful life of large industrial equipment through circular economy strategies such as Resource Efficiency and Waste Reduction?; How can Recycling and Reuse of industrial equipment components contribute to a more sustainable and efficient Industry 4.0 paradigm?; Can Circular Design principles be applied to the disassembly, repair, and refurbishment of industrial equipment to reduce Electronic waste and promote a Bioeconomy in the manufacturing sector?", + "output": "The EU-financed LEVEL-UP project offers circularity protocols and strategies for extending the remaining useful life of large industrial equipment and assets that can no longer remain competitive in the Industry 4.0 paradigm.The 10 Protocols:ModerniseFunctional diagnosisInspectionRepairDisassemblyUpgradeRefurbishRemanufactureRecyclingReassembly & testingdescribe what actions and processes should be executed in a structured and formalised manner in order to modernize, upgrade and extend the lifetime of large industrial equipment, connecting them to the Industry 4.0 paradigm and increasing their competitiveness and ROI.Furthermore, this project will avoid the need for manufacturers to purchase new large equipment at short term, which would mean to undergo a large economic investment." + }, + { + "input": "How can resource efficiency in metalworking fluids be improved through non-toxic solutions like UV light; What are the benefits of recycling metalworking fluids to reduce waste reduction in the industry; Can circular design principles be applied to the development of new purification systems for metalworking fluids to promote a more sustainable future.", + "output": "Wallenius Water Innovation is a Swedish clean-tech company that works with UV light to prevent bacterial growth in metalworking fluids. The non-toxic solution secures long-lasting process fluids without using hazardous biocides. In this way, fluids can more easily be reused in the installation rather than be disposed.The company has successfully developed a non-toxic purification system calledFluidWorker 100. The system controls and prevents bacterial growth by using UV light that destroys the DNA of the bacteria, and hinders its reproduction. The company provides an alternative to the often-used biocides, which are strong toxins that kill the micro-organisms in the fluid. However, biocides increase the risk of workers’ health by exposure through the skin and airways.Over time, bacteria in the fluids become an issue for work environment and also productivity and cost. The result of fluid change outs and cleaning is wasted fluid and manual labour as well as machine downtime. Clickhereto learn more about how their products are used." + }, + { + "input": "Resource Efficiency in plastics recycling, How to minimize Waste Reduction in post-consumer HDPE products, Can Circular Design principles be applied to secondary raw material extrusion for new production cycles?", + "output": "Jcoplasticbuys back post consumer High Density Polyethylene (HDPE) products. After a cleaning and sanitation process, it disassembles them and shreds them again. The secondary raw material obtained is analysed and characterised, then extruded for reusing in a new production cycle.Post-consumer HDPE products come from the company's business activities (plastic containers for waste management, agriculture, industries, etc). Usually these end-of-life products are considered as waste, because their owners cannot use them any longer." + }, + { + "input": "What are the benefits of implementing resource efficiency strategies in the production of bitumen-polymer membranes and glass-fiber-based mineral insulating material; How can circular design principles be applied to reduce waste and promote recycling in the construction industry; What are the environmental impacts of waste reduction and recycling in the context of sustainable water management.", + "output": "TheLife Is.ECO project's objective was to create and implement an integrated system for the treatment of production waste and obsolescences of bitumen-polymer membranes and glass-fiber-based mineral insulating material, in order to recycle and reintroduce these materials into their respective production processes. Project implementation was based on prior evaluation of potential waste recovery in terms of quantity, quality, material separation and waste valorization.Analyses have pointed out that about 80% of bituminous membranes is made of a precious binding material (bitumen modified with polymer) and more than 90% of the mineral insulation is composed of glass fiber. These waste materials can be recovered and valorised, thus avoiding the landfill disposal that would entail a loss in value.Life Is.ECO's main targets were:designing pilot plants and obtaining licencessetting up the logistics and transportation servicesetting up recycling centres and calibrating the related plantsdisseminating the project results among stakeholders (waste producers)." + }, + { + "input": "Resource Efficiency; What strategies can be implemented to minimize waste in urban forestry and promote the reuse of felled urban trees?; How can the integration of circular design principles in urban tree removal practices reduce waste and promote sustainable wood recovery?", + "output": "Many common urban tree removal practices consider felled urban trees as costly waste.Legno urbanoknows that trees removed from city\/community private\/public spaces due to their health conditions, their instability or other circumstances, such as spatial planning needs, are a resource worth saving.Legno Urbano is an innovative project developed in Italy to promote wood recovering from urban trees.The project also aims at protecting the climate: wood conservation entails the conservation of the carbon stock accumulated in plant biomass, thus limiting CO2release.The objectives of the “Urban Wood” Project are:felling urban trees,sawing them into boards,placing the boards on the marketusing them for the creation of unique and \"local\" products." + }, + { + "input": "How can circular design principles be applied to the toy industry to promote resource efficiency and reduce waste; What are the benefits of upcycling used toys into new products; Can zero waste practices in toy production and distribution contribute to a more sustainable future;", + "output": "Rigiocattolocollects used toys, regenerates them and puts them back into circulation. Its ambition is to become a bigger and renowned re-use centre that can also offer people a decent job. Rigiocattolo takes spare parts from toys that cannot be re-used and transforms them into something new (creative re-use).Rigiocattolo also offerstargeted services: The toys' hospital, toys rental, repair training courses for children. The repair shops are open to everyone - there is one in the centre of Campobasso (Molise region, Italy) and another one on its outskirts (for storage and repair).Rigiocattolo is also onFacebookandYouTube." + }, + { + "input": "How can Resource Efficiency in construction be improved through the reuse of polyurethane waste from refrigeration and automotive sectors?; What are the benefits of upcycling polyurethane into eco-efficient materials for the building sector; What is the potential impact of reducing waste management challenges in the construction industry through the implementation of Circular Design principles?", + "output": "TheLife-REPOLYUSEproject is about REcovery of POLYurethane for reuse in eco-efficient materials. It tries to solve the environmental challenge of the scarcity of resources and waste management in order to mitigate the effects of climate change.The project addresses the problem of the management of plastic waste such as polyurethane using innovative reduction and reuse techniques. The polyurethane is integrated into a new construction material, a pre-fabricated ceiling tile made of gypsum. This prolongs the useful life of the polyurethane.The waste used in the project comes from the refrigeration sector, the automotive sector and the treatment of end-of-life vehicles. The technology implemented generates a new material with similar characteristics to current commercial standards, with some technical improvements. The new gypsum-polyurethane tiles have been installed in three buildings, one of which is a new build and the others refurbishments. The tiles have therefore proven that they are viable." + }, + { + "input": "Resource Efficiency in textile production; What are the benefits of upcycling discarded objects in fashion design; Can sustainable packaging solutions be achieved through the reuse of textile waste in packaging materials?", + "output": "TheLister Sartoria Socialecooperativeinterprets the textile product in relation to the urban habitat, retracing its socio-economic transformations, memories, reworking its codes, styles and materials. Discarded objects, fabrics and garments are collected and reworked, crossing experimentation and traditional techniques. Thus, various lines of bags, backpacks and cases are produced.Further activity are the workshops aimed at children where, for instance, therecycled broken umbrellas become kites, frisbees and shoppers." + }, + { + "input": "How can livestock waste be utilized to promote Resource Efficiency in agriculture, while reducing Waste Reduction and methane emissions?; What are the benefits of using anaerobic digestion plants for producing Renewable Energy and circular fertilizers in non-livestock areas?; Can the use of anaerobic digestion plants in agriculture contribute to Zero Waste and Circular Design principles in the dairy industry, and what are the potential environmental benefits?", + "output": "ThisLife DOPproject, operated in partnership with the Italian dairy companyConsorzio Latterie Virgilio, uses livestock waste in anaerobic digestion plants to produce renewable energy and renewable fertilisers (solid digestate) which are then exported to non-livestock areas. As well as promoting circularity and the production of renewable energy and fertilisers, the project helps reduce the intrinsic impact of farming. Methane emissions generated during the slurry storage phase are drastically reduced." + }, + { + "input": "Reviving waste furniture through Resource Efficiency; What is the role of Circular Design in the upcycling process of old furniture; How can Waste Reduction be achieved through the reuse of vintage items in home decor.", + "output": "Revì - Upcycling furniture designhas a number of stages:Recovering old fashioned, retro and vintage furniture through an online system that shows users how to upcycle their own furniture, using a kit that is sent by post and a video tutorial (still being prepared).Design using mock ups and photoshopping, on commission from private clients and for our collections (seewebsite).Creating furniture with natural colours and employing local artisans, such as upholsterers, glaziers, framers and carpenters.Direct and online sales (we are still working on the online aspect)." + }, + { + "input": "How can Resource Efficiency in the agro-food industry be improved by recovering by-products from artichokes, saffron, and broad beans?; What are the benefits of Circular Design in the development of cosmetics using these by-products?; Can Upcycling of agro-food waste in cosmetics production contribute to Zero Waste goals and sustainable Water Management practices?", + "output": "TheLavandulaproject focuses on using agro-food by-products to produce active ingredients used in cosmetics. The project is divided into several stages:Identifying agro-food companies and potential recovery of by-products (from artichokes, saffron and broad beans)Studying the relevant literature to learn about the raw materials identifiedSetting up the extraction process and identifying its chemical featuresStudying what is involved in the extraction process (based on laboratory tests)Creating formulas for cosmeticsDeveloping the production processCarrying out analyses and preparing the documentation required to place the cosmetics on the marketStudying and designing the packagingInforming the European community via the cosmetic products notification portal (CPNP) and placing the cosmetics on the market." + }, + { + "input": "How can circular design principles be applied to reduce waste in the construction industry; What role can resource efficiency play in the development of sustainable agriculture practices; Can upcycling of textiles be used to reduce the environmental impact of the automotive sector?", + "output": "Riuso³ – Banco del riuso in Franciacortais a physical space above municipal level dedicated to a series of active policies geared towards conscious consumption and waste reduction through the exchange and recovery of goods. Each Banco Riuso3operation, which excludes the use of money and is free of charge, is based on the standardised assignment of a score (FIL). The project has a strong social impact, promotes widespread welfare and fosters solidarity and cooperation conducive to a new social and environmental balance." + }, + { + "input": "How can the exhibition industry reduce waste and increase resource efficiency through carpet recovery and upcycling; What role can circular design play in reducing the environmental impact of event management; Can a bioeconomy approach help transform post-consumer carpet materials into new raw materials for other sectors.", + "output": "Montecolinohas a keen interest in the environmental impact of its products. It has developed a carpet management system for the exhibition industry.The carpets used at fairs are recovered after use and transformed into new raw material for use in other sectors, in line with the CE concept." + }, + { + "input": "Resource Efficiency in construction waste management, what are the benefits of implementing smart tools for supply chain traceability and sorting at source in demolition and refurbishment work; How can Recycling of complex construction and demolition waste be optimized to reduce Waste Reduction and increase Reuse of raw materials in construction products; What is the role of Circular Design in the development of low embodied energy cement and green concretes.", + "output": "HISER's main objective is to develop and demonstrate holistic, technological and cost-effective solutions to increase recovery rates from increasingly complex construction and demolition waste (C&DW), with due regard for circular economy principles on the value chain in the construction sector (from buildings' end of life to new buildings).The following solutions have been proposed:Harmonised procedures, supplemented by a smart tool and system to ensure supply chain traceability and highly efficient sorting at source in demolition and refurbishment workAdvanced sorting and recycling technologies with automated quality control for the production of high purity raw materials from complex C&DWDevelopment of optimised construction products (such as low embodied energy cement, green concretes, bricks, gypsum plasterboard and extruded composites).These solutions have been demonstrated in demolition projects and five case studies across Europe. The economic and environmental impact of HISER solutions have been quantified using a lifecycle approach (with lifecycle assessment \/ lifecycle cost analysis methodologies)." + }, + { + "input": "Resource Efficiency in agriculture; What is the impact of using wool as a sustainable substrate in hydroponic cultivation; Can we reduce waste and increase Reuse of wool in innovative ways.", + "output": "In order to create a new commercial use for raw wool, the Italian associationPost Industriale Ruralità(PIR) has developed a form of vertical hydroponic cultivation using wool instead of soil. The woollen substrate is suitable for both outdoor and indoor use. Hydroponic cultivation (which uses water rather than soil) is a technique mostly used in colder countries or places where limited amounts of water are naturally available.The innovative feature of PIR's system is that it uses sheep wool instead of rock wool, plastic substrate or imported organic fibres (such as coconut fibre). Wool can be used in this way for much of the year because it is an effective insulating agent. Furthermore, when it comes into contact with water it biodegrades rapidly, releasing nitrogen, the main nutrient for plants. In this way, wool changes from waste into a resource.PIR's hydroponic system is unique. It can be used to produce fresh vegetables for food or decoration and for orthicultural therapy for people with cognitive disabilities." + }, + { + "input": "Resource Efficiency in the textile industry; Reuse of spare scraps in rug production; What is the impact of Upcycling on Waste Reduction in the carpet production process?", + "output": "By imitating the \"trencadís\" technique widely used in Gaudí-styIe mosaics,Barcelona Rugsemploys spare scraps from various materials of high quality to create unique rugs for its collection bearing the same name, thus turning leftover materials into sustainable pieces.Barcelona Rugs' unique ability to repurpose smaller scraps significantly reduces the amount of waste coming from its carpet production, and leaves room for personalisation to the benefit of customers. Different textures and colours can be combined to contrast each other and create different sizes depending on the indoor or outdoor space available.The collection is made in cooperation with design studioNutcreatives, who is very attentive to sustainability and social responsibility criteria.©Barcelona Rugs" + }, + { + "input": "How can circular design principles be applied to reusable packaging solutions for takeaway catering to reduce waste and increase resource efficiency; What is the impact of upcycling PBT material for reusable containers on waste reduction and material recovery; Can eco-design strategies be used to improve the recyclability and reuse of containers for takeaway food packaging.", + "output": "reCIRCLE is the market-leading industrial solution for reusable packaging for takeaway catering. The \"lunchbox as a service\" concept saves millions of disposable containers every day.The reCIRCLE BOXes are designed to be easy to clean, to dry rapidly, to be well vented even when stacked and to save on space. The very durablePBT materialis heat and frost proof, odourless and vegan and can be used hundreds of times, with no loss of quality provided it is not cut.The reCIRCLE BOXes are produced and recycled in Einsiedeln, Switzerland." + }, + { + "input": "Resource Efficiency; Recycling; Circular Design; What are the benefits of using blueberries, currants, and eggplants as sustainable sources of natural dyes in dye-sensitised solar cells; Can this innovative method promote Waste Reduction and Zero Waste in winemaking and clarification processes; How does this project contribute to the development of a Bioeconomy and a more Circular Economy in the field of photovoltaics.", + "output": "Photovoltaics (technologies based on organic materials) are attracting increasing interest. The most promising of these are dye-sensitised solar cells (DSSC), based on natural dyes. Blueberries, currants and eggplants are some of the vegetables already used for dye extraction: all are edible raw materials.This innovative method recovers waste which would otherwise be disposed of, specifically those produced in winemaking and clarification processes. That makes it a green resource for extracting the organic dye required by the DSSC.Readmore about this project in Italian." + }, + { + "input": "How can food grade PET be effectively recycled to reduce plastic waste; What are the benefits of separate handling of food\/beverage packaging for closed-loop recycling; Can a circular economy approach be applied to the municipal waste management system to achieve 100% reuse and recycling of PET.", + "output": "Food grade PET is the key to plastic waste recycling. No other plastics are permitted for reuse in the production of new food packaging. PET is currently the only plastic that can be 100 % recycled.The municipal waste company at Bornholm (DK), BOFA, wants to phase out the waste incinerator in 2032 and shift to prevention, 100% reuse and recycling. BOFA needs to address the plastic recycling system failures concerning the plastic collected from households. Currently it all ends up in the incinerator, providing no reverse flow from household waste to new packaging.The primary step for the reverse flow in the closed loop of food\/beverage businesses is the separate handling of food\/beverage packaging. Mixing food\/beverage and non-food PET packaging can result in contamination, ruining the possibility of recycling all the PET in new food packaging.BOFA sees opportunities in being first-movers with respect to a separate handling like the closed loop food\/beverage systems provide.Two scenarios are being tested:collection of mixed plastic waste from households where lids, caps etc. are kept on bottles and containersseparate collection of food packaging." + }, + { + "input": "What are the benefits of implementing a recycling program for polyurethane foam packaging materials; How can the reuse of polyurethane foam cans reduce waste reduction efforts in the construction industry; Can circular design principles be applied to the development of new insulation materials to reduce the need for hazardous waste disposal.", + "output": "Pressurised containers of polyurethane (PU) foamare used to fill gaps, insulate and install window and door frames so as to make buildings airtight. In Germany, about 25 million cans of PU foam are used each year.As the cans count as hazardous waste, separate collection and disposal after use is mandatory. OCF (one-component foam) producers have invested inProdukte Durch Recycling, a company which recycles the metals in the packaging material, the reactive residual polyurethane prepolymer and the propellant.AnEcological Balance Sheetshows the ecological advantages of this recycling method over others (such as recycling only the packaging material or thermal recycling of the remaining contents)." + }, + { + "input": "How can Resource Efficiency be improved in construction waste management through innovative recycling technologies like the University of Malta's patented process?; What are the benefits of Recycling concrete and limestone waste in the production of masonry products?; Can Zero Waste principles be applied in the construction industry through the development of sustainable recycled materials like reconstituted limestone products?", + "output": "The University of Malta has developed a patented process that recycles limestone and concrete construction and demolition waste into masonry products. These products have superior mechanical properties compared to natural limestone products. The reconstituted products are also just as attractive as natural limestone.The process can make a wide range of shapes, sizes and properties. Building blocks, bricks, cladding, tiles and decorative materials can therefore be engineered to suit customer needs.Manufacturing companies interested in recycled limestone products can license the technology.©University of Malta" + }, + { + "input": "Resource Efficiency in waste management; How can nutrient recovery from sewage sludge contribute to a Zero Waste approach; What are the benefits of Recycling phosphorous and salts from waste streams to reduce the need for virgin resources in agriculture.", + "output": "Ragn-Sells collects, treats and recycles waste and residual products from businesses, organisations and households. Ragn-Sells' innovation company EasyMining provides solutions for nutrient recovery:extracting phosphorous from sewage sludge ashextracting salts, such as potassium chloride, and detoxifying waste-to-energy fly ashremoving and recovering nitrogen from water flows with a high concentration of ammonium nitrogen.The recovered nutrients can be used in fertilisers and replace virgin resources, contributing to a circular economy and the reduction of human-made climate change. The technologies are based on low energy need and a high detoxification rate." + }, + { + "input": "What is the role of Extended Producer Responsibility in promoting circular economy principles in the glass packaging industry; How can selective collection of glass packaging contribute to reducing waste and increasing resource efficiency; Can circular design strategies be applied to the glass packaging sector to minimize packaging waste and promote recycling.", + "output": "Today, 76% of glass packaging placed on the EU market is collected for recycling.Close the Glass Loopis a bottom-up, collaborative, public-private partnership aimed to unite the glass collection and recycling value chain, and to establish a material stewardship programme that will result in more bottle-to-bottle recycling. Its objective is to achieve an average of 90% collection rate of used glass packaging at EU level by 2030 and a better quality of recycled glass.Close the glass loopbrings together the whole value chain togetherfrom glass producers, to brand owners and fillers, to consumers and glass treaters, via the Extended Producer Responsibility and waste management schemes, collectors and municipalitiesat European and national level with a common goal.Close the glass loop:promotes selective collection of glass packaging to increase the quality of untreated cullet (waste glass)optimises and develops sorting and treating systems to increase yields, even from poor collection systems and generate more furnace-ready cullet; andexchanges knowledge and best practice on collection, sorting and treatment systems between countries." + }, + { + "input": "What are the benefits of implementing resource efficiency measures in the construction sector to reduce waste and promote reuse of materials; How can circular design principles be applied to construction waste reduction and reuse; Recycling of construction and demolition waste: what are the most effective ways to implement it in urban areas.", + "output": "The project idea called Urban Click is focused on finding a solution to promote recycling and reuse of construction and demolition waste (CDW) within the construction sector in urban areas of Europe.However, the construction sector is very broad and comprises many different sub-sectors, such as housing, industries, and more. Therefore, this project will focus specifically on housing, given that this sub-sector has the largest volume of waste produced annually in Europe (European Commission, 2019).Similarly, the project focusses on urban areas, since the urban population is increasing exponentially. Estimates of the United Nations Department of Economics and Social Affairs (UN DESA2018) indicate that 68% of the world's population is projected to live in urban areas by 2050. In addition, according to the report of the United Nations Human Settlements Programme (UN-HABITAT, 2010), 60% of the area expected to be urban by 2030 is not yet built." + }, + { + "input": "How can circular design principles be applied to upcycle old coins and other metal waste into new jewelry pieces; What are the benefits of using recycled materials in jewelry production, such as reduced waste and resource efficiency; Can the concept of zero waste be applied to the design and production of jewelry, and if so, what are some creative ways to achieve it, for instance, through the reuse of packaging materials.", + "output": "After Finland changed its currency from Finnish marks to Euros, the metal of old coins found other purposes.Finnish jewellery companyEKORUmakes jewellery out of discarded Finnish coins, old silver spoons and other cutlery, obtained from various collectors. All jewellery is handcrafted in Tampere, Finland, by designer Laura Saarivuori-Eskola, who started her business in 2006, having two years earlier discovered how useful this material is to make new items.For this Finnish designer, jewellery has a story and is personal. Using recycled materials enhances that story.EKORU also organises silver spoon workshops, where one can learn metalworking without previous experience.For more information about the process, watch thisvideo. Read more about EKORU in thisnews article.", + "Column4": "After Finland changed its currency from Finnish marks to Euros, the metal of old coins found other purposes.Finnish jewellery companyEKORUmakes jewellery out of discarded Finnish coins, old silver spoons and other cutlery, obtained from various collectors. All jewellery is handcrafted in Tampere, Finland, by designer Laura Saarivuori-Eskola, who started her business in 2006, having two years earlier discovered how useful this material is to make new items.For this Finnish designer, jewellery has a story and is personal. Using recycled materials enhances that story.EKORU also organises silver spoon workshops, where one can learn metalworking without previous experience.For more information about the process, watch thisvideo. Read more about EKORU in thisnews article." + }, + { + "input": "Resource Efficiency in the production of lithium-ion batteries; What are the environmental impacts of extracting and processing raw materials like cobalt, lithium, and nickel; How can the automotive industry achieve Zero Waste in its supply chain through recycling and responsible sourcing of raw materials.", + "output": "The production of minerals such as cobalt, lithium, mica, or nickel used in the manufacture of lithium-ion batteries has potential adverse social and environmental impacts. Volvo Cars recognised this challenge and the fact that increasing legislative and consumer demands for greater transparency in the provenance of raw materials sourced required a more innovative and effective solution to prove that materials used in their product supply chain had indeed been responsibly sourced.However, the raw material supply chains in question are complex and involve a web of highly diverse actors further upstream. Raw materials, by their nature, are difficult to tag reliably - the material transforms on its journey from source to end-use. This means that a new identity needs to be added after each transformation that inherits the provenance of the material and destroys the old identity.Volvo Cars commissionedCirculorto implement a technology-enabled traceability solution, to enable an end-to-end chain of custody to be constructed, initially for Cobalt and subsequently for Mica, with other materials being planned." + }, + { + "input": "How can resource efficiency be achieved through the recycling of hair in the beauty industry; What are the benefits of upcycling hair for waste reduction in construction and agriculture sectors; Can circular design principles be applied to develop innovative products from recycled hair, such as insulation materials or fertilizers?", + "output": "Fair hairdressers (Coiffeurs Justes) give hair left on the floor in their salons for reuse in sectors such as agriculture, construction and environmental protection. Hair is known to be both resistant and insulating.Hair can be used as absorbent filters to help prevent the spread of oil spills, as approximately 1kg of hair absorbs up to 8 litres of hydrocarbons.In agriculture, hair mixed with compost serves as a good fertiliser and brings nutrients to the soil.In addition, recycled hair can be used as sound and heat insulation material.Coiffeurs justes aims to develop a business model based on the circular economy of hair recycling that brings together different companies, hairdressing professionals, future clients and communities. Coiffeurs Justes was founded by Thierry Gras in 2015 with the vision that hairdressing salons must offer fair prices to their customers. To find out more, watchthis videoby Fair hairdressers about their process.©Coiffeurs Justes" + }, + { + "input": "Resource Efficiency; Recycling; Waste Reduction; How can companies like Offistore promote sustainable office furniture management through refurbishment and resale? What are the environmental benefits of reusing old furniture instead of producing new ones? What role does circular design play in the hybrid furnishing principle introduced by Offistore?", + "output": "The Finnish company Pa-Ri Materia gives used office furniture a second life through refurbishment and resale. The company purchases some of the furniture it recycles, while certain companies pay for their furniture to be recycled or reused.Pa-Ri Materia is the largest company in Finland in terms of repurposed office furniture units sold. It also sells new furniture and has introduced a “hybrid furnishing” principle whereby existing furniture, repurposed articles and completely new items are combined in a coherent, cost-efficient and ecological fashion. It has been in operation since 1997, expanding to include larger areas of the country and taking up new market segments.The company aims to become carbon-neutral and to help other companies reach their sustainability and carbon footprint goals by using second-hand furniture.The company is now active under the nameOffistore." + }, + { + "input": "How can we improve Resource Efficiency in food production by using alternative protein sources; What are the benefits of Zero Waste principles in the bioprocess of microbe cultivation; Can Circular Design be applied to the development of sustainable packaging for food products using renewable electricity and carbon capture.", + "output": "Solar Foods, a Finnish foodtech company, produces natural single-cell proteins using simply renewable electricity and thin air, called Solein®. It brings to the market an entirely new kind of food that is both natural, and not dependent on agriculture, climate or the weather.The protein can be made in tough environmental conditions, such as the desert, the Arctic, or, possibly, even in space. In its bioprocess, the company collects microbes from pure Finnish nature and grows them in a fermenter similar to the ones used in breweries and wineries. Through the process, it captures carbon dioxide and uses renewable electricity to grow a microbe high in protein. The protein is comparable to well-known proteins found in soybean and beef.The company aims to be fully operational by the end of 2022, hoping to build a factory that can provide 5 million meals per year.Learn more about Solar Foodhereand from the World Economic Forumhere.©Solar Foods" + }, + { + "input": "Resource Efficiency in waste management; How can Recycling of plastics be improved through collaboration and knowledge sharing; Benefits of Zero Waste approach in the packaging industry.", + "output": "TOMRA'sCircular Economy Divisionwas established in January 2019 to speed up the transformation to a circular economy and shape future waste and resource systems. TOMRA believes that the circular future has great opportunities for many industries and society and that collaboration, knowledge sharing and new partnerships are vital for circularity.TOMRA is a leader in the field ofcollection and sorting technology, and as such is the only company that can offer aholistic solution for waste management. It aims to become an essential strategic partner by working with key business players across the entire plastics recycling value chain. It seeks to develop new methods, processes, technologies and business models and to close the loop for consumer-oriented reusable and recyclable packaging. By contributing to research and information exchange on fundamental circular economy topics and key material streams, the company aims to lead the way in building a circular future.©TOMRA" + }, + { + "input": "How can sensor-based sorting technologies improve Resource Efficiency in recycling facilities? What are the benefits of optimizing Waste Reduction in recycling processes through advanced sorting technologies? Can Circular Design principles be applied to the development of recycling equipment to enhance Material Recovery in the recycling industry?", + "output": "TOMRA Recycling is an innovator in the field of sensor-based sorting solutions for the recycling industry, and has continued to develop and optimise its expertise since it began in 1972. TOMRA’s cutting-edge sorting technologies retain valuable resources by extracting high-purity fractions from mixed waste and metal streams in the most remote parts of the world. Its technology and equipment have been used in the world’s most advanced recycling plants." + }, + { + "input": "Resource Efficiency in deposit return systems; How can waste reduction be achieved through closed-loop recycling; What role does Circular Design play in the development of deposit return systems for single-use beverage containers?", + "output": "TOMRAis the worldleader in reverse vending solutions. It provides an automated method for collecting, sorting and handling used beverage containers for recycling or reuse. TOMRA has approximately 80 000 reverse vending machines in more than 60 markets. These machines enable deposit return systems which canachieve return rates of almost 100%andmaintain the food-grade status of used beverage containers. This means they can be reused throughclosed-loop recycling. No other waste or collection system currently matches this performance.With more countries considering implementing a deposit return system for single-use beverage containers, the challenge facing policymakers is to develop legislation and design systems that will be very efficient in the long term. Based on their 40+ years of experience, TOMRA conducted a global review to identify what makes a high-performing system. The lessons learnt will help address today’s challenges of meeting new waste recovery targets, ending littering and moving towards a circular economy.Read more in thewhite papertitledReward Recycling: Learnings from the world’s highest-performing deposit return systems©TOMRA" + }, + { + "input": "Resource Efficiency in school canteens; Waste Reduction strategies in food production and packaging; Circular Design principles for sustainable school meals;", + "output": "The Latvian town of Pļaviņas has invested in a circular catering service for Pļaviņu Gymnasium, a school with 410 students and 77 staff members. Pļaviņas is taking part in theCircular Public Procurement projectthat aims to introduce public procurement strategies and practices, supported by the Interreg Baltic Sea Region Programme.The circular canteen will offer students nutritious, healthy food with a focus on waste minimisation and environmentally-friendly transportation. It will include practices such as banning plastic containers, using seasonal fruit and vegetables, ensuring that at least 50% of the milk used is from organic sources, providing feedback on food and quality to reduce waste, and adapting portion size for pupils and staff.©Pļaviņas Municipality" + }, + { + "input": "Resource Efficiency in waste management; Reuse of used toothbrushes in the circular economy; Benefits of recycling plastic products in reducing Waste Reduction.", + "output": "Curaden Slovakia, the Slovak branch of the Swiss company Curaden AG, collects used toothbrushes for recycling in Slovakia.The company has been encouraging consumers to recycle their end-of-life products since 2017 through public awareness campaigns. With the EU’s new regulation on banning eight single-use plastic products by 2021, the company will continue to focus on recycling used toothbrushes as their contribution to the circular economy.The company has set up collection points in schools, businesses, shops and ambulances across Slovakia for people to drop off their used toothbrushes. Each donor who visits Curaprox's Smile Shops receives a 5 cent reduction on the purchase of a new toothbrush. Curaprox sorts the used toothbrushes, detaching the heads from the handles, and recycles them into small colored rubbish bins that are sent for educational purposes to selected schools around Slovakia.©Curaden" + }, + { + "input": "Resource Efficiency in waste management; How can Christmas tree recycling be integrated into a broader circular design strategy for sustainable waste reduction; What are the environmental benefits of upcycling discarded trees into biofuels, chipboard, and compost?", + "output": "The Regional Association of Solid Waste Management Agencies of Central Macedonia and the Hellenic Ministry of the Environment and Energy have worked together on a pilot project promising \"No more Christmas trees in landfills\".The project recycles discarded trees, using wood chips as a secondary raw material to make pellets, biofuels and chipboard, and as organic waste for composting. The trees are collected mostly at municipal disposal points. Landfill operators have supported the project by banning the disposal of Christmas trees at their facilities.The project encourages locals to take part. They have helped collect Christmas trees by going door-to-door, encouraging voluntary, broad participation in local environmental protection." + }, + { + "input": "Circular Design strategies for decentralized water sanitation systems; Resource Efficiency in district heating and energy management; Waste Reduction and Recycling of kitchen waste and black water into biogas and fertilizers.", + "output": "The cooperative DuCoop invests in sustainable technologies for the Nieuwe Dokken, the new circular districts in Ghent. It provides systems for decentralised water sanitation with water re-use, 4thgeneration district heating and smart energy management. The company contributes to the climate ambitions of the city of Ghent, by closing the loops on water, energy and nutrients.Residents will all be connected to the district heating. Up to one third of the heat for the district heating consist of recycling waste heat from waste water. Their system also collects and purifies the wastewater in the district.Additionally, DuCoop processes kitchen waste and black water into biogas which is converted into heat. It also produces fertilizers for the green zones in the area.Learn more about DuCoop’s work inthis video.©DuCoop" + }, + { + "input": "Resource Efficiency in medical equipment management; How can Waste Reduction and Recycling of technical aids support vulnerable populations; What is the impact of Circular Design in the healthcare industry on environmental sustainability and social equity?", + "output": "The French company Envie Autonomie collects and renovates technical equipment, such as wheelchairs, used beds, walkers and other aids. In this way, they ensure a second life to this important and often costly equipment.The service is free and the initiative has helped create local jobs since they started operating in 2015. The equipment is first collected and sorted according to its current condition and quality. If the equipment is not reusable, it is dismantled for spare parts or recycled. Reused and refurbished equipment is cleaned and resold at 30-50% of its original price to companies or individuals, and includes a one-year guarantee.The company has an economic, social, and environmental impact by significantly contributing to savings for the health system, supporting people in vulnerable situations with medical equipment, and supporting the new circular economy sector by making it possible to repair and reuse equipment.©Envie Autonomie" + }, + { + "input": "What are the benefits of reprocessing composite thermoplastic materials in the aerospace industry; How can Resource Efficiency in recycling improve the environmental impact of the aerospace industry; Can Circular Design principles be applied to the development of composite materials for aerospace applications?", + "output": "The main goal of the EuropeanSPARTA project, coordinated byAIMPLASwith the participation ofTEKNIKER, is to find a new method of recycling and reprocessing composite thermoplastic materials that reduces both the amount of waste generated by the aerospace industry and its environmental impact.AIMPLAS will focus development on improving the reprocessing of recovered materials through automatic deposition, analysing the properties of the scrap waste obtained, and preparing an eco-design and good practices guide that facilitates rapid scale-up of the technology. The aerospace industry is stepping up its use of composite materials because of the advantages they offer in terms of weight reduction and strength. One of the drawbacks of these composite materials is the complex recycling process.TEKNIKER will contribute its knowledge of and experience in mechanical cutting to the development and optimisation of an innovative mechanical scrapping process using simulation and experimentation, while AIMPLAS focuses on improving material reprocessing through automatic deposition and compression moulding." + }, + { + "input": "Resource Efficiency; Waste Reduction; Can we design a more sustainable supply chain for the fishing industry to minimize fish waste and promote recycling of materials like fish skins?", + "output": "From capture to processing, the fishing industry produces large quantities of fish waste. Of an estimated total resource of 80 billion kilos every year, approximately 43% ends up as products for human consumption, and the remaining 57% becomes fish and shellfish waste. At this moment, only 1% of all fish skins are recycled.Ms. Bay believes there are great opportunities in using fish-leather. This handbag brand creates products made of rescued waste material and following fair-trade manufacturing ethics. The main material in their collection is salmon-leather, which has qualities similar to regular leather but is processed in a more environmental-friendly way and is highly durable. Salmon skins are collected as a waste-product from the fishing industry.In addition to using innovative materials, the company strongly believes that also design (timeless, with slow collections), manufacturing (respecting the basic human rights and needs of workers) and other daily operations (keeping in mind the company's ecological footprint) are important parts in future-proof businesses." + }, + { + "input": "What are the benefits of incorporating local circular economy loops in cement production processes to reduce waste and ecological footprint in the construction sector?; How can resource efficiency in construction be improved through the reuse of construction and demolition waste in cement production?; What are the environmental advantages of reducing the quantities of landfilled waste?", + "output": "VICAT produces materials for the construction sector (cement, concrete, aggregates), based on the view that building should no longer be disconnected from deconstruction. VICAT has therefore rethought its production systems to include local circular economy loops focused on the recovery of local construction & demolition waste, in order to reuse them in cement production processes.This strategy is proving to be a win-win process for the areas where the company operates:on one side, the local communities and construction companies reduce the quantities of landfilled wasteon the other, VICAT factories lower their ecological footprint, thus contributing to mitigating global climate change©VICAT" + }, + { + "input": "How can waste heat from industry be efficiently reused to reduce energy costs and greenhouse gas emissions; What are the benefits of redirecting excess heat from industrial processes to district heating networks; Can a circular economy approach to energy management help industries reduce their environmental impact through resource efficiency and waste reduction strategies?", + "output": "Calefa is a Finnish company specialised in the reuse of residual heat from industry. Waste heat is reused by redirecting the excess heat from industrial processes either to the customer company’s own use or to the district heating network. This system avoids wasting energy by rejecting the heat as condensed water or hot air. By reusing its waste heat, the customer company can reduce both its energy costs and greenhouse gas (GHG) emissions.Calefa offers a fully-installed system to its custormers, as well as system servicing and maintenance. It launched its circular economy solution in 2013.Photo: Project from datacenter heat reuse in Mäntsälä (FI)" + }, + { + "input": "Resource Efficiency in supply chain management; What are the benefits of using reusable transit packaging systems in reducing Waste Reduction and environmental impact; How can Circular Design principles be applied to optimize logistics and Packaging in the food industry?", + "output": "Svenska Retursystemcontributes to the circular economy through a reusable transit packaging system. The company is passionate about the environment and puts sustainability at the heart of their business, following the principles of circular economy and sustainable growth. Their reusable transit packaging system lowers CO2emissions, reduces food waste, provides a cleaner work environment, optimizes transport and return logistics, reduces environmental impact by using pH friendly washing water, and subscribe to renewable energies.Besides their vision, Svenska Retursystem follows three guiding principles that focus on saving time and money, improving the environment and securing deliveries to their customers. The transport is done in a four-step process:Svenska Retursystem delivers the reusable crates and pallets to the producer who fills and delivers them to the wholesaler.The wholesaler delivers the filled crates to the retail.The retailer empties the goods and delivers them to the wholesaler.Back at Svenska Retursystem, they control the product quality and wash them to be used again." + }, + { + "input": "What are the benefits of promoting the reuse of raw materials in the circular economy?; How can companies like Coolrec contribute to reducing carbon emissions and waste reduction in their recycling projects?; What role do innovative recycling companies like Coolrec play in achieving the climate objectives through recycling and material recovery?", + "output": "Coolrec, part ofRenewi, is an innovative recycling company. It has begun working with companies to contribute to the circular economy through various recycling projects. As a circular enabler, they promote the reuse of raw materials. They aim to resolve the global issue of scarcity of raw materials, reach the climate objectives including reducing carbon emissions, and participate in creating a more sustainable world.Coolrec has launched a project with two Dutch household goods chains: Blokker and Marskramer. DuringTefal Swap Weeks, they offer customers a 20% discount on new Tefal frying pans when they return old ones. Coolrec processes the pans collected and harvests the plastic and metal as raw materials for new products. Even the plastic grips are recycled." + }, + { + "input": "What are the benefits of recycling mobile phones to produce medals; How can we improve resource efficiency in the production of sports equipment; What is the role of circular design in reducing waste and promoting sustainable materials in the sports industry?", + "output": "Coolrec,KPNand theRoyal Dutch Skating Association(KNSB) have initiated a partnership to make skating medals from discarded mobile phones. The first recycled medals were used during the Dutch Allround & Sprint Championship inThialfin 2018.Coolrec, as part ofRenewi, is an innovative recycling company which has initiated cooperation with companies to contribute to the circular economy with various recycling projects. As a circular enabler, they promote the reuse of raw materials, aiming to resolve the global issue of scarcity of raw materials, reach the climate objectives including reducing carbon emissions, and actively participate in the creation of a more sustainable world." + }, + { + "input": "Resource Efficiency in plastic production; How can Recycling of post-consumer plastic be integrated into the production process to reduce Waste Reduction; What are the benefits of adopting a Circular Design approach in the development of new plastic products?", + "output": "Versalis produces plastics, rubbers and chemicals from renewable sources, maintaining plastic products and materials in a closed loop. It has developed the Versalis Revive® range of polymer based products containing recycled plastics, in collaboration with leading Italian companies in the recovery and recycling of post-consumer plastic at European level.The products' development required technological and commercial expertise within polyethylene and polystyrene industry, which has recently seen great advances. The project raises awareness on how products can be produced with recycled plastics and create high quality products. It takes into consideration the sustainability of the whole value chain, keeping the products in the circular loop. Moreover, Versalis Revive® products have an improved environmental footprint (i.e. carbon and water), compared to the traditional grades from fossil sources. The plastic secondary raw material is recovered from municipal plastic packaging waste.©Versalis" + }, + { + "input": "How can resource efficiency be improved in packaging-free stores, reducing waste and promoting sustainable consumption?; What are the benefits of upcycling packaging materials in-store, and how can this contribute to a circular economy?; Can circular design principles be applied to food shopping, reducing food waste and promoting sustainable agriculture practices through innovative packaging solutions?", + "output": "Unverpackt in Kiel opened in 2014, becoming Germany’s first packaging-free store, inspired by similar stores in France and London.Their goal is to reduce packaging and food waste, and simultaneously motivate customers to reflect on their consumer behaviour. Their long-term goal is to change consumer behaviour so that society rethinks their shopping habits. Their vision is unpacked shopping as an established concept. Products are stored in bulk containers and customers can fill up the needed amount in their containers (avoiding single use packaging). As such, food waste is avoided, as you do not buy more food than you need for your recipe.Most products are regional, seasonal and organic, and food that has reached its best before date. It is still in good quality and sold to a reduced price, or passed on to food sharing in Kiel, avoiding unnecessary food waste." + }, + { + "input": "Resource Efficiency in textile production; Benefits of using recycled materials in clothing manufacturing; How to reduce waste in the cork industry through upcycling?", + "output": "Cork-A-Texis a project that uses recycled cork to create a yarn with high incorporation of cork. Cork is a 100% natural material made from the oak cork trees which can be recycled after use as cork stoppers in wine bottles.However, during the production of cork stoppers waste is produced which is usually burnt.The project recognizes the useability of this waste as a bio-based renewable, natural and recyclable material. It turns the cork waste into a paste to coat knitted, woven and non-woven textile yarn for clothes, home textiles, transports and many other applications. The new and disruptive yarn has many benefits, such as a new natural comfort feeling, better strength, low abrasion and pilling, elongation and tear resistance to washing and drying, among other features.The project is a cooperation between cork-making companySedacor, Portuguese textile companiesTêxteis PenedoandCITEVE, and theFaculty of Engineering of the University of Porto.©Cork-A-Tex" + }, + { + "input": "How can resource efficiency in fertilizer production be improved through the use of recycled secondary materials; what are the benefits of circular design in the organic fertilizer industry; can waste reduction strategies in agriculture, such as using digestates from bio-gas plants, contribute to a more circular economy in the long run?", + "output": "Belgian company Fertikal is specialised in the production of organic fertilizers from recycled secondary materials. These recycled resources are collected from within a radius of 150 km around the production facility and include chicken manure, struvite, digestates from bio-gas plants, composts, by-products from sugar beet and bio-diesel industry, etc. The sampling of this secondary raw material follows strict rules according to the Flemish end-of-waste legislation.Fertikal offers the fertilizers in either pellet or crumb form. The organic and organo-mineral product, NPK (nitrogen, phosphorous and potassium) fertilizers, is manufactured for customers worldwide. End-users in 55 countries in South East Asia, the Middle East, Scandinavia and Eastern Europe are among the majority of its clients.©Tim Dirven" + }, + { + "input": "Circular Flooring; Resource Efficiency; Recycling of plasticized PVC from post-consumer waste flooring; Reuse of waste materials in new floor coverings; What are the benefits of the CreaSolv Process in promoting Zero Waste and reducing Waste Reduction in the flooring industry?", + "output": "Circular Flooring is an EU-funded project which aims to establish a circular recycling process for plasticized PVC from post-consumer waste flooring.For this purpose, theCircular Flooring consortiumuses the patented, innovativeCreaSolv® Process for plastic recyclingdeveloped by theFraunhofer Institute for Process Engineering and Packaging IVV.In the course of the project, waste floor coverings are collected and shredded into smaller particles before they are treated in the CreaSolv® Process that separates PVC from plasticisers. The extracted legacy phthalic acid esters are subsequently deactivated by catalytic hydrogenation, which allows for recycling into REACH-compliant alternatives. The recovered PVC needs then to be further upgraded with tailored additives before it can be reused in new floor coverings and re-enter the market.This means that a holistic circular value chain for flooring can be established while greatly contributing to the envisioned climate neutrality aimed by the EU by 2050." + }, + { + "input": "How can upcycled plastic be used to create sustainable and reusable products in the Scandinavian region?; What is the environmental impact of reducing waste through upcycling in the production process?; Can circular design principles be applied to the automotive industry to reduce material waste and promote resource efficiency?", + "output": "Upcycling Scandinavia designs practical objects entirely made out of upcycled plastic. Its products are reusable and can be included in the remanufacturing of new products. In this way, waste is reduced and the consumption of raw material becomes circular.Not only is Upcycling Scandinavia's production method based on upcycling of waste, but it has also thought about its use of energy to ensure that all resources are used efficiently.On itswebsite, consumers can find information about the sustainability of products, such as the Karoline chair (see picture below).The company aims to contribute toSustainable Development Goals, especially #12Responsible Consumption and productionand #17Partnerships for the Goals.©Upcycling Scandinavia" + }, + { + "input": "How can Resource Efficiency be achieved in building design and construction to minimize waste and support sustainable entrepreneurship? What are the benefits of adopting Circular Design principles in the production of sustainable shoes? How can Waste Reduction be encouraged in the furniture restoration industry through upcycling and creative reuse of materials?", + "output": "Het Hof van Cartesius is a non-governmental, bottom-up cooperative that provides circular and green workspaces for sustainable and creative entrepreneurs. The buildings are constructed completely with respect for circular design, using only secondary or biobased material.The entrepreneurs use the buildings as tenants and as part of a cooperative association with joint ownership. The buildings host companies focusing on topics such urban strategies, circular coffee, sustainable shoes, circular buildings, circular interior design, and furniture restoration. They create a safe and stable alternative for small companies that lose office space to more lucrative and bigger companies. Their vision of the cooperative aligns with a can-do mentality.The cooperative's core principles seek to ensure a bottom-up community immersed in a regenerative garden that is based on circular and material-driven design and serves as a catalyst for the redevelopment of the neighbourhood, with a high respect for people and nature. This strategy comes into practice by using as little new material as possible." + }, + { + "input": "What are the benefits of recycling copper, aluminum, and polymers from used cables in a circular economy approach; How can advanced technologies like sorting, cutting, and crushing contribute to Resource Efficiency and Waste Reduction in cable recycling; Can the recycled materials be used to produce new cables with high purity levels, like 99.9% pure copper, and what is the impact on the overall Recycling process.", + "output": "RecyCâbles is a joint venture betweenSuezandNexansstarted in 2008 that collects, recovers and processes used cables. Its vision is a more sustainable future by contributing to the circular economy approach.The materials from the cables - such as copper, aluminium and polymers - are recycled and used to make new cables with metallic elements of 99,9 % pure copper.The process requires advanced technologies that combine sorting, cutting and crushing. All types of cables are treated, including insulated or sheathed, steel or lead-armoured, thin or wide sections, end-of-life copper- or aluminium-based cables. The recycling and re-use of cable materials keeps them in the economic loop." + }, + { + "input": "Resource Efficiency in packaging design; How can laminates be designed for easy recycling and reuse; What are the benefits of using a solvent-free adhesive in packaging for a circular economy.", + "output": "Multilayer packaging is designed to meet the highest standards for product shelf life and protection of product quality. Laminates consisting of aluminium foil, polyethylene (PE) and polyethylene terephthalate (PET) are the material of choice for the packaging of sensitive food.As a leader in adhesive technologies,Henkelis committed to actively supporting a circular economy by making it possible to return high-quality materials into the loop after use.Together with its partners ExxonMobil, Borealis and Saperatec, Henkel has developed a solvent-free adhesive that is suitable for recycling and also for bonding of recycled plastic films. The adhesive is compatible with the olefin layers and has excellent mechanical recycling properties." + }, + { + "input": "How can we achieve Resource Efficiency in packaging design by reusing materials like aluminium foil, polyethylene, and PET? What are the benefits of Recycling laminates in food packaging to reduce Waste Reduction? Can Circular Design principles be applied to develop new packaging solutions that minimize the need for single-use plastics and promote a Bioeconomy?", + "output": "Laminates consisting of aluminium foil, polyethylene and polyethyleneterephthalate (PET) are the material of choice for the packaging of sensitive food. For the time being, large quantities of these laminates have to be disposed of after use and during the production process.Saperatec, a German start-up, has developed a method to recycle the components of flexpack laminates using a proprietary physical-chemical process that separates laminated structures without disintegrating them.Aflexpack adhesive manufacturerhas collaborated with the recycler to create tailor-made adhesives which enable the separation of the laminates as a precondition for the recycling process." + }, + { + "input": "Resource Efficiency in beer production; How can breweries like Lowlander reduce packaging waste in their supply chain; Benefits of upcycling Christmas trees into beer and other products.", + "output": "Lowlander is a beer brewery from the Netherlands that is passionate about brewing botanical beer. The company was founded in 2016 by Frederik Kampman, who got extensive experience about the use of botanical herbs while working in a gin distillery in the UK.For theTree to Table initiative, Lowlander has created a tasty, white IPA beer out of Christmas trees as part of their zero-waste crowdfunding campaign. The beer is produced by hand-picked needles of recovered trees and brewed with juniper berries. It requires up to 600kg of needles to produce a yearly batch. By donating a tree through their website, the donators can have the chance to be among the first to experience everything produced.At the same time, Lowlander upcycles waste and encourages a more sustainable drinking culture. The company’s philosophy is to brew unusual and delicious beers, combining nature and Dutch ingenuity. Recycling was a great start and an eye opener but it is only the tip of the iceberg. Lowlander increased its impact by committing to avoid Christmas tree waste through a long term collaboration withAdopt a Christmas Tree." + }, + { + "input": "Can circular economy principles be applied to the refurbishment of discarded computers, reducing e-waste and promoting sustainable electronics reuse; How does resource efficiency play a crucial role in the refurbishment process; What are the environmental benefits of upcycling old computers, compared to producing new ones from raw materials.", + "output": "PC4Changeis a project of theReware Cooperative - Social Enterprise, specialized since 2013 in the refurbishing of computers dismissed by large companies. These are invited to donate the hardware they intend to replace and to choose the non-profit organisation they want to support.Rewaretests, upgrades and installs the IT assets and then sells them to customers. 20% of the sales value goes to finance non-profit initiatives in agreement with the donor.PC4Changeincentivises companies to give decommissioned computers, because, in so doing, they can finance non-profit activities in the environmental, social and humanitarian fields at no cost.At the same time, the project allows companies to save on disposal costs,Rewareto generate green jobs and everyone to benefit from a healthier environment with minimal production of e-waste and minimal waste of natural resources.In less than two years this completely self-financed project has made it possible to regenerate hundreds of computers and to donate several thousand euros to important social, humanitarian and environmental projects." + }, + { + "input": "How can urban bio-waste be transformed into high-value products through circular economy principles, promoting resource efficiency and waste reduction? What are the benefits of upcycling sewage sludge into bio-based products, such as bio-ethanol and bio- plastics? How can the production of bio- products from urban waste streams contribute to a more sustainable and circular agriculture and food system, reducing the environmental impact of traditional resource extraction?", + "output": "The overall objective of theWaysTUP!project is to demonstratethe establishment of new value chains for urban bio-waste used in the production of high value purpose products, through a multi-stakeholder approach in line with circular economy.The project will showcase a portfolio of new urban processes \"from bio-waste to bio-based products\" starting from different feedstocks, waste derived from municipal wastewater and waste treatment plants and sewage sludge. Pilot demonstrations will take place in several European cities.The processes will result in the production of food and feed additives, flavours, insect protein, coffee oil, bio-ethanol, bio-solvents, polyxydroxyalkanoates, ethyl lactate, long chain dicarboxylic acid, bio-plastics and bio-char.The new value chains will achieve improved citizens’ perception on urban bio-waste as a local resource, enable sustainable choices and consumer acceptance of urban bio-waste derived products, and thus increase their participation in separate collection schemes at municipality level. New profitable business models will be developed and policy changes promoted." + }, + { + "input": "Resource Efficiency in product design; How can companies like Donar effectively implement Circular Design principles to reduce Waste Reduction and promote Reuse of materials in their products; What are the benefits of using recycled materials like PES in textile production, such as in the creation of NicoLess and ChatLoop, and how can this contribute to a more sustainable Bioeconomy?", + "output": "Donar follows the Cradle-to-Cradle model with design thinking (double-diamond) principles and focusing on design management.Rather than being limited to aesthetics, the company focuses on products’ social impact. Donar’s design is a response to the overwhelming growth of consumerism.Products that show best practice are NicoLess, ChatLoop, and Collodi, all made from recycled felt (PES), using trash as an industrial material of the future.The Donar process keeps in mind the objective of the EU's 7thEnvironment Action Programme and the UN Sustainable Development Goals.The company received the Green Product Award in 2018 and the Circular Design of the Year Award in 2019." + }, + { + "input": "How can Retailers leverage Circular Design principles to reduce waste in packaging; What are the benefits of Upcycling in the Fashion industry; Can Renewable Energy be integrated into the daily operations of a Mall to promote Resource Efficiency.", + "output": "ReTuna Återbruksgalleria revolutionises shopping by being the world's first recycling mall in Eskilstuna, Sweden. ReTuna takes old items and gives them a new life through repair and upcycling.The gallery opened in 2015, and since then every item sold has been organically or sustainably produced. The mall has a variety of shops: an outlet for construction and interior materials, a flower shop, a toyshop, a furniture shop, a vintage clothes store, a café and more. The public can leave items in the recycling containers provided by the mall, which are then redistributed to the shops. The mall also lays on events such as workshops and seminars.The idea of the mall came from Eskilstuna Municipality: it wanted to introduce a green role model that could spread knowledge about sustainability and the circular economy to the public. So it is more than just a marketplace: it is also a public educator. It is run by the municipality-owned Eskiltuna Energi och Miljö.©Retuna" + }, + { + "input": "Resource Efficiency in packaging solutions; Benefits of recyclable packaging; What are the advantages of developing compostable packaging options?", + "output": "AIMPLAS, the Plastics Technology Centre, is leading the BIOnTop project, whose objective is to develop new, competitive, low-cost, recyclable packaging solutions designed to be mechanically recycled, compostable either industrially or at home, or suitable for anaerobic digestion.In the first year of the project’s four-year development period, the project partners started experimental work on copolymers and compounds with customized biodegradability and multifunctional coating solutions with customized properties. Although these tasks are currently ongoing, the first trials have shown promising results." + }, + { + "input": "How can business models contribute to Resource Efficiency in the fashion industry? What are the benefits of implementing a circular economy approach in the textile sector, such as Recycling and Upcycling of old clothes? Can Swappis' model help reduce Waste Reduction and promote Zero Waste in the fashion industry through its reuse and recycling practices?", + "output": "The fashion industry is the second largest polluter and has the second highest water consumption, according to UNCTAD, with a business model built on a linear approach.Swappisis a clothing retail store in central Budapest aiming to counteract this with a business model that focuses on circularity and the reuse of second-hand clothes. This clothing retail store offers consumers a sustainable option that reduces overconsumption, and focuses on local solutions to expend the lifespan of clothing items. Their vision is to encourage a community of like-minded people.Customers go through a process to:select the clothes and accessories they want to give away and bring them to the Swappis storereceive points according to the quality and condition of the clothes, which are registered on the customer's accountshop using the credit points, which can bring a 50% discount online or in the 'Swap-shop'.Swappis believes that this membership loyalty mechanism maintains a stronger relationship with their customers than other second-hand stores." + }, + { + "input": "What are the benefits of circular economy practices in reducing food waste, such as food recovery and redistribution, in urban areas like Toledo? How can Resource Efficiency and Recycling of surplus food help alleviate social exclusion and inequality? Can Zero Waste strategies, like upcycling and reuse, be applied to food waste reduction?", + "output": "Red Alimenta is an organisation of volunteers that collects surplus food and delivers it to people in need. The network of volunteers in different neighbourhoods of the city collect excess prepared food fromrestaurants,schoolsorhospitals. Putting the food in containers, they carry it in refrigerated backpacks to the houses of families in need.Their values are to take action against food waste by focusing on sustainability, social exclusion and inequality, using the simple principle of community solidarity. At the heart of the organisation is the goal to protect the environment.The association collaborates with social services and partners with other associations in order to reach more people. In addition, they present their cause at schools to show children the importance of having responsible consumption habits. All citizens interested in mitigation of social inequality and improving societal sustainability are invited to join. The focus for Red Alimenta's activities is the city of Toledo." + }, + { + "input": "Resource Efficiency; How can companies contribute to a more circular economy by promoting resource efficiency and reducing waste in their operations?; What are the benefits of implementing a sharing marketplace solution in the context of sustainable business practices and waste reduction?", + "output": "FLOOW2 is the sharing marketplace solution for every business, organization and network. In our current society, it becomes more and more important to think global, but to act local. To make more efficient use of what we already have as a company, to reduce waste, to save resources, to collaborate, to share and to make our business model future-proof.FLOOW2 works locally and internationally, to identify the need, and the opportunities of asset sharing for businesses. Sharing assets may be a new concept, but it is an integral part of the development towards a more circular economy in which collaboration is key! The smart sharing marketplace solution of FLOOW2 enables businesses to optimize the use of assets, to reduce waste, lower costs, and builds revenue.FLOOW2 creates (internal) sharing marketplaces where supply and demand of equipment, materials, services, facilities and personnel can meet. These platforms are especially suitable for business parks, (air)ports, organizations with multiple departments or locations, business communities, hospitals, care organizations, and market sectors." + }, + { + "input": "How can local collaboration and sharing of resources contribute to a more circular economy in the context of sustainable entrepreneurship?; What are the benefits of matching supply and demand between companies in reducing waste and increasing resource efficiency in the sharing economy?; Can the concept of sharing and collaboration be applied to various industries such as construction, automotive, or food, to achieve a more circular design and reduce waste reduction and recycling efforts.", + "output": "Parksharingis the online sharing marketplace for local collaboration, sharing and sustainable businesses. The importance of local collaboration, sharing and matching supply and demand between companies is increasing. From catering to healthcare, working together at local level pays off.Parksharingenables entrepreneurs, companies and organizations to take concrete steps towards local cooperation and sustainable entrepreneurship. The platform gives visibility to companies and organisations available locally and to what they can benefit from each other. After all, why look for a distant friend when you have a good neighbour?In addition, companies can match and share supply and demand of assets, materials, residual flows, services, personnel and facilities (for example: meeting rooms, parking spaces, pallets, residual heat or energy, storage space, forklift, delivery van, etc.). Some companies are in great demand for materials, aids or extra manpower, while elsewhere equipment is at a standstill or staff is unemployed.For more information on howParksharingworks, go to theFAQsection of its site." + }, + { + "input": "Medication waste reduction through effective supply chain management; How can circular design principles be applied to pharmaceutical packaging to minimize waste and promote resource efficiency; What are the benefits of implementing a medication sharing platform like PharmaSwap in reducing waste and promoting a bioeconomy approach in the pharmaceutical industry.", + "output": "Medication waste is a hotly-debated issue that primarily relates to medicine packets returned by patients. It is estimated that in The Netherlands alone, medicines worth at least EUR 100 million are thrown away every year. Besides patients, pharmacies and suppliers also have to deal with leftovers and wastage.PharmaSwapis a unique sharing marketplace for pharmacists, hospital-based or otherwise, that creates transparency in the supply and demand for expensive medicine. By connecting supply and demand in a professional manner, participating pharmacists aim to reduce medicine wastage that would otherwise remain on the shelves of  pharmacies, wholesalers or pharmaceutical companies, only to end up passing the expiration date.PharmaSwap sharing marketplace is exclusively meant for medication that was never issued to a patient and has always remained under the strictly controlled storage conditions legally imposed on pharmacies. Moreover, the shipment of traded goods through PharmaSwap is organized in a safe, GDP compliant manner to guarantee safety and quality at every stage." + }, + { + "input": "What are the benefits of using recycled mixed plastic for manufacturing shipping pallets; How can circular design principles be applied to reduce waste in the packaging industry; What are the advantages of using recycled materials in the production of plastic pallets versus traditional materials like wood?", + "output": "Stabilplastikis Europe's only manufacturer of zero waste 100 % recycled mix plastic pallets.Plastic shipping pallets Stabilplastik are made of recycled mixed plastic (polyethylene, polypropylene and other materials). Primary raw material is the granulate made by the recycling of sorted waste from plastic products. The pallets can be repeatedly recycled after their lifecycle is over.The durability of Stabilplastik pallets is incomparably greater than wooden pallets; during common use, there is almost no wear. Plastic pallets do not succumb to molds, fungi or wood-decaying insects. There is no need to treat them with insecticides and fungicides.Stabilplastik pallets are marked by greater durability, which means low costs of each turnover and, in connection with their hygienic design, they represent a modern way of packaging. The labelled pallet also becomes a returnable packaging.Stabilplastik pallets meet the criteria for health safety and fulfil European hygene standards for use in the food industry. They resist to the vast majority of chemical substances, which also makes them fit for use in the chemical industry." + }, + { + "input": "Circular design strategies for upcycling used bicycle tires; What is the role of resource efficiency in reducing waste generation; How can textile reuse and recycling contribute to a sustainable economy?", + "output": "Cingomma employs used bicycle tyres to create unique fashion accessories (belts, wallets, bags and key rings).It focuses on innovative objects such as the Tube wallet, for which theinner tubes ofbicycle tyres for the outside cover and disused PVC advertising posters for the inside lining are employed.  Another product,the Youtattoo, is a belt hand-made of used bicycle tires \"tattooed\" with watercolor-printing.Many products reaching the end of their \"lives\" can be reinterpreted and enhanced again.The company aims at three kinds of influential impacts: economic, social, and environmental.Economically, thesavingsfrom material re-usetranslates into increasedincome for people working on the project.Socially, Cingomma wants to go beyond theclassic factory-based business model, with two important objectives: to train craftsmen,andtocreate a business model thatfeeds thesupply chainin the right way.It has chosen to focus on local artisans, so access to its E-commerce store is limited to avoid conflict with its excellent network of local distributors." + }, + { + "input": "Circular Design in fashion industry; How can upcycling of old bicycle tubes be applied to create unique fashion accessories; What is the impact of reducing waste in fashion production through Resource Efficiency and Recycling.", + "output": "In cooperation withRenewiandCoolrec,Circular Clockworkshas launched the 'Circular Watch'. It is made from raw materials provided by Renewi, such as secondary plastic granules produced from recycled electronic and electrical appliances. Black watches are based on materials from recycled televisions, and white ones are made from recycled fridges, while the leather straps come from left-over materials from shoe manufacturing processes. The only new part is the timepiece itself.The purchase of a watch earns consumers 'Circular Coins', i.e. vouchers which can be used in payment for repair and maintenance services. The company also buys the watch back when it has reached its end of use.Circular Clockworks' mission is to give recycled plastics a high-quality image, showing that consumer products made from recycled materials can be of high quality." + }, + { + "input": "Circular economy in waste management; What are the benefits of reusing waste collection equipment instead of producing new ones; How can we reduce waste and promote sustainability through efficient equipment reuse in the waste management sector?", + "output": "Complementerre38 obtains waste collection equipment, including end-of-life equipment, that is sold or donated, and gives it new life. In this way, the company provides a technical solution adapted to customer specifications that ensures the re-use of the equipment instead of it going to waste.The company's vision isto promote sustainable purchasing for communities and local authorities, as well asto avoid the need for unnecessary transportation and manufacturing of new products that can easily be replaced by old but functioning equipment." + }, + { + "input": "What are the benefits of reducing water consumption in agriculture through circular design approaches?; How can innovative irrigation technologies and wastewater reuse contribute to a more sustainable food system?; What are the advantages of using plastic materials in Mediterranean greenhouses for resource efficiency and waste reduction?", + "output": "TheAZMUD projectwill help reduce the consumption of water, energy, nutrients and pesticides, and promote the use of wastewater in irrigation and soilless systems. The performance of Mediterranean greenhouses will improve by 15% thanks to synergic combinations of innovative technologies (plastic materials, natural additives and irrigation technologies).The Plastics Technology CentreAIMPLASis coordinating the AZMUD consortium, made of 8 partners from 5 different Mediterranean countries: Egypt, France, Jordan, Spain and Turkey." + }, + { + "input": "What are the benefits of upcycling post-consumer denim for sustainable fashion; How can resource efficiency in textile recycling contribute to a circular economy; What are the advantages of using recycled materials like Lyocell in the production of sustainable fabrics.", + "output": "Infinitdenimis a sustainable fashion brand made in Barcelona, Spain. The whole project started under the name ofBack to Ecoin 2016.The company is specialised in the recycling of second-hand denim, rescued from its own city. Pieces are cut out of this post-consumer material and fashioned into a variety of items. Then scraps of this production are used for its very sustainable fabricInfinitDenim. This fibre is composed of denim leftovers, regenerated cotton andLyocell.The company's mission is to maintain its production local and free of synthetic fibres.Back to Eco also organises workshops and conferences to share its own vision of the circular economy in the textile sector.To contact Infinitdenim, clickhere." + }, + { + "input": "Resource Efficiency; What are the benefits of buying and reselling used spare parts for home appliances to reduce electronic waste and support sustainable consumption?; Can the practice of repairing and refurbishing spare parts contribute to Waste Reduction and Zero Waste goals in the long run?", + "output": "TheAgence française des Pièces Détachées (PCDT)'s motto is \"Réparez, ne jetez plus. Tous mobilisés pour la planète\" (Repair, do not throw away: let's all act for the planet).Sometimes home appliances are out of order just because of a tiny spare part, which is broken and impossible to find. PCDT goes further in the sustainable development process and buys used spare parts for home appliances from customers whose appliances cannot be repaired.Its website then sells these spare parts - with no profit margin (price paid to buy the spare part + postage + VAT) - to other consumers, who will be able to use them to repair their own appliances at a lower cost." + }, + { + "input": "How can spent coffee grounds contribute to a circular economy through bio-fermentation; What role does Resource Efficiency play in the production process of coffee; What benefits does Waste Reduction bring to the coffee industry through the reuse of coffee grounds as a bio-fuel.", + "output": "In Joure (NL) theJacobs Douwe Egberts(JDE) plant uses spent coffee grounds as a bio-fuel to produce the steam needed for its production process.The plant requires a huge amount of steam to produce its 12 million kilos of coffee annually. To generate the steam, it normally uses natural gas - a costly fossil fuel with limited reserves.JDE wanted to increase its coffee production, but simultaneously reduce its carbon footprint. To meet this challenge, Veolia and JDE have come up with a solution: replacing natural gas with spent coffee grounds. Roasting coffee beans produces a large amount of residue, which was previously sent to landfill. Nowadays, this residue is kept and can be used to generate steam for operating the plant.The Veolia team spent three years developing a biomass boiler fueled only by spent coffee grounds. The installation employs a unique drying and combustion system. JDE is now using its own coffee waste to produce... coffee! A genuine short circuit circular loop.The story does not end here! Biogas is also extracted from the on-site wastewater treatment plant. It is the first back-up fuel source to cover peak moments." + }, + { + "input": "How can Resource Efficiency be improved in the management of waste electrical and electronic equipment (WEEE); What are the benefits of adopting Circular Design principles in the development of new business models for the electrical and electronic sector; Can Zero Waste strategies be applied to reduce the environmental and health impacts of WEEE by promoting sustainable consumption and production patterns?", + "output": "It is estimated that more than 12 million tonnes of waste electrical and electronic equipment (WEEE) will be generated in 2020. With a growth rate of 3-5% per year, this type of waste is made up of a complex mixture of high value-added materials that can cause environmental and health problems if not properly managed.AIMPLASis coordinating theC-SERVEES projectwith the aim of fostering a circular economy that is more efficient in the use of the resources of the electrical and electronic sector by developing new circular business models. Four kinds of products have been chosen for evaluation of their business models:washing machineslaser printers and toner cartridgesTV setstelecom equipment.These business models are based on eco-innovative services such as eco-leasing, product customization, better WEEE management, and ICT tools to assist with other circular services. ICT tools are currently being developed thanks to synergies between the circular economy and Industry 4.0. They will be used to implement new circular service models after taking into consideration the barriers and opportunities identified by stakeholders in a consultation." + }, + { + "input": "Resource Efficiency in textile processing; Recycling of wool processing residues; What are the benefits of Upcycling industrial yarn and textile processing waste into Refit Wool?", + "output": "Refit Wool, launched in 2019, is an innovative sustainable material inspired by the world of fashion. It includes fibres from industrial yarn and textile processing. It is developed in accordance to circular economy principles. The waste product is taken from wool textile manufacturing processes, often left as fluff on the side of the machine, and, after a special treatment, it is introduced into the pulp used to make Refit Wool.Generally, these wool processing residues are sent for use as sound-absorbing material or asphalt fillers, which gives a durable product, but one which is neither recyclable nor biodegradable and most of it is largely destined for landfill disposal.Favini has found a way to creatively reuse these wool residues in paper production. Refit Wool is produced, becoming a 100% recyclable and biodegradable ecological paper, printable and convertible, thus creating an excellent high quality paper." + }, + { + "input": "Resource Efficiency; What are the environmental benefits of upcycling cocoa processing waste into sustainable raw materials for paper production?; How does the industrial symbiosis system implemented by Favini and Domori promote Waste Reduction and Zero Waste principles in the chocolate industry?", + "output": "In line with a circular economy strategy, the companyFaviniand chocolatiersDomorihave collaborated in the development of an industrial symbiosis system to produce the ecological paper Crush Cocoa from cocoa processing waste. The by-products used are the skins of the cocoa beans, which is one of the waste products created during the processing of chocolate.In cocoa processing, the beans are fermented, dried, cleaned, roasted and then decorticated. The last step separates the skin from the “naked” bean, called the grain. The grain is crushed in a machine built with granite stones and milled, passing from solid to liquid state: cocoa butter is obtained, the main ingredient of chocolate.During these transformation processes of the bean into cocoa butter and the subsequent processes to produce chocolate, waste is generated. The processing residues are the skins of the cocoa beans, which are recovered and upgraded by Favini, following the principles of circular economy, to become a sustainable raw material for the production of Crush Cocoa paper." + }, + { + "input": "What are the benefits of upcycling cotton textile manufacturing waste into paper production; How can circular design principles be applied to reduce waste in the fashion industry; What are the advantages of using recycled and biodegradable materials in packaging materials like paper;", + "output": "Refit Cotton, launched in 2019, is an innovative sustainable material, inspired by the world of fashion, which takes fibres from industrial yarn and textile processing for use in paper production. It is developed according to circular economy principles.Favinitakes waste product from cotton textile manufacturing processes, often left as fluff on the side of the machine, and after a special treatment introduces it into the pulp that is used to make Refit.Generally, these cotton processing residues are sent for use as sound-absorbing material or asphalt fillers, which results in a durable product but one that is neither recyclable nor biodegradable - and most of it is largely destined for disposal to landfill. Favini has found a way to creatively reuse these cotton residues in paper production.Refit Cotton is a 100% recyclable and biodegradable ecological paper, which is printable and convertible, creating an excellent high-quality paper." + }, + { + "input": "What are the benefits of converting municipal solid waste into nutrient-rich organic compost using in-vessel composting technology; How can Enrich's circular approach to composting reduce waste sent to landfills and promote Resource Efficiency in Ireland's waste management; Can upcycling of green waste into high-quality topsoils and soil blends contribute to sustainable Urban Agriculture and help achieve Zero Waste goals in Ireland?", + "output": "Enrich Environmental (Enrich) is a composting plant based in Ireland, Co. Meath. Enrich manufactures organic compost in an open windrow system using source segregated green waste such as garden clippings and landscaping materials. Enrich's organic compost is certified by the Irish Organic Association (License no. 7614) and manufactured from previously approved green material collected from licensed recycling facilities and depots. Over a number of years, Enrich has developed a wide range of landscaping, agriculture and urban soil products incorporating compost from green waste.Enrich specialises in topsoil manufacturing and develops a range of soil blends, such as lightweight soils for green roof applications (SuDS), bioretention soils, urban tree soils and peat-free ericaceous soils. The company's vision is to use materials often seen as “waste” as a resource in the manufacture of greener soil applications. Enrich also specialises in the in-vessel composting of the organic fraction of municipal solid waste (OFMSW), a material that is currently usually destined for landfill. Over the past 10 years, Enrich has been engaging with third-level institutions and governmental bodies." + }, + { + "input": "Resource Efficiency in IT industry; Benefits of Remanufactured Laptops in terms of Waste Reduction; Can Circular Design principles be applied to future HP laptop designs for better Environmental Sustainability?", + "output": "In an unprecedented move, Hewlett-Packard (HP) promotesCircular Computingcarbon-neutral laptops to purchasers alongside a brand-new model.For a global brand to present a remanufactured, outgoing model as a direct alternative to a new product is extremely unusual. It underlines a highly significant endorsement of Circular Computing’s approach to sustainability at the high end of the IT market.An HP direct mailcampaigncurrently running in Denmark for the new Elitebook 840 G6 laptop also features the Elitebook 840 from Circular Computing™.Under the headline ‘We believe in reincarnation’ the mailer explains that the Circular Computing™ Elitebook 840 looks and performs exactly like a new machine.It undergoes five hours of remanufacturing, a complete external recoat, and comes with a full three-year warranty.HP highlights that it uses high-quality materials and components in the original build to ensure longevity and sustainability ‘because it is good business for you and the environment.’ Circular Computing also plants five trees for each laptop delivered, then investment to help people & make earth cooler." + }, + { + "input": "Resource Efficiency in school building design; How can Reuse of existing materials in construction reduce Waste Reduction; What are the benefits of Circular Design in the development of sustainable schools?", + "output": "CIS Nordhavnis a new school building for the Copenhagen International School, located in a prominent position in Copenhagen's North Port. The main school building is subdivided into four smaller towers, each specially adapted to meet the needs of children at different stages of development. 12 000 solar panels cover the school's facades from the first floor upwards. Each 70 x 70 cm solar photovoltaic module is angled in different directions to create a varied surface.In terms of the school facilties, the classrooms for the youngest pupils are particularly large. A full range of functions will take place in and around the classroom, each of which has designated green spaces and areas with drama\/performance facilities, physical education, etc.The four towers each have from five to seven storeys. All four school units are built on top of the ground-floor base, which includes a foyer, sports facilities, a canteen, library and performance facilities. These common areas will be open for school and local community events." + }, + { + "input": "What are the benefits of implementing a circular economy approach to plastic bottle recycling like b:bot? How can resource efficiency be improved through the reuse of plastic flakes? Can the resale of recycled plastic contribute to waste reduction and a more sustainable packaging system?", + "output": "b:bot is an educational concept aimed at raising awareness and encouraging recycling. Based on a circular economic model that combines ecology and economy, it is a machine and digital ecosystem dedicated to the collection of PET plastic bottles - with a real social and environmental impact.Each bottle collected is sorted and shredded into plastic flakes. The storage capacity is 3 000 bottles, taking up less than 1 m2in order to optimise their recycling and resale.For each bottle inserted into b:bot, consumers get some points or cents: they can choose either a) to collect these points on their fidelity card, b) to print a ticket for a corresponding sum which can be spent in the supermarket or else c) to donate this sum to a charity.b:bot is totally self-financed thanks to the resale of the plastic flakes to beverage manufacturers who use them as raw materials for new bottles and containers." + }, + { + "input": "How can Resource Efficiency strategies be applied to upcycle waste materials into unique handicrafts; What are the benefits of incorporating Recycling and Reuse principles in traditional handicrafts like rag doll-making; Can Circular Design approaches be used to reduce Waste Reduction and promote sustainable livelihoods for marginalized communities.", + "output": "TheÓ Boneco(literally \"rag doll\" in Portuguese) project was born out of a desire to design a tailor-made training combining handicrafts and the traditions of the municipality of Valongo in Portugal. The project, organised by theCentro Social de Ermesinde(Ermesinde Social Centre), was intended for unemployed people and young people at risk of social exclusion.In the course of the training project a family of rag dolls representing local customs and traditions - among them the miner, the paperboy, the washerwoman, the sharpener, the harvester, the baker, the fishmonger, etc. - were made out of recycled materials, in the name of circular economy. The sets were made with recycled wooden boxes, and decorated with old photographs of the region and the country. The first dolls were conceived by experienced artisans, followed by young people eager to learn.The particularity of handiwork lies in the fact that it is exclusive, unrepeatable and timeless. There are no two identical dolls." + }, + { + "input": "How can Resource Efficiency be improved in plastic waste management through upcycling; What are the benefits of Recycling plastics into industrial products; What are the environmental implications of Waste Reduction through chemical recycling.", + "output": "Clariter has created a revolutionary chemical recycling (upcycling) process that provides a large-scale solution for the world's plastic waste problem. The technology accepts the majority of plastic waste streams, and not only helps to clean the planet effectively, but also creates a strongly profitable business opportunity.Rather than recycling plastic waste into intermediates which require further processing, Clariter transforms it into 3 industrial, ready-to-use product families: oils, waxes, and solvents. These pure fossil-fuel alternatives are used as ingredients to make over 1000 clean, everyday end- and consumer products.The footprint of Clariter's process is net carbon negative and preferable to landfill, incineration and other pyrolysis-based solutions. Their technology is proven through an operational Pilot Plant in Gliwice, Poland, and a Demonstration Plant in East London, South Africa. Their offices are based in Israel, Poland, Luxembourg, and The Netherlands.Without compromise on profitability or sustainability, Clariter unlocks the value of the Circular Economy.For more information clickhere." + }, + { + "input": "How can circular design principles be applied in the development of air pollution abatement techniques; What are the benefits of using magnesium oxide as a desulfurization reagent in the magnesium oxide sector; Can resource efficiency and waste reduction strategies be implemented in the production process of magnesium oxide to minimize environmental impacts.", + "output": "LIFEPOSITIVEMgOFDG- a project co-financed under the EU'sLIFEprogramme - is about designing and implementing a novel technique for air pollution abatement. The project is based at a pilot plant belonging to the mining and industrial companyGrecian Magnesite(Yerakini site), and treats the flue gases generated by kilns that run on high sulphur content-fuels.Under EU Legislation, themagnesium oxide sectormust implement the Best Available Techniques (BATs) described in a special reference document (CLM BREF), in order toreduce its sulphur oxide emissions below specific limits.The project's main objective was to investigate under which conditions magnesium oxide, a non-hazardous alkaline reagent, can be used economically and effectively as adesulphurisationreagent in the sector, in a process that minimises cross-media effects and respects circular economy principles, such asutilisation and valorisation of solid waste." + }, + { + "input": "What are the benefits of reusing and restoring second-hand materials in the context of a circular economy; How can resource efficiency be improved through upcycling and creative reuse; What role does waste reduction play in the transition towards a bio-based economy and a more sustainable future?", + "output": "The projectreCIRCULARtestarted in 2017: three unemployed persons decided to reuse, recover and restore second-hand material or objects, giving them new life.According to one of the people directly involved in the project \"it's this dusty furniture (...) that reCIRCULARte 'rescues' to give them a new opportunity... a new life... a new utility... And what for some is trash and worthless junk, to us it's an opportunity to 'recriar'... redecorate\". Thanks to this project, the contact network of the three people has expanded, and so have their possibilities of getting jobs, thus creating the conditions for setting up a company of their own.This project is aligned with the intended transition towards a more circular economy, replacing the end-of-life concept, present in the current linear economy, with new circular flows of reuse, restoration and renovation. It is an integrated process decoupling economic growth from increased consumption of resources." + }, + { + "input": "Is there a circular economy approach to reducing waste in daily life; Can circular design principles be applied to improve resource efficiency in various industries; How can waste reduction strategies be implemented in the construction sector.", + "output": "Is your lifestyle good or bad for the environment?Test yourselfonline and find out whether you are a threat or an opportunity for our planet." + }, + { + "input": "How can Resource Efficiency be improved in the production of appliances to reduce electronic waste; What are the benefits of Circular Design in the development of sustainable products; What are the key factors to consider in Waste Reduction strategies for the electronics industry", + "output": "Each year, appliances create the equivalent of 5000 Eiffel towers in weight of electronic waste. Manufacturers often do not integrate sustainability into their product design. Consumers tend to choose replacement over repair because buying a new product is mostly cheaper. Also, consumers lack information about repair and spare parts availability.LONGTIME®, byEthikis, is a European independent label for consumers. it was developed to encourage the manufacturing and consumption of more sustainable products.LONGTIME® label is:41 criteria focusing on end-to-end approach of durability;an innovative solution providing durability information to consumers;applicable to all manufactured goods thanks to an innovative process, allowing identification of product specificities;granted after rigorous audit conducted by third-party certification bodies.The label allows consumers to make smart product purchases based on more transparent information on the longevity\/price ratio. It helps manufacturers reduce waste and production of premature waste harmful for the environment, who receive incentives to produce better and recognition for the valuable efforts made." + }, + { + "input": "Resource Efficiency in furniture production; How can Circular Design principles be applied to reduce Waste Reduction in wood waste management; What are the benefits of Reuse and Recycling of locally recovered wood in furniture creation;", + "output": "Created in 2018, Holy-wood is an association of craftsmen who create designer furniture with locally recovered wood in an ethical and holistic approach. Holy-wood ensures the quality of creations from the deposit, through design, to marketing and its customers (companies, offices, commercial spaces, cultural spaces).A wide range of furniture is offered: tables, desks, chairs, benches, kitchen furniture, shop furniture, bars, counters, etc.A locally rooted business: this cooperative started at the heart of the Community of Emmaus Ghlin, who wanted to re-value wooden furniture which cannot be sold in their store and has a cost for the community. Holy-wood recovers, sorts wood to design and manufacture furniture (custom-made, in small series) with a healthy and natural painting and oil.More information on Holy-wood and its founder are availablehere(in French)." + }, + { + "input": "Resource Efficiency; What are the benefits of using 100% recycled PET in packaging; How can companies like Jerónimo Martins promote Waste Reduction and Recycling in their supply chains?", + "output": "Jerónimo Martins, a food retailer operating in Colombia, Portugal and Poland, seeks to optimise the use of natural resources to foster more sustainable supply chains and consumption practices.The Group is a signatory of the New Plastic Economy Global Commitment, which encompasses several goals by 2025, including incorporating at least 25% of recycled plastic in Private Brand packaging.In 2019, Biedronka (Poland) and Pingo Doce (Portugal) rolled out a new washing up liquid under the Kraft and Ultra Pro brands. Each bottle is made with 100% recycled PET, 11% of which is from marine litter, and 89% is post-consumption recycled plastic. The litter is collected by Waste Free Oceans through partnerships with fishers who do so using nets. The bottle is also 100% recyclable.Also in 2019, the Group started offering check-out bags made with 80% post-consumer recycled plastic in Biedronka and Pingo Doce stores. In 2020, this percentage increased to 85%, and the bags are now Blue Angel certified, a label that differentiates products with a better environmental profile.Moreover, in 2020, Pingo Doce increased the recycled plastic content of its trash bags to 100%." + }, + { + "input": "Reducing food waste in retail operations through circular design, Resource Efficiency, and Waste Reduction strategies; Strategies for effective food recovery and reuse in the supply chain; Implementing zero-waste-to-landfill policies in food retail operations.", + "output": "Jerónimo Martins, a food retailer operating inColombia, Portugal and Poland is committed to reducing 50% of the food waste produced in its operations by 2025, compared to 2016. It has developed various initiatives upstream and downstream of its operations.It promotes the purchase of non-graded food – whose nutritional profile is the same as graded products – ensuring these products reach consumers’ tables.Non-graded food is incorporated into soups in Portugal and in Poland, in 4th range products (washed and pre-cut ready-to-use vegetables) and is sold at a reduced price inRecheio stores.InPingo DoceandBiedronkastores, it launched the mark-down project, where food products about to expire are sold at discount prices.Its agribusiness operations source sub-products from the food industry, and non-graded vegetables are incorporated into cattle feed.The Group also seeks to have a positive impact in surrounding communities, through food donations to charities, training its employees to identify and select food in perfect conditions to be consumed.To help clarify consumers’ doubts, whenever possible, only one expiration date on product labels is used." + }, + { + "input": "Resource Efficiency; What are the benefits of upcycling products in the fashion industry; How can Recycling and Reuse of materials help reduce Waste Reduction in the production process of products.", + "output": "Rue Rangoliis a French social enterprise that supports social organisations involved in upcycling or zerowaste and the design circular economy, based in Europe, Africa and Asia. It works with them to make this emerging inclusive and innovative economy sustainable. Its partners include NGOs, social enterprises, women's communities, foundations, refugees and people with disabilities.Rue Rangoli puts their products on the marketplace and manages a shop dedicated to upcycling and social design in the centre of Paris. Its concept is to bring old hand-made know-how into line with consumer needs, high quality, design and appealing products. It also runs workshops and conferences to make consumers aware of the need to be more responsible in how they consume." + }, + { + "input": "Resource Efficiency; Recycling; Waste Reduction; Reuse; Circular Design; What benefits can be achieved by developing an application that promotes proper waste segregation and recycling in urban areas? Can this approach contribute to reducing plastic waste and its environmental impact? How can users' behavior be influenced by gamification and incentives to adopt sustainable recycling practices?", + "output": "The idea behind thecleanSpot application- to be uploaded on smartphones and GPS - is to provide people with an easy way to search for recycling centres (calledpuntos limpios- clean spots in Spanish) and specialised recycling containers where they can simply go and drop off their non conventional urban waste for correct recycling.The application provides a map with all recycling spots, which users can easily navigate to search for the nearest. Users can also take a picture of their waste to detect - via image recognition - the category it belongs to and calculate the amount of CO2emissions saved when correctly recycling\/reusing it." + }, + { + "input": "How can blockchain technology be used to track and verify the origin of plastics in a circular economy; What are the benefits of using blockchain in the plastics industry for increasing resource efficiency and reducing waste; Can blockchain-based tracking systems help promote the use of recycled materials and reduce the demand for virgin plastics in the production process.", + "output": "Blockchain technology has been proposed - and is being piloted - for all manner of supply chain applications, particularly for verifying the provenance or source of materials, commodities, food or goods. And now two European companies, polyamide supplierDomoand polymer manufacturerCovestro, are collaborating with Dutch technology startupCirculariseto create a system for tracking plastics.The ultimate goal is to create an open standard for sharing data about where resins or materials originate - information that is important for moving to circular production models that help the plastics industry increase the use of recycled content and decrease the use of virgin plastic.The three companies above have created a consortium dubbedCircularise Plasticsto develop and pilot the system. They encourage other companies to become involved, and have already presented the technology to BASF and its customerStanley Black & Deckeras part of the US chemical company'sCircularity Challenge accelerator programme.Read an interview with one of Circularise's foundersJordi De Vos, who explains how to apply blockchain technology to plastics." + }, + { + "input": "How can Circular Design principles be applied to food storage solutions like Frank Wrap to reduce waste and promote sustainability; What are the benefits of using a reusable alternative to plastic cling film for food packaging; Can Reuse and Recycling of Frank Wrap's components, such as cotton and beeswax, further enhance its eco-friendly credentials and reduce Resource Efficiency in the production process.", + "output": "Frank Wrap® is a natural and reusable alternative for food storage. ThisNatural Food Wrapreplaces the single use of plastic cling film. It is made of 100% certified cotton (with low impact dyes), beeswax, pine resin and jojoba oil. It has antibacterial qualities that help to keep food fresh. It is plastic-free, durable, washable, reusable, compostable, sustainable and reusable up to a year.The Frank Wrap®Beeswax Blend Baris used to refresh your old Frank Wrap® or to create a new one using your own cotton fabric. Frank Wrap® reduces your consumption of plastic and at the same time supports the local community.Frank Wrap® donates to Hospice Malta through its online store. All of its products are handmade in Malta, and are natural, biodegradable and eco-friendly." + }, + { + "input": "Circular Design in data centers, how can waste reduction be achieved through equipment reuse and remanufacture; Resource Efficiency in the DCI, what are the benefits of recycling Critical Raw Materials; Recycling of redundant equipment in data centers, what are the environmental impacts of reducing virgin materials usage.", + "output": "Currently, only 10% of the so-called 'critical raw materials' used in data centres are recovered. This percentage needs to be drastically increased to reduce the impact of data centres on the environment. The main priority of the data centre (DC) industry is 100% uninterrupted operation and service to customers. Consequently, the sector has concentrated on technology and product development, manufacture and operation.The CEDaCI, an Interreg North West Europe funded project, aims at building a Circular Economy for the Data Centre Industry to:increase reclamation and reuse of Critical Raw Materials in the sector,extend product life through equipment reuse and remanufacture,reduce the use of virgin materials, waste and environmental impact arising from the growth in redundant equipment anddevelop a secure and economically viable CRM supply chain for the sector.The project brings together actors and experts from all life cycle stages and sub-sectors associated with the DCI.If you are interested in becoming a member of the multi-professional network,applyby 30 September 2020." + }, + { + "input": "Resource Efficiency; Recycling; Eco-design; What are the benefits of using recycled paper technology in interior design, and how does it contribute to a more sustainable future? Can you explain the process of upcycling recycled paper into lightweight and durable materials? How does INDI's innovative approach to design and production help reduce waste and promote a zero-waste lifestyle?", + "output": "INDI is a Lithuanian design brand founded by designer Simonas Tarvydas. The line combines itsunique recycled paper technology– REPAPER –with original and contemporary designs for interiors.INDI has developed this method which creates a fascinating illusion - objects that look like they are made of heavy concrete in fact are extremely lightweight. INDI aims to create aesthetic interior elements that are environment-friendly and pollution-free. INDI lamps and other REPAPER interior objects can be recycled and reused as material for future designs. That’s why the brand is considered to be the first Circular design brand in Lithuania.INDI design is distinguished by its visual illusion, sustainability, minimal and pure style, and the brand has been awarded a national “Good Design“ prize three years in a row." + }, + { + "input": "What are the benefits of implementing Resource Efficiency strategies in the automotive industry; How can Waste Reduction and Recycling of plastics in end-of-life vehicles be improved; What are the advantages of Circular Design in the development of new automotive components using recycled materials?", + "output": "In accordance with Directive 2000\/53\/EC on end-of-life vehicles,reuseandrecoveryof at least 95% by weight of these vehicles must be reached by 2020. Given that plastic components currently account for around 20% of vehicle weight, recycling and recovering the different plastic materials in vehicles is becoming increasingly important.End-of-life vehiclesare currently handled by authorized treatment facilities, which take care only of the decontamination process. Shredders then select materials of interest, but not all plastics are always recycled.In order to improve recovery levels, AIMPLAS, the Plastics Technology Centre, is coordinating theLIFE CIRC-ELV projectwith the aim of creating a new, technically and economically viable network in Europe where these centres can separate parts such as fuel tanks and bumpers made of materials with high levels of recycling content, including high-density polyethylene and polypropylene.Plans are currently under way for initial separation followed by pre-treatment to generate recycled material for piping, as well as a recycled compound to produce new automotive components such as wheel arches." + }, + { + "input": "Circular economy benefits of upcycling coffee grounds into oyster mushrooms; How can open-source training courses promote resource efficiency in urban agriculture; What are the environmental implications of reducing waste through mushroom-based composting in urban areas.", + "output": "PermaFungiis a pioneer project of underground urban agriculture andcircular economyfounded in Brussels in 2014. Our social cooperativerecycles coffee grounds waste into different upcycled products: oyster mushrooms, chicory, innovative organic material and compost.In order to maximise its impact, PermaFungi gives open-source training courses to other entrepreneurs, proposes visits of its factory and sells mushroom home-growing kits. PermaFungi’s global mission isto make our cities more resilientby: 1) upcycling waste; 2) producing healthy and organic food and sustainable products; 3) creating meaningful jobs for low skilled people; 4) promoting the local economy; and 5) becoming independent from fossil energy sources.PermaFungi’s long-term vision is to create adecentralised network of factories in different cities." + }, + { + "input": "How can resource efficiency be improved in the olive oil production process to reduce waste and promote a circular economy; What are the benefits of upcycling olive stone waste into a biodegradable and compostable packaging material like Oliplast; Can the use of renewable sources and sustainable materials in packaging reduce waste reduction and support the bioeconomy in the agricultural sector.", + "output": "Spain is the world’s leading olive oil producer and generates considerable waste during the olive stoning process. This waste is currently incinerated for power generation. However,AIMPLAS, the Plastics Technology Centre, andOLIPE, Olivarera de los Pedroches, have carried out a project entitledGO-OLIVA, aimed at finding a high value-added application for this olive stone waste by producing a new sustainable material for oil product packaging.The result isOliplast, a new biodegradable, compostable, plastic compound material made with materials from renewable sources, namely, a filler or reinforcement derived from olive oil and a thermoplastic material. Oliplast can be processed through extrusion and injection moulding in order to manufacture new products such as trays and plates to hold bottles, as well as caps for packaging containers for cosmetic creams made with olive oil.TheGO-OLIVA projectis jointly funded by the European Agricultural Fund for Rural Development (EAFRD) (80 %) and the Spanish government (20 %)." + }, + { + "input": "How can circular design principles be applied to the development of sustainable fishing boats fuel systems; What benefits can be expected from the integration of resource efficiency strategies in marine litter management; Can waste reduction and recycling measures be implemented in the production of fishery products to minimize environmental impact?", + "output": "In the third year of theRepescaPlas project, chemical recycling will be used to turn marine litter into fuel for fishing boats. During the first two years of the RepescaPlas project, five tonnes of marine litter were recovered through mechanical recycling operations.The project, now moving into its third phase, expects to make new products from this litter throughpyrolysis. The Valencia port Foundation has joined the project with the aim of replicating the model in other fishermen’s associations. An action protocol will be used to prepare individual action guides.The RepescaPlas project, with the participation of AIMPLAS, the Asociación Vertidos Cero, the Fishermen’s Association of Gandia, the Fishermen’s Association of la Restinga, the Fundación Global Nature, the Valenciaport Foundation, the Port of Marín and the Universidad de Vigo, is being carried out with the collaboration of the Fundación Biodiversidad and the Ministry for Ecological Transition and Demographic Challenge through the Pleamar Programme. It is co-funded by the Spanish Federation of Municipalities and Provinces (FEMP)." + }, + { + "input": "How can Resource Efficiency be improved through the reuse of excess materials in high-value applications; What are the benefits of implementing a circular design approach in the production of textiles; How can Waste Reduction strategies be implemented in the automotive industry through the use of recycled materials in manufacturing.", + "output": "A linear economic system considers excess products\/materials and waste streams low financial value, and companies even pay to get rid of them. However, these could systematically be reused in high-value applications, reducing enterprise costs or even turning these costs into a new revenue stream.Excess Materials Exchange (EME) has turned this objective into reality by creating EME’s Internal Marketplace.Four tools are instrumental to EME's way of working:Resources Passport: standardised and modular format giving an overview of composition, origin, toxicity, deconstructability, etc., of a material\/product.Tracking and Tracing: through identifiers like barcodes, QR codes and chips, physical materials are effectively matched to their digital twin.Valuation: the maximum potential value deriving from a material\/product of waste stream is identified, together with its financial, environmental and social impact.Matchmaking: each material\/product is matched to a new high-value reuse option.The platform can be further customised depending on an enterprise's particular needs." + }, + { + "input": "How can we optimize Resource Efficiency in construction industry by using waste materials as building materials; What are the benefits of implementing Circular Design in the production of building materials; Can Waste Reduction in excavation and transportation of earth materials be achieved through sustainable alternatives like recycling or upcycling.", + "output": "Every year in Belgium 37 million tons of earth streams are excavated and usually dumped in mines and quarries, hundreds of kilometers away from the site - not only a very unproductive activity (with hundreds of trucks on the road every day), but also a waste of very valuable materials.BC materialsestimates that at least 16 (out of the above 37) million tons could be used as building materials.At its Brussels production site,BC materialsblends and transforms ordinary earth streams - considered by some as waste - into perfectly circular building materials, such as clay plasters, compressed earth blocks and rammed earth.The production process is CO2-neutral, as it does not need high heating mechanisms, contrary to other building materials. And the products are perfectly circular: in origin, as they were originally 'waste', and in destination, as the materials are not chemically altered and can be reused an infinity of times.Earth materials also offer better acoustics (4 times better than classic gypsum, according toASTMtests), air quality (through humidity regulation) and thermal mass (temperature mitigation).BC materialsprovidesadvice, training and workshops." + }, + { + "input": "Circular economy benefits of refurbishing electronics; Can recycling of used electronics reduce waste reduction efforts; How does upcycling of electronic devices contribute to resource efficiency in the tech industry?", + "output": "Refurbedis an online marketplace for refurbished electronics, like second-hand phones, laptops and tablets.Refurbedproducts look like new, are 40% cheaper and use 70% less CO2than the equivalent new product. Through rigorous quality controls, minimum 1-year warranty and a 30-day test phase,Refurbedensures the high quality of its products. This way,Refurbedenables its customers to combine the quality and security of a new product with the sustainability and low price of a used one and prove that \"sustainable\" does not have to be more expensive.Moreover,Refurbedplants a tree for every sold product, making the purchase CO2-positive.It isRefurbed's mission to make refurbished electronics the norm and to bring a refurbished product into every household in Europe.Refurbedis also present inGermany,ItalyandPoland." + }, + { + "input": "How can circular design principles be applied to the development of mycotechnosols for soil recovery in post-fire forest areas; What are the benefits of using recycled organic waste and byproducts to produce mycotechnosols; Can mycotechnosols contribute to a zero-waste approach in forest restoration and what are the implications for water management in the process.", + "output": "LIFE REFOREST is aproject funded by the LIFE Programme that aims to mitigate the soil loss associated with post-fire episodes in forest areas, by developing and validating a system based onmycotechnosols.The mycotechnosol solution allows therecovery of key functional parametersfrom burnt soil (organic matter content, microbial activity, etc.) back to its initial values.The mycotechnosols are produced through the developmentof organic wastesand byproducts, innoculated with fungal species contained in a tube-shaped biodegradable net.The composition and the activity of the mycotechnosols and the fast vegetation recoveryminimise the pollution in water bodies downstream from the burnt areaand promote soil water retention. The mycotechnosol also supplies organic matter and nutrients to the soil, and local plant seeds to accelerate the restoration of the vegetation cover and promotes water retention." + }, + { + "input": "How can we optimize Resource Efficiency in wastewater treatment processes like LIFE Green Sewer, reducing waste and energy consumption; What are the benefits of implementing circular design principles in municipal and industrial water treatment systems; Can we use biogas produced in anaerobic membrane bioreactors to generate Renewable Energy and reduce our reliance on fossil fuels.", + "output": "LIFE Green Sewer is a LIFE Program funded project that aims to implement a new secondary wastewater treatment applicable to both municipal and industrial waters, through the innovative integration of direct-indirect osmosis technologies with an anaerobic membrane bioreactor that makes it possible:to obtain biogas, nutrients and water for reuse andto monitor and reduce pollutant discharges and energy consumption in a circular economy paradigm." + }, + { + "input": "How can resource efficiency be improved in the extraction of critical raw materials from Bauxite Residue and Magnesium wastes? What are the benefits of upcycling PGM slags, dusts, and press cake to reduce waste and generate valuable resources? Can the bioeconomy play a role in the development of sustainable technologies for selective extraction of metals from low-grade ores and by-products?", + "output": "The overall objective of BIORECOVER is the research and development of a new sustainable process, essentially based on biotechnology, for selective extraction of critical raw materials (CRMs) from relevant unexploited secondary and primary sources:EE (Rare Earths) coming from Bauxite Residue (BR)Mg (Magnesium) contained in Mg wastes of low grade minerals with silicon or limestone impurities & calcination by-products- (MgW)PGM (Platinum Group Metals) included in PGM low-grade ores consisting in flotation tailings (PLGO) & PGM slags, dusts and press cake (PCBP)BIORECOVER is based on the integration of 3 main stages to reach the expected recovery rates (90%), selectivity (95%) and purity (99%):Pre-Treatment – removal of major impurities to achieve the greater availability of the target metals for their recovery.Treatment – mobilisation of metals through specific and improved microorganisms to get a leachate enriched with the target CRMs.Post-Treatment - Development of a specific technology for recovering metals with high selectivity and purity, for reuse in several applications such as brakes pads, oxygen sensors, powder Mg and catalysts." + }, + { + "input": "Resource Efficiency in water management; Benefits of rainwater harvesting for reducing water waste; How can water-efficient sanitary fittings contribute to Zero Waste in office buildings.", + "output": "This case study is a part of theMBBLIFE+ Investing in Water project.APS Bankis committed to sustainable development. While developing its recent head office, the APS Bank decided to invest in a holistic on-site water conservation programme. The aim of the programme was to put the bank’s sustainability policy into practice, reduce operational costs and help conserve scarce national resources.The importance of water savings has been communicated to bank’s employees, leading to a more conscious water consumption. The bank has also focused its efforts on rainwater harvesting and installing water efficient sanitary fittings. Rainwater is collected from the head office’s roof and stored in 2nd class water reservoirs. Reject water from domestic reverse osmosis units is also diverted to the 2nd class water reservoir.The 2nd class water is then used for flushing toilets, irrigation, fire fighting drills and washing floors. In addition, restrooms at the APS head office have been fitted with sensor controlled water dispensers on both wash-hand basin faucets as well as toilet flushings. These units ensure that only as much water as is needed is dispensed." + }, + { + "input": "What are the benefits of upcycling broken umbrellas to reduce waste and promote resource efficiency? How can circular design principles be applied to the production of umbrellas to minimize waste and promote sustainable consumption? What are the environmental impacts of incinerating metal corset whales from umbrellas and how can recycling or proper disposal mitigate these effects?", + "output": "Umbrellas are a common necessity in many countries and come at a rather cheap cost. But how many of them can stand the test of time, gales and winds? It is rare that we keep them beyond a few heavy rainfalls.A simple umbrella costs EUR 3-7 and it is produced in China in 90% of cases. 10,000 million of them end up in our rubbish bins. Even worse, the incineration of metal corset whales is more expensive than the item itself and it is very toxic for the environment.Melanie fromParapluiestandupcyclingdecided to tackle this issue in a useful and creative way: she retrieves the fabric of broken umbrellas that are given to her, and creates raincapes and bags out of it. Each piece is unique and suitable for all, providing the same type of \"protection\" as the umbrella itself." + }, + { + "input": "Circular Design in Environmental Technology Verification; Benefits of Resource Efficiency in the development of eco-technologies; Waste Reduction strategies for the production of innovative eco-technologies;", + "output": "ETV4INNOVATION is a two-and-a-half-year long European Commission funded vocational education and training Strategic Partnership project under Erasmus+ programme. It has been designed with the aim to support the development and the implementation of an innovative practice and a new training path in the field of Environmental Technology Verification (ETV).There is a very strong demand from buyers of innovative eco-technologies for performance guarantees. The Environmental Technology Verification statement offers the only internationally accepted guarantee of performance for any eco-technology. As the new ISO 14034:2016 standard, ETV can provide eco-technology developers with a real competitive edge for marketing their products.As the ETV verification statement offers guarantees of the performance of eco-technologies, the process of obtaining ETV verification statements follows very strict guidelines and procedures. To obtain such statements rapidly and at the lowest cost, companies must meet the level of requirements of the ETV verification process at all phases of product development." + }, + { + "input": "What are the benefits of community-driven approaches to promote Resource Efficiency in urban areas?; How can smart meters and personalized dashboards contribute to Waste Reduction and Eco-design in residential buildings?; Can the use of blockchain technology and circular coins incentivize citizens to adopt sustainable behaviors and promote a culture of Recycling in urban communities?", + "output": "In 2018, the City of Antwerp kick-started theCircular South project. The aim is to encourage more efficient use of energy, water, waste and materials by the citizens of the New South district of Antwerp through an innovative community-driven approach.This project is funded by the European UIA. The citizens have to know what they use and how to make smarter choices to better manage their resources. Smart meters collect their data and inform them of their daily use of energy, water and the waste sorting street through a personalised dashboard.Citizens will be encouraged to make smart choices throughbehavioural nudgessent to them by SMS. Example: ´The sun is shining, your solar panels are producing, let´s turn on the washing machine!´ When citizens make the right choices, they are rewarded withcircular coinssent to their e-wallets using blockchain technology.Circular South has invested 1 million euros in PV. Integrated PV and battery storage will be placed in and on the buildings in the New South. This way, owners of apartments still own their own energy installations, while residents understand that it makes sense to use green energy when there is plenty available." + }, + { + "input": "Resource Efficiency in recycling of Rare Earth Elements; What is the impact of Closed-Loop Recycling on reducing Waste Reduction in the production of electric vehicles; Can Circular Design principles be applied to develop a more sustainable process for extracting and recovering Rare Earth Elements from waste streams?", + "output": "Present in hybrid electric vehicles, windmills, and highly efficient electric motors, Rare Earth Elements (REEs) are considered as \"key enablers\" of green technologies, but also with the highest supply risk. Because of their geochemical properties, REEs concentration is not found in economically exploitable deposits. Regaining REEs from RE-containing waste streams may constitute a crucial RE secondary source in Europe.The EU funded project REE4EU developed processes to treatrare earth-containing wastesfrom permanent magnets to produce an intermediate alloy containing the REEs.The process relies ontwo novel technologies:The first, calledIonic Liquid Extraction (ILE)process, allows the extraction of the REEs from the waste streams in the form of oxalates.The second, namedHigh-Temperature Electrolysis (HTE)process, permits the production of the rare earth-alloy starting from rare earth-oxide mixtures obtained after calcination of the rare earth-oxalate mixtures from the ILE process.Currently, the technology demonstrates a closed-loop recycling process for permanent magnets at a pilot scale, using RE-containing wastes available in Europe." + }, + { + "input": "Resource Efficiency in oil refinery industry; What are the environmental implications of hazardous waste disposal in the oil refinery industry; Can the circular design approach be applied to reduce waste and promote recycling in the refining process?", + "output": "In oil refinery industry, processing residues known asPetroleum Refinery Sludges (PRS), are currently classified as hazardous waste. Around 1 million tons of PRS are produced each year in Europe.Cost-effective treatment and proper disposal of PRS pose considerable challenges to the industry. The DIANA project aims at proposing an innovative process to turn PRS into a Valorised Sludge Mixture (VSMà-) that can, in turn, be processed into added value Engineered Soil, to be applied in landfill construction and restoration.Watch the video for more details about the transformation process:" + }, + { + "input": "How can the principles of Circular Design be applied to the development of sustainable photovoltaic systems; What are the benefits of recycling photovoltaic waste in the context of Resource Efficiency and Waste Reduction; Can the waste generated from photovoltaic production be Upcycled into new materials for the Automotive or Construction industries.", + "output": "Photovoltaics (PV) has existed for over 70 years. Still, its adoption as a potentially significant contributor to energy needs has boomed over the last 10-15 years. Since the inception of this technology in the '80s, the total PV products throughout Europe now represent roughly 8 million tons of future PV waste.Although guaranteed up to 25 years, PV installations are often replaced before their theoretical end of life. The dismantled raw material coming from production scraps and end-of-life products, inserted into an industrial recycling process, gives way to a new life circle in the market.The EU-funded CABRISS project aims at pioneering a circular economy dedicated to handling the critical situation of recycling the considerable amount of photovoltaic waste for the photovoltaic, but also for the electronic and glass industry." + }, + { + "input": "How can Circular Design principles be applied to construction waste reduction, such as upcycling and reusing structures from DMW; What are the benefits of using recycled materials in building construction, specifically in terms of Resource Efficiency and Waste Reduction; Can Renewable Energy integration be used to power prefabricated energy-efficient buildings and reduce the carbon footprint of construction processes, as part of a broader Water Management strategy in sustainable cities?", + "output": "The EU-funded RE4project has developed prefabricated energy-efficient building concepts containing up to 85 % of recycled materials and reused structures from construction and demolition waste (DMW). The RE4concept enables the easy assembly and disassembly of buildings for future reuse.The project’s solutions were integrated, validated and showcased in the construction of two-storey demo buildings in Spain and UK, demonstrating also the strategy for disassembling and reusing structures from end-of-life buildings.The project’s approach can also be used to refurbish existing buildings. RE4solutions for refurbishment were applied to demo buildings in Italy and outside the EU, in Taiwan, taking into account climatic and structural factors in different geographical zones." + }, + { + "input": "What are the benefits of promoting circular economy knowledge among the business community to drive waste reduction and resource efficiency; How can fostering collaboration between stakeholders through dialogue and good practices exchange facilitate the implementation of circular design in the Spanish context; Can visibility and communication strategies be used to encourage the adoption of eco-design principles in the production and consumption of textiles and other materials in the automotive and construction sectors?", + "output": "The Business Action Group has three main missions:Promoting knowledge among the business community. That means translating the main international trends into the Spanish context and providing the necessary tools to advance towards a circular economy model.Fostering collaboration between relevant stakeholders through dialogue with public administration, opinion leaders and other key stakeholders as well as through good practices exchange and multi-stakeholders’ initiatives.Visibility and Communication. It highlights good practices and circular economy initiatives of the participant companies and positions them as the key drivers of the circular economy in Spain.The Group consists of 11 big international and national companies aiming to play a leading role in the transition towards a circular economy." + }, + { + "input": "How can circular economy principles be applied to laundry facilities to reduce water waste and optimize water reuse? What are the benefits of implementing Resource Efficiency strategies in the laundry industry? Can RacionaLUSO's compact system for water reuse be scaled up for application in the Automotive sector to reduce waste and promote Recycling in the manufacturing process?", + "output": "This projectseeks to solve the need to meet the European Union's water reuse targets by attacking average consumers (up to 45m3\/day), such as laundries, gyms, clubs, hotels and industries.RacionaLUSO offers a compact system that meets the recently-introduced Portuguese quality legislation for water reuse. With the availability of just 2m2, the system can treat 15m3of water per day with a recovery efficiency of 80 % of water and 45.6 % of energy (thermal).Projecto RacionaLUSO LaundryfromArtur Danilo TeixeiraonVimeo." + }, + { + "input": "Can we discuss the benefits of reducing waste in the textile industry through recycling and upcycling, considering the impact on resource efficiency and the environment?; How can we encourage young adults to adopt sustainable consumption habits through circular design and zero waste principles in their daily lives?; What are the key strategies for reducing packaging waste in the food industry, and how can renewable energy be integrated to minimize the environmental footprint?", + "output": "Avfall Sverigeis a Swedish waste management association representing its municipal members - whose customers account for 95 % of the Swedish population - vis-à-vis politicians, decision makers, authorities, and the EU. Its members play an important role in transforming Sweden into a more sustainable society.The campaign “Be a Miljönär” [a pun which mergesmiljö(environment) withmiljonär(millionaire), i.e.Environaire] is a concrete tool to reduce waste and make sustainable consumption a habit.The knowledge about how consumption affects the environment is relatively high among consumers in Sweden.Avfall Sverige, on its part,strives for a change in action to promote lending, mending and reuse. Through its campaign it targets people aged between 18 and 30, who start their adult life, form a family and face many changes in their lifestyle. As this group consumes a lot, the association wants to make them aware of the importance of a sustainable way of living through different initiatives, such as White Friday (as against Black Friday), or #textilsmart." + }, + { + "input": "How can a circular design approach be applied to reduce food waste in the commercial catering sector; What are the benefits of upcycling food waste into innovative products; How can resource efficiency be improved in the fight against food waste through the use of sustainable packaging and zero-waste strategies?", + "output": "LeSyctom, l’agence métropolitaine des déchets ménagers, offre un service public à 6 millions d’habitants, de 85 communes d’Île-de-France dont Paris. Il est engagé dans des actions de prévention et de réduction des déchets, entre autres leConcours Design Zéro Déchet.Le concours invite depuis 2012 les étudiants et jeunes diplômés en design, sciences de l’environnement, ingénierie et arts appliqués à réfléchir sur l’écoconception et la prévention des déchets à travers l’élaboration de biens ou services innovants et durables. Par sa transversalité, il propose une approche globale, associant prévention et valorisation, pour couvrir toutes les problématiques liées à la gestion des déchets et promouvoir une économie circulaire en recyclant plus et gaspillant moins.La thématique de l'édition 2020 porte sur la lutte contre le gaspillage alimentaire dans la restauration commerciale. Pour chaque édition, le concours s'entoure de parrains et de partenaires reconnus dans leur domaine tels que Leroy Merlin et Décathlon, qui permettent d'encourager la concrétisation des projets sur le territoire du Syctom.LaParis Design Weekse fait l'écho du concours chaque mois de septembre." + }, + { + "input": "What are the benefits of circular design in the production of sustainable transportation, such as bicycles made from recycled materials? How can resource efficiency be improved in the recycling process of aluminum coffee capsules? Can waste reduction strategies be integrated into the design of everyday objects, like bicycles, to promote a zero-waste lifestyle?", + "output": "Vélosophy is part bicycle, part philosophy. It brings to life the potential of recycling by partnering with Nespresso to craft a bike from recycled aluminium coffee capsules. The bicycle called RE:CYCLE is a marriage of circular economy and design.In tribute to its originating material, RE:CYCLE’s bell is modelled on the shape of the well-known coffee capsule. The steam-bended oak carrier basket includes two cup holders, so you can take your drinks to go.Vélospohy's partner Nespresso is committed to sustainability with a programme of carbon-neutral factories, world-wide recycling for its capsules and working with coffee farmers towards improving livelihood and a climate-friendly agriculture.From your cup to... RE:CYCLE and more:Nespresso processes the capsules in specialised plants to enable their re-use: the aluminium is melted and reused for beverage cans, automotive spare parts, bikes and other everyday objects; the coffee grounds are reused as compost." + }, + { + "input": "How can circular design principles be applied to notebook production to reduce waste and promote sustainability; What are the benefits of upcycling old book covers into new sketchbooks; Can resource efficiency in the production process be improved by implementing recycling programs for paper and other materials used in the manufacturing of About Blanks products.", + "output": "About Blanks makes sketchbooks and notebooks from old books andrecycled materialsfound in closets, attics and at book fairs.The old book covers are reused by removing the pages inside and refilling the cover withsustainable blank sketch paper. Each About Blanks note- and sketchbook is different and therefore unique.Sustainability goes beyond reusing and recycling materials. About Blanks products are made in asocial employment facility, where people with a disability or poor job prospects can get a job and participate in society.Sustainability also means that a product should last a long time and so quality plays an important role, with materials selected appropriately. The sketch paper comes fromresponsible sources(FSC)." + }, + { + "input": "Resource Efficiency; Recycling; Waste Reduction; Circular Design; What are the benefits of an innovative urban circular economy system in managing resources efficiently? How can efficient resource management contribute to sustainable mobility? What are the key strategies for reducing waste and promoting circular design in an urban setting?", + "output": "The WCYCLE Maribor project is about an innovative urban circular economy system, offering a new business and economic model for the city in the field of efficient resource management. It complements the principles of sustainable mobility and the co-operative economy.In 2017, five utility companies from Maribor established theWCYCLE Institute for circular economy. It serves as a platform for cross-sector project development and for the exchange of knowledge and good practices at local, regional and international level. Subsequently, the City Council approved a city circular economy strategy prepared by WCYCLE.Various local stakeholders have been included in project activities in order to support citizens' initiatives. The implementation of these projects is also leading to new jobs. Public events are being organised in order to promote the circular economy.Supporting entrepreneurs and innovation includes the implementation of several EU projects with a range of stakeholders. The activities are shared on EU web platforms in order to transfer knowledge." + }, + { + "input": "How can resource efficiency be improved in the production of new products from upcycled materials like old bicycle tyres and broken umbrellas? What are the benefits of adopting a circular design approach in the creation of innovative products like belts and bags? How does the concept of zero waste contribute to social cohesion and community development in local areas like The Hague?", + "output": "Made in Moerwijkis a social circular initiative in The Hague that seeks to givenew life to old things. Examples of products being made include belts from old bicycle tyres and bags from broken umbrellas.Initially, the local university participated as well as a technical school and a local fund, andMade in Moerwijkis now a foundation. The local municipality makes a financial contribution for the employees.Made in Moerwijkhas taken on a larger role in the local area, contributing tosocial cohesionandproviding jobsfor the community. A total of 18 partners are involved." + }, + { + "input": "How can Resource Efficiency be improved in waste management systems to reduce plastic pollution; What are the benefits of implementing Zero Waste practices in urban environments; Can Circular Design principles be applied to urban planning to reduce single-use plastics and promote sustainable development?", + "output": "To prevent plastic from entering the environment and reaching the Oslo Fjord, and to remove existing plastic pollution, anaction planwith short-term and long-term measures was co-created by many stakeholders in Oslo.The collaboration of several municipal sectorswas unique in this project. It was cooperation of the Agency for Urban Environment, Agency for Improvement and Development, Agency for Waste Management, Agency for Water and Sewerage Works, Agency for Planning and Building Services (including the urban ecology hub “By Kuben”), and Oslo Port Authority.Oslo initiated many actions in order to reach the goal. The action plan provides the city administration, for instance, with concrete tools on how to act circular and reduce the consumption on single-use plastics and encourage other stakeholders to do the same. In order to stimulate citizens' initiatives, it is important to promote sharing and functional economy as well as raise awareness and coach the citizens.To stimulate entrepreneurs and innovation, the city of Oslo creates incentives to attract circular business." + }, + { + "input": "How can textile recycling contribute to Resource Efficiency in the City of Prato?; What role does Circular Design play in the development of innovative industrial cities like Prato?; Can Water Management strategies like reuse of wastewater contribute to Waste Reduction in the textile industry?", + "output": "The City of Prato is famous for its textile district, which represents about 3% of European textile production. Thanks to its textile recycling techniques, Prato is considered one of the most advanced and innovative industrial cities in Italy.Moreover:Prato was the first industrial district to develop a closed water cycle in order to reuse waste water more than once and to clean it before giving it back to the environment;it has limited the waste originating from construction and demolition by recycling and reusing various C&D materials." + }, + { + "input": "How can circular economy principles be applied to urban planning and redevelopment of polluted sites to minimize waste and maximize resource efficiency?; What are the benefits of upcycling products and raw materials in a circular economy hub?; How can the reuse of products and raw materials contribute to a zero-waste approach in the context of sustainable urban development?", + "output": "De Potterij in the Flemish city of Mechelen was an abandoned polluted site. Now it is set to become acircular economy incubatorwhere young, innovative entrepreneurs can meet up with like-minded people - a site for circular economy business and social initiatives. It will also host a large supporting network for researchers, government and experts to make their circular economy ambitions a reality.The city of Mechelen got involved when the Flemish Public Waste Agency started to work on the site in 2010, tackling the soil and water pollution resulting from former laundry activities. Together withCircular Flanders, the city's social, economic and environmental departments, theThomas Moore University of Applied Sciences, companies and citizens, the idea was developed of creating acircular hubat this central location.At De Potterij, the focus is onmaximising the reuseof products and raw materials and onminimising the loss of their value. Its work will also extend to other areas, such as ecology, urban planning, education, the local neighbourhood and culture, while providing opportunities to meet new people." + }, + { + "input": "What are the benefits of using mechanical treatment of municipal solid waste for resource efficiency and waste reduction? Can recycling of organic fraction of municipal solid waste through biogas and biofuel production contribute to a circular design in the waste management sector? How can soil amendment with organic waste reduce waste sent to landfills and promote sustainable agriculture practices in the context of water management?", + "output": "The VALOR project aims to investigatehigher value options for the organic fraction of municipal solid waste(OFMSW) and formulatestrategies to minimise its disposal to landfill. It targets waste streams generated from the mechanical treatment of municipal solid waste.The potential recovery of the municipal residual waste organic fraction will be investigated by:Selection of diagnostic tests to assess the most practical higher value options such as a soil amendment and production of biogas and biofuel;Evaluating the interference of potential contaminants in the recovery processes, with particular emphasis on plastic contamination;Assessing risks and benefits of the end use recovery processes and validation of the most suitable ones.This project is funded under the Environmental Protection Agency Research Programme 2014-2020 and by the Southern Waste Region of Ireland. The EPA Research Programme is a Government of Ireland initiative funded by the Department of Communications, Climate Action and Environment." + }, + { + "input": "Circular economy approaches for reducing waste in Lithuania; How can a deposit return system promote resource efficiency in beverage packaging; What are the benefits of recycling glass, non-refillable plastic, and metal containers in Lithuania's packaging law.", + "output": "In February 2016, the government of Lithuania implemented a“deposit return system”, to give consumers an incentive to return used beverage containers for recycling. Tocombat litterandincrease collection and recycling rates, consumers would pay a deposit amount of €0.10 when purchasing eligible drink containers, to be refunded when the empty container is returned for recycling.The Lithuanian Ministry of Environment initiated the deposit process in April 2013, passing amendments to the packaging law through parliament a year later. The legislation applies toglass,non-refillable plastic andmetal beverage containers.To make returns convenient for customers, the Lithuanian government chose a'return-to-retail'system which means stores selling beverage containers must also receive used containers back for recycling. Consumers arerefunded their depositas vouchers that can be redeemed in store ascash or credit toward their shopping bill, bringingadditional foot traffic into stores.Packaging can be returned throughout most of Lithuania, with this option available in shops with an area of more than 300 m2or village shops." + }, + { + "input": "How can circular design principles be applied to office furniture to reduce waste and promote sustainability; What are the benefits of remanufacturing used office furniture compared to traditional manufacturing methods; Can the principles of resource efficiency be integrated into the procurement process to minimize environmental impact and maximize social value in office design.", + "output": "Rype Office applies the principles of circular economy to physical workspace by:remanufacturingquality used office furniture;creatingfurniture from waste.This helps clients create offices at substantial cost and environmental savings, while also creating social value.As an example, North Wales Police, for its new centre in Llay for 300 staff, used its procurement to promote environmental and social value. To complement the sustainable design of the building, furniture suppliers were assessed on their capability to deliver economic, social and environmental value. Rype Office was awarded the furniture contract.The project saved £300 000 compared to the average cost of mid-range furniture thanks to remanufacturing, without compromising on quality or comfort.88 % of the furniture was remanufactured, saving 40 tonnes of CO2GHG emissions and avoiding 26 tonnes of waste.Rype Office employed local disadvantaged staff for the project, providing 1773 hours of employment and training at Real Living Wage pay rates.The new centre has been dubbed the greenest police station in the UK." + }, + { + "input": "Resource Efficiency; What are the benefits of using surplus food to reduce food waste and support a circular economy?; How can upcycling surplus food into affordable meals contribute to a more sustainable society and reduce the environmental impact of food production and distribution?", + "output": "Karma is a Swedish startup founded in Stockholm, November 2016. Their appconnects surplus foodfrom restaurants, cafes and grocery storesto consumers for a lower price. As a result, users eat great food for less and businesses receive an additional revenue stream,all while reducing food waste.Karma has reached 150 Swedish cities, working with7000+ retailers, and attracting1 million app users. In 2018, Karma launched in London and later set up a third market in Paris.A third of all food produced is thrown away annually, resulting in1.3 billion tonnes of waste worldwide. The food industry takes a major toll on the environment, from the staggering amount of resources required in production and distribution, to the CO2emissions from waste in landfills.Karma's ultimate mission is toensurethat food is never wasted. They want to lead the shift towards a moresustainable society. With small steps, we can make a meaningful difference for the future!Food for ThoughtFood waste has increased 50 % since 1990Yearly CO2emissions from food waste is equivalent of 3 million carsFood waste equals $1 trillion in losses, annually." + }, + { + "input": "What are the benefits of reducing transportation costs and emissions through pallet sharing in the logistics industry; How can a circular economy approach to pallet management contribute to Resource Efficiency and Waste Reduction in the transportation sector; Can the implementation of a pallet sharing platform like MagicPallet promote Reuse and Recycling of pallets in the European market;", + "output": "MagicPallet aims to put an end to an economic and ecological aberration. Road freight transport companies across Europe have to return Euro pallets to shippers after delivery. In order to do so, they travel long distances to bring back the empty pallets. This means useless and expensive kilometers generating CO2emissions. This also means thousands of new pallets having to be bought if shippers do not get their pallets back in time.With MagicPallet, road freight transport companies and shippers can exchange pallets in two mouse clicks. A company has pallets stocks where another company has to return pallets and vice versa: they can now swap.MagicPallet reduces costs (less fuel, toll charges...) and CO2emissions, but also encourages the use and re-use of a reusable and reparable pallet: the European pallet versus single-use pallets or plastic pallets.The potential of CO2reduction is huge in Europe: over 5 million tons of CO2not discharged in the atmosphere." + }, + { + "input": "What are the benefits of upcycling used clothing into innovative textile products; How does the circular economy approach contribute to resource efficiency in the textile industry; Can recycling of textiles help reduce waste and promote sustainable design in the fashion sector.", + "output": "Social Cooperative Humana Nova Čakovec is a leader in social entrepreneurship at local and also regional level.Humana Nova encourages the employment of disabled and other socially excluded people for the production and sale of quality and innovative textile products made from ecological and recycled fabrics for local and regional markets.Its products respond to the actual needs of users. In so doing the cooperative actively contributes to the sustainable development of the local community, poverty reduction and nature conservation.Used clothing is mostly collected in North-Western Croatia and sorted in a Humana Nova production facility according to the following criteria:clean and whole clothing is sent to the green warestore Čakovec for resale at affordable prices (4 EUR\/kg);clean and partially whole clothing is sent to sewers for refinement, then sold at the warestore;incomplete clothes are turned into new products (bags etc.);worn and stained clothing are recycled as industrial rags;unusable textiles and waste are passed on to recycling plants to make insulation material;insulation material is used for packaging." + }, + { + "input": "Resource Efficiency in road construction; What are the benefits of using contaminated sediment in road structures; Impact of bio-remediation on reducing waste and pollutants in road building projects.", + "output": "Contaminated sedimentfrom the Port of Dunkirk has been re-used in road structures since 2002, when the Port started to work with theEcole des Mines de Douaiand various industrial partners in order to designalternative materials for stabilised sub-base road layers. After the first laboratory tests, in 2005, a pilot trial carried out to verify the industrial feasibility of the entire process  demonstrated that it was possible to produce alternative road materials according to the relevant French criteria for roads constructed with conventional road materials.Following these results, the Port decided to continue to work with industrial partners and in 2012 it reconstructed 850m of the road ”Route du Quai Freycinet 12”,designed for 15 years of traffic, with an average of 100 heavy goods vehicles per day.An environmental monitoring analysis confirmed the effectiveness of the treatment by bio-remediation, revealing no problems with organic pollutant levels (BTEX, PCBs, TPH, TOC, PAH) or heavy metals. Some problems with soluble fraction, sulphate and chloride in the sediment originating from the marine environment could be significantly reduced by using a hydraulic binder." + }, + { + "input": "What are the benefits of implementing a circular production model in the fashion industry? How can textile recycling and upcycling contribute to a sustainable future? Can resource efficiency and waste reduction be achieved through the reuse and recycling of denim products?", + "output": "MUD Jeans is a circular jeans brand applying a circular production model. Customers can lease or buy MUD jeans, and return these to have them recycled into new denim products.MUD also offers a free repair service.When customers no longer wear their jeans, they can send them back to MUD. Consumers receive a discount on a new pair when they hand in an old pair. Non-MUD jeans are also accepted, the only condition being that the jeans must be at least 96% cotton.When old (MUD) jeans are sent back to the firm, a small quality check is carried out: if they are still in good condition, they are given a second life through MUD's vintage program. If they are irreparably worn out or from another brand, jeans are mechanically recycled at MUD's recycle factory  (recover@).Fibers then go to MUD's fabric manufacturer,Tejidos Royo. Here the fibers are mixed with organic GOTS certified cotton and yarn is spun from it. The yarns are dyed and woven into fabrics. The resulting fabrics contain between 23-40% post-consumer recycled cotton fibers.The fabrics go to MUD's jeans manufacturer,Yousstex International, where they are cut, sewn into jeans and washed." + }, + { + "input": "How can circular design principles be applied to the packaging of take-away food to reduce waste and increase resource efficiency; What are the benefits of using bio-based materials in the production of reusable containers; Can waste reduction strategies in the food industry be achieved through the implementation of deposit systems and reusable containers like lunchboxes.", + "output": "Eat and Backis a \"zero waste\" solution for take-away food.The challenge : saying no to single-use packaging and saying no to plastic containers.The solution: a sustainable lunchbox with adeposit system.The product : a \"bento\" lunchbox that is eco-designed and made in the north of France usingbio-based materials.The lunchbox is washable and re-usable.To see the Niiji lunchbox in action, view the video below (in French)" + }, + { + "input": "How can Resource Efficiency be improved in the context of on-site cup collection and washing systems?; What are the benefits of designing circular systems in the packaging and beverage industry?; How can Zero Waste principles be applied to the development of innovative solutions for managing reusable cups in public spaces?", + "output": "CleanCup® is an all-in-one solution that distributes, collects and washes reusable cups automatically, on site, in order to eradicate the use of disposable cups and improve the way of drinking. At present it addresses campuses, companies, and communities. It is ergonomic and has also been designed to be accessible to people with reduced mobility.CleanCup® is already in accordance with the Energy Transition Act that definitively bans disposable plastic cups in 2020. The company sets up actions to raise awareness on circular economy and provides one with communication tools to facilitate the adoption of CleanCup®." + }, + { + "input": "What are the benefits of using flour-based cutlery for reducing Resource Efficiency in the catering industry; How can the Circular Design of edible cutlery contribute to Waste Reduction and Zero Waste goals; Can the use of upcycled cutlery in catering promote sustainable Packaging and Material Recovery practices?", + "output": "Kooveeis one of the first edible cutlery companies in Europe. Made with flour, Koovee replaces plastic cutlery, which will be legally banned by 2020, while bringing some fun to catering experiences.Plastic cutlery presents a major environmental challenge: 4.73 billion plastic spoons are thrown out in France every year contributing to the 9 million tons of plastic added to our oceans every year. Less than 5% of plastic is recycled, it takes about 200 years to disappear in the environment and degrades into micro plastic in our oceans, destroying marine wildlife.Koovee provides a simple, zero waste solution at an industrial scale. Its pricing is competitive with bioplastic which makes it an attractive eco-friendly alternative for catering companies consuming several millions of pieces of cutlery each year. To add taste to the zero waste experience, Koovee cuttlery comes in different natural flavours." + }, + { + "input": "Resource Efficiency in coffee production; What are the benefits of Upcycling coffee grounds into biofuels; Can the Circular Design of coffee cups and straws be optimized to reduce Waste Reduction and support a Zero Waste lifestyle.", + "output": "Over 500 million cups of coffee are drunk in Poland every year and there has been an 80% increase in coffee consumption. What should be done with all those waste coffee grounds that would otherwise end up in landfill?Polish enterprise EcoBean, together with Warsaw University of Technology, has developed a new method for theproduction of coffee logs from leftover coffee grounds.Coffee logs are acarbon-neutral biofuelwhich can be used for open fires, BBQs, stoves and fireplaces. They burn for longer, produce more energy than wood, are made in a cost-effective way and provide a sustainable alternative that burns longer and produces more energy than wood.Ecobean is already working on additional applications for spent coffee ground, such as a biodegradable biopolymer that might be used to produce disposable cups or straws." + }, + { + "input": "Resource Efficiency; What are the benefits of upcycling unwanted bicycles into reusable transportation modes?; How can waste reduction strategies be implemented in the bicycle reuse social enterprise to minimize waste and promote recycling?", + "output": "The Rediscovery Centre is the National Centre for the Circular Economy in Ireland. It is a creative movement connecting people, ideas and resources tosupport greener low-carbon living. It brings together the skills and expertise of artists, scientists, designers and craftspeople united in a common purpose of sustainability.Rediscover Cycling is a bicycle reuse social enterprise dedicated tobuilding and reconditioning bicycleswhilst providingtrainingand employment opportunities. It has been putting life back into unwanted bicycles since 2010 and is located at theRediscovery Centrein Ballymun, Dublin.Bicycles are donated to Rediscover Cycling at various drop off areas at recycling centres around Dublin and are then revamped and sold at the Rediscovery Centre Eco Store.The Rediscover Cycling team also provideson-site bike clinicsto corporate and other organisations to promote sustainable transport." + }, + { + "input": "Circular design principles in fashion, how can they reduce waste and increase resource efficiency in the textile industry; Benefits of upcycling old clothing to create new products and reduce waste in the fashion industry; How can the reuse of materials in construction and automotive industries contribute to a more circular economy and reduce waste reduction.", + "output": "The Rediscovery Centre is the National Centre for the Circular Economy in Ireland, a creative movement connecting people, ideas and resources tosupport greener low-carbon living. It brings together the skills and expertise of artists, scientists, designers and craftspeople united in a common purpose of sustainability.Rediscover Fashionis Ireland’s leader in circular fashion and textiles, based at the Rediscovery Centre in Ballymun, Dublin. It was established in 2008 as a social enterprise to produce 100 % redesigned and repurposed clothing, accessories and home ware ranges from unwanted textiles. It createstraining opportunitiesfor the long-term unemployed and all revenue generated from its activities are reinvested in the enterprise.AtRediscover Fashion, a space has been created where the circular fashion model can be brought to life through training, lectures,workshops, and by developing innovative products that highlightcircular design principles. These products are then sold in the Centre's Eco Store along with other sustainably designed brands." + }, + { + "input": "How can circular design principles be applied to the art world to reduce waste and promote sustainable practices; What are the benefits of upcycling in the construction industry, focusing on reducing waste and promoting resource efficiency; What impact can renewable energy have on the agriculture sector, particularly in terms of water management and resource efficiency in farming practices?", + "output": "The Rediscovery Centre is the National Centre for the Circular Economy in Ireland - a creative movement connecting people, ideas and resources tosupport greener low-carbon living. It brings together the skills and expertise of artists, scientists, designers and craftspeople united in a common purpose of sustainability.Rediscover Paint is apaint reuse social enterprisebased at the Rediscovery Centre in Ballymun, Dublin. It collects unwanted paint donated at local recycling centres, filters and remixes it to create new paint sold at the Rediscovery Centre’s Eco Store.The programme aims todivert reusable paint from disposal\/incinerationandprovide affordable paintfor reuse to the public and community organisations.Rediscover Paint only stocksnon-hazardous, water-based paintsfor internal use on walls and ceilings only. The new paint is in excellent condition and sold at avery affordable price.With job training positions available to the long-term unemployed, Rediscover Paint is the only paint reuse social enterprise in Ireland and is looking to expand its role in preventing usable paint from incineration or disposal." + }, + { + "input": "What are the benefits of upcycling old furniture; How can resource efficiency be achieved in furniture restoration; Can circular design principles be applied to the reuse of materials in the furniture industry.", + "output": "The Rediscovery Centre is the National Centre for the Circular Economy in Ireland. It is a creative movement connecting people, ideas and resources tosupport greener low-carbon living. It brings together the skills and expertise of artists, scientists, designers and craftspeople united in a common purpose of sustainability.Rediscover Furnitureis a furniture restoration andupcycling social enterprisehoused at the Rediscovery Centre in Ballymun, Dublin. Its programme is aligned to the sustainable ethos of the Centre. The team uses traditional methods andenvironmentally friendly practicesin all of their work to restore old furniture. The pieces are available for sale at the Centre, providing sustainable furniture.Along with providingjob trainingto the long-term unemployed, Rediscover Furniture hosts numerouspublic workshopsfocused on sustainable furniture restoration." + }, + { + "input": "What are the benefits of Recycling saline wastewater in the coal mining industry to reduce environmental damage; Can Circular Design principles be applied to develop innovative solutions for Zero Waste management in coal mining operations?", + "output": "Saline wastewater is a concern for many industries. Thecoal mining industryis particularly affected: every year Poland discharges around 4 million tonnes of sodium chloride into rivers, coming mainly from coalmines and causing significant environmental damage.ZERO BRINE is taking up this issue byrecovering valuable resourcesfrom this wastewater, such as water, salts, and minerals, so that they can be reused in other industries. It currently has a pilot plant at the BolesławŚmiały coalmine in the Polish town of Łaziska Górne and the plant is operated and overseen by the Silesian University of Technology.ZERO BRINE is a 4-year Innovation Action (IA) financed by the European Commission aimed at developingcircular economy solutions for industrial wastewater treatment. It has 22 partners and pilot projects in the Netherlands, Spain, Poland and Turkey." + }, + { + "input": "Innovative recycling approach to reducing waste and promoting resource efficiency through the reuse of roofing-felt; How can circular design principles be applied to the construction industry to reduce waste and increase material recovery; What are the benefits of upcycling in the production of new asphalt products.", + "output": "Tarpaper Recycling has a clear vision for the future:from roof to road. The company aims to minimise the environmental impacts of roofing felt waste and by developing a patented method, Tarpaper has now enabled the recycling of roofing-felt.Traditionally, demolition or refurbishment of roofs leads to roofing-felts being deposited in junkyards or sent for incineration. Instead, Tarpaper has focused on the bitumen present in such materials and found a way to  reconvert roofing-felt into a raw material, which can then be used as a fixing agent in the production of new asphalt.The produced BitumenMix is a granule that consists of 45 % stone materials and 55 % bitumen. No waste is generated in the process and BitumenMix can be used directly in the asphalt production - it is therefore a complete recycling process." + }, + { + "input": "Resource Efficiency in the upcycling of materials, what are the benefits of transforming waste into bean bags?; Can Circular Design principles be applied to the production of bean bags using upcycled materials from hot air balloons and advertising posters?; How can Waste Reduction and Reuse be achieved in the creation of sustainable bean bags through the upcycling of polystyrene packaging and tarpaulines.", + "output": "La Tête dans les Nuagesis an enterprise which gives a second chance to hot air balloons, advertising posters, tarpaulines, and polystyrene packaging. At the end of their life cycle, these products would normally end up in landfills or incinerators. Instead, they are upcycled into bean bags.This initiative is based on the following considerations:only 30 % of polystyrene packaging coming from large distribution is recycled,hot air balloons have a very limited life cycle. However resistant and air tight they may be, after 650 hours in the air or 13,000 kms in 8 years of life, they are dismantled,advertising posters and tarpaulines used for sports and cultural events, once the campaign or event is over, are discarded, but their technical characteristics would allow them to last for years and years,bean bags currently available on the market come from far away countries where working conditions might not be fair and the environment is not always safeguarded.La Tête dans les Nuagesproduces with the following values in mind:resource efficiencyupcyclingsocial inclusionmade in France, use of local enterprises and know-howlimited series production." + }, + { + "input": "What are the benefits of designing textile production with a focus on Resource Efficiency and Waste Reduction? How can the adoption of Circular Design principles in the textile industry contribute to a more sustainable future? Can the application of Upcycling techniques in garment production help reduce the staggering amount of textiles wasted in the industry?", + "output": "Up to 47% of fabrics and fibres can go to waste in the many different stages of yarn, fabric and garment production. Taking up this issue, Reverse Resources has developed an online platform that connects brands, manufacturers, waste handers, and recyclers\/spinners with the aim of using digital traceability of leftovers to reintegrate and maximise the value of these discarded resources into the new circular supply chain.For garment factories,the platform offers a digital warehouse where composition, amount and background details on leftover materials is registered.For waste handlers,the platform offers access to a digital warehouse where they can access the RR network, thus giving them the opportunity to work with pre-segregated textile scraps and expand their network of recyclates.For recyclers \/ spinners,the platform offers an overview of the number of leftovers, their background and availability in different locations.And for brands,the platform provides all types of statistics on waste streams, keeps track of the KPIs and shows how much of their production waste has been recycled and what has not." + }, + { + "input": "What are the benefits of adaptive reuse in urban development; How can resource efficiency be achieved through repurposing existing infrastructure; What are some innovative approaches to waste reduction in the hospitality industry.", + "output": "For 100 years, Amsterdam’s bridge houses have accommodated the city’s bridge keepers, responsible for opening and closing bridges for the passage of boat traffic on the busy canals.With the introduction of a centralised bridge control system, the bridge houses became redundant.In 2012, the architecture officeSpace&Matter(known forDe Ceuvel, a plot of polluted land transformed into an eco-space for creative and social enterprises in Amsterdam), project development partnerGrayfield,andSeven New Thingspresented the SWEETS hotel plan to the city of Amsterdam. Their vision: to transform the city’s bridge houses into tiny hotel suites, thereby introducing travellers to new neighbourhoods and unexpected experiences in the city as well.Since then, 18 bridge houses have been upcycled into hotel rooms, and another 10 are still to be refurbished. By applying the concept of adaptive reuse, SWEETS prevented their demolition and gave these buildings a second life." + }, + { + "input": "How can waste reduction in the construction industry be achieved through circular design; What are the benefits of upcycling in the textiles sector; Can the bioeconomy play a significant role in reducing waste in the food industry through resource efficiency.", + "output": "Formerly a water park resort, the BlueCity business park is now a circular incubator housing over 30 startups experimenting towards a sustainable future,an international icon of circular economy, a national platform for circular entrepreneurs, and a very visible local accelerator that empowers circular entrepreneurs and inspires citizens.When local entrepreneurs sought a premise for innovative companies experimenting with sustainability, they found inspiration in the former Tropicana water resort in Rotterdam's riverside boulevard and began work on a a circular ecosystem.Superuse StudiosandCOUPtransformed the building as circular as possible, re-using old elements and materials both from within the swimming pool as from other abandoned buildings, usingOogstkaart.The goal of BlueCity is to provide start-ups and scale-ups with access to circular resources, knowledge and talent, to turn ideas into action and ultimately: to help sustainable entrepreneurs to grow from intention to impact." + }, + { + "input": "What are the benefits of incentivizing citizens to recycle through a reward system in public transport; How can circular economy principles be applied to urban transportation systems; Can the concept of resource efficiency be applied to the collection and reuse of PET plastic bottles in public transportation.", + "output": "The Roman public transport provider,Atac, in partnership withCoripet(Italian Consortium for PET recycling), has launched+Ricicli +Viaggi(the more you recycle, the more you travel), a pilot scheme where riders can pay for travel with PET bottles.PET collection machines have been installed - to begin with - in three of Rome's metro stations, where citizens can deposit their PET plastic bottles (from 0.5 to 2 litres), thus receiving € 0.05 in credit for each bottle, which makes a single € 1.50 journey worth 30 bottles.Citizens acquire credit on themyCiceroorTabNetapps, which they can then use to buy metro and\/or bus tickets (100-minute, 24\/48\/72-hour, monthly tickets).The objective of the initiative is double:promoting plastic recycling andpromoting public transportation." + }, + { + "input": "What are the benefits of implementing a circular economy approach for big bags, specifically in terms of Resource Efficiency and Waste Reduction? How does recycling of polypropylene big bags contribute to a more sustainable future in the packaging industry? Can Reuse and Recycling of big bags be scaled up to reduce the environmental impact of their production and disposal?", + "output": "The 380 million 4-loop big bags (technically calledFlexible Intermediate Bulk Container= FIBC) sold each year have a recycling potential of nearly 800,000 tonnes. To create a circular economy for such big bags,Starlinger, a plastic packaging and recycling machinery and process technology engineering company from Austria, has simulated a closed loop for polypropylene - the main component of big bags - in cooperation with renowned big bag manufacturersLouis BlockxandLC Packaging.Due to their lower weight and space-saving transport characteristics, the carbon footprint of flexible big bags was already below other rigid bulk containers such as drums or octabins. But with Starlinger's \"circular packaging\", there is now a closed loop for polypropylene, whichbegins with polypropylene granulate and leads to polypropylene regranulate (rPP) through the process of production, usage, recovery, and recycling, which is used for manufacturing new big bags." + }, + { + "input": "Resource Efficiency in waste management; Reuse of cigarette butts through mycoremediation; Circular Design in the development of mycelial ashtrays.", + "output": "To help prevent the pollution smokers create when attending festivals, designer Audrey Speyer developed a mycelial ashtray that gets rid of discarded cigarette butts by 'eating' them.As these are not only highly toxic, but also difficult to pick up and sadly ubiquitous, the PuriFungi mushroom provides the ideal solution to prevent waste at large events: when festival goers deposit cigarettes in a mix of straw, woodchips and cardboard, a mushroom grows to envelop these, and myco-remediation turns the butts into a resin within 2 weeks. This resin is then usable for bricks, plastic goods and leather ware.Audrey Speyer's PuriFungi is a multidisciplinary initiative at the intersection ofscientific research, environmental activism, and citizen resilience. Citizen kits are currently designed to facilitate a soil clean-up through a natural and innovative technique calledmycoremediation. PuriFungi’s mission is to preserve and stimulate urbanbio-diversityand deploycitizen resilienceactions." + }, + { + "input": "What are the benefits of using recycled ocean plastic in shoe production; How can resource efficiency be improved in the manufacturing process of sustainable sportswear; Can circular design principles be applied to reduce waste and promote reuse in the textile industry.", + "output": "adidas by Stella McCartneyand partners have developed new eco-conscious products as part of adidas’ open source approach.Using NuCycl™ byEvrnutechnology, theInfinite Hoodieis made from 60 % NuCycl™ and 40 % organic cotton that has been diverted from landfills and can be reused to be remade into high-performance product.TheBiofabric Tennis Dressis a prototype concept incubated withBolt Threadsthat specialises in bioengineered sustainable materials and fibres. The tennis dress is made with cellulose blended yarn and Microsilk™, a protein-based material that is made with renewable ingredients (water, sugar, and yeast) and can fully biodegrade.As part of adidas' cooperation with the environmental organizationParley for the Oceans, plastic waste is intercepted and used to produce a yarn for the manufacture of adidas'Parley productsincluding footwear. In 2017, the production with Parley Ocean Plastic was one million pairs of shoes, in 2018 five million and the planning for 2019 was to produce 11 million pairs of shoes containing recycled ocean plastic.The world's first fully recyclable running shoe, theFuturecraft Loop, will be launched in 2021." + }, + { + "input": "What are the benefits of achieving high waste recovery rates; How can waste reduction strategies like recycling and material recovery be optimized in waste management; Can circular design principles be applied to the waste management sector to minimize waste sent to energy production.", + "output": "In the region of Lahti Region (Finland), waste recovery is very high: the total recovery rate was 97 % in 2018. The recycling rate at the moment is 43 %. The goal is to increase recycling and diminish the amount of waste used for energy production.The mechanical sorting plant can process up to 65,000 tonnes of mixed waste, waste for energy production and construction waste per year. From these waste types the plant separates fibres, plastics and metals for recycling. The innovative and modern sorting plant utilises the newest mechanical waste-sorting technologies. Waste separation is based on material size, shape, optical and physiological features.As the infographic shows, the Kujala Waste Centre in the Finnish city of Lahti collects also biowaste and bioresidues and processes these into biogas, biofuel, compost and fertilizer. The centre also collects hazardous waste and waste of electrical and electronic equipment (WEEE) for further processing.The main operator at Kujala Waste Centre is Päijät-Häme Waste Management Ltd providing waste management for 10 owner municipalities and offering 7 waste reception stations for local residents." + }, + { + "input": "How can circular design principles be applied to the leather goods industry to reduce waste and increase resource efficiency; What are the benefits of upcycling leather bags into new products; How can the reuse and recycling of leather materials in the fashion industry contribute to a more sustainable bioeconomy;", + "output": "Estonian leather goods makerStella Soomlaishas developed an approach to designing bags based oncircular economy principles. Entitled Round 2, the concept involves using cutting patterns for leather bags into which other cutting patterns for smaller goods can be fitted. If an old leather bag is returned because it has become damaged or is no longer needed, it can then be easily reused to produce new leather products using those smaller cutting patterns. Such an approach allows leather from old products to be reused to the maximum.Bags can also be rented for short periods – say a weekend - to try and get the feel of the bag before, eventually, buying it.Stella Soomlais is a signatory of the2020 Circular Fashion System Commitment." + }, + { + "input": "Resource Efficiency; What are the benefits of upcycling fish processing waste into compostable food packaging?; How can sustainable chitin extraction from fish processing waste reduce waste reduction and promote bioeconomy in the fisheries industry?", + "output": "The blue biotech company CuanTec has produced a solution to address bothfood wasteandplastic pollutionusing sustainable sources.CuanTec takes waste from the fisheries industry and upcycles it into compostable food packaging made ofchitinandchitosan. CuanTec sustainably extracts chitin - a naturally occurring biopolymer - fromfish processing waste. CuanTec's chitin has a high molecular weight and a high and constant purity. While the company still uses some chemicals in their processes, their volumes are significantly smaller than in traditional methods thanks to the innovative biological steps in the process.Chitin is then deacetylated to obtain chitosan. CuanTec's odourless chitosan is of high quality, and is also made with a sustainable process. Chitosan is mixed with other biopolymers and natural substances to create aflexible and compostable bioplastic film. This film can be used as food packaging to reduce the plastic pollution ending up in landfills and in nature. Furthermore, the anti-microbial characteristic of the film will extend the shelf-life of fresh food." + }, + { + "input": "How can dairy farmers optimize Resource Efficiency in milk processing to reduce waste and promote Recycling of by-products like whey permeate and de-lactosed permeate? Can Circular Design principles be applied to create biodegradable packaging materials from lactic acid produced from these by-products? What are the benefits of adopting a Zero Waste approach in the dairy industry, and how can it contribute to a more sustainable Agriculture sector?", + "output": "Following the abolition of European milk quotas in 2015, farmers are now able to produce more dairy products. However, the by-products of milk processing - whey permeate (WP) and de-lactosed permeate (DLP) - are difficult to dispose of sustainably, posing a major issue for the dairy industry.Taking up this challenge, the AgriChemWhey project brings together 11 partners from 5 EU countries with the aim of building afirst-of-a-kind bio-refinery, capable of transforming over 25,000 tonnes of excess WP and DLP per annum into lactic acid.  This lactic acid can in turn be used to makevalue-added bio-based productsfor growing global markets, including biodegradable plastics, bio-based fertiliser and other minerals.This plastic could be used to package dairy products produced by farms, while the bio-based fertiliser could be used for mushroom cultivation. Such an approach is a zero-waste process, closing the loop and promoting the circular economy.AgriChemWhey hopes to replicate its model across other European regions." + }, + { + "input": "How can upcycling old fabric reduce plastic waste and promote resource efficiency in packaging; What are the benefits of using pine resin from Estonian forests in sustainable product design; Can circular economy principles be applied to textile waste reduction and reuse in the food packaging industry;", + "output": "Estonian business Rohepakend tackles plastic waste by upcycling old fabric and turning it into reusable food wraps. The product is made from donated textiles, pine resin from Estonian forests and beeswax.Part of the work is carried out by people with special needs.The company follows a business model that is based, among other things, on the green economy (the fight against single-use plastic), circular economy (reusing resources) and social entrepreneurship." + }, + { + "input": "Resource Efficiency; What are the benefits of renting instead of buying appliances for reducing waste and promoting sustainability?; How can a sharing economy approach contribute to Zero Waste and a Circular Economy in the context of consumer goods?", + "output": "Many consumers purchase appliances (for household activities, gardening, construction, leisure time, etc.) that they only use a few times a year. To prevent such purchases, a Belgian cooperative enables its customers to rent these through acatalogueinstead.Active in Brussels and Walloon Brabant, Usitoo believes it is much smarter to recycle, repair, and donate than purchase individually. Its business model is to return to an economy of functionality by prioritizing use over possession and therefore adopting a more sustainable and environmentally friendly consumption model.The Usitoo community is made up of 3 overlapping categories:cooperators, who finance the project and together ensure the smooth running and good management of the resourcesthe members, calledUsiteurs, who make use of the service by choosing to borrow rather than to buytheUsitoo team, which ensures the sustainability of the service and the development of the community from a logistical, IT and strategic point of view." + }, + { + "input": "Can you discuss the role of sustainable materials in reducing waste and promoting resource efficiency in the fashion industry; How does the concept of upcycling apply to the production of shoes; What are the environmental benefits of using biodegradable materials in shoe manufacturing and packaging.", + "output": "Italian start upDress-to-livesaw the light in April 2018 with the purpose of producing sustainable fashion, with the least environmental impact possible.Dress-to-livenow features 10 partners, mostly coming from the fashion industry, who wanted to be among those who are making a difference. They first launched their product - WAO shoes - on a crowdfunding platform and then they were able to open their e-commerce. They now sell only at sustainable fairs and onlinenot to overproduce orfollow the rushed fashion timing.All 12 parts of WAO shoes are made with natural, innovative and sustainable materials which come from the earth and return to it at the end of their cycle.upper part: hemp and wood fiber, in ecru or dyed (natural) coloursinsole: cork and coconut (natural) fiberlining: hemp and organic cotton, as well as laces.sole: made withGo!Zero rubber by Gommus, up to 100% degradable.At the end of their lifecycle,Dress-to-livecollects the shoes and separates the parts for compost and mixed waste, feeding worms with the organic parts.4% of the sale is donated to non-profit organizations supporting the environment\/animal welfare." + }, + { + "input": "Recycling textiles from abandoned materials can significantly reduce waste reduction; what are the benefits of upcycling in the fashion industry?; How can circular design principles be applied to the production of sustainable clothing lines?", + "output": "15 years ago Seija Lukkala believed that Finnish recycled textiles could be a timeless and durable design product. By the turn of the millennium, textiles were already consuming many natural resources as the culture of disposable goods had already extended to clothing and accessories. The idea of ​​reusing abandoned material was born, and in 2003 Globe Hope launched its first recycled clothing line at the Vateva Fair, made from recycled army and hospital materials.The products of Globe Hope are fully sustainable, as they are made from leftover fabrics, leftover leather, work clothes, fair carpets, coffee packages, seat belts, old posters and other advertising materials from big events.Globe Hope has already received many awards: Amnesty International chose Globe Hope as the Designer of the Year 2005, the Finnish Ministry of Culture accorded Globe Hope the Finland Award for Arts and Culture in 2006. In 2012, their products were branded with the Design From Finland label." + }, + { + "input": "Resource Efficiency in textile production; Reuse of unwanted fabric for sustainable fashion; Waste Reduction in the fashion industry through innovative upcycling techniques.", + "output": "ISATIÓ crafts into beauty what would otherwise go to waste. The Brussels SME, established by a designer from Barcelona, collects unused textile cloth that would otherwise go to waste and uses this material to create unique designer clothing.The company has already been recognised for its circular business model by local authorities: in addition to being the winner of Brussels Village Finance in 2016 and the 2017 Brussels Circular Economy call for projects, ISATIÓ was one of the designers welcomed to set up a pop-up store at the KANAL- George Pompidou Foundation.To see a brief introduction to this fully circular clothing designer, view the video below:" + }, + { + "input": "Resource Efficiency; What are the benefits of upcycling reed into reusable drinking straws and novel raw materials, and how can this approach contribute to a waste reduction strategy?; Can the use of reed as a sustainable material for building insulation and mulch support the development of a circular design approach in the construction sector?", + "output": "The common reed is the tallest and highest-yielding species of grass in Estonia. It can often be found growing next to bodies of water, in marshes, and on the edges of boglands. In total, Estonia has approximately 26,000 hectares of reed beds, while the area exceeds 300,000 hectares in the entire Baltic Sea region.However, reed growing on shores has several hidden negative effects on the biodiversity of the area. While it binds nutrients effectively, it hinders the development of other species with its tall clusters, causing the plant communities of coastal meadows to dwindle.As a raw material, reed is an abundant, quickly renewable source material with excellent functional properties. Reed is still used for making roofs and walls, as thermal insulation, or simply as mulch. Additional uses can now be added to this list – reusable reed drinking straws and a novel raw material to produce goods.On average, a single reed provides enough material for two reusable drinking straws. The remainder of the plant is turned into a reed-based material, from which plates, decorative panels, etc. are made." + }, + { + "input": "Circular design in the textile industry; Resource Efficiency in the fashion sector; What are the benefits of upcycling old clothing into new products to reduce waste and promote sustainable consumption?", + "output": "The fashion industry is, except for the oil industry, the most polluting chain in the world. People buy 60% more clothing than fifteen years ago and wear those items half as long. In fact: 70% of a wardrobe remains unworn and 33% of women wear clothing less than five times.This worries The Next Closet. In particular, when thinking of the harmful substances in the production process, the scarcity of raw materials, fast fashion brands that are constantly growing, the poor working conditions and the enormous ecological footprint that people leave behind.The Next Closet’s mission is to change the textile industry by inspiring people to invest in quality and reuse what they already have.In 2013, Lieke Pijpers and Thalita van Ogtrop founded The Next Closet: acircular marketplace for second hand designer fashionin the Benelux countries. Together with their team in the city centre of Amsterdam, they are innovating the second hand clothing market via technology.Through the Next Closet webpage, those selling their designer items can earn money while doing good by reducing consumption of new clothes." + }, + { + "input": "What are the benefits of upcycling furniture and decor in a circular economy; How can local suppliers contribute to waste reduction and resource efficiency in the food industry; Can circular design principles improve the sustainability of the coffee shop's packaging-free approach.", + "output": "To show how zero waste can become reality and provide inspiration for consumers to change their lifestyle, two Brussels entrepreneurs have set up the first waste-free and circular coffee house.Working only with local suppliers, carefully reflecting upon its purchases and selecting second-hand options for furniture and decor, the café has been able to avoid using any packaging and set up closed loops for its supply chains. The result is a welcoming place where customers can enjoy high-quality products with minimal or positive impact on the environment.To learn more about Boentje's philosophy, watch the video below (FR):" + }, + { + "input": "What are the benefits of using plant-based binders in packaging materials?; How does Sulapac's circular design approach reduce waste and promote resource efficiency in the cosmetics industry?; Can the use of sustainable wood and industrial composting in packaging materials contribute to zero waste goals in the packaging sector?", + "output": "To tackle the global plastic waste problem, Sulapac, a Finnish start-up, has created a safe and circular alternative to traditional plastic. Primarily made of wood and plant-based binders, Sulapac® material is non-toxic, microplastic-free and recyclable via industrial composting. The raw materials are sustainably sourced and the wood used is industry side stream.Sulapac® can be used with existing plastic product manufacturing machinery, which makes it a commercially sound replacement for plastic. Sulapac® can be used for a variety of applications such as cosmetics packaging, personal care items, and clothing hangers. The company has also introduced the world’s most sustainable mass-producible straw, which doesn’t harm the ecosystem if it accidentally ends up in the ocean.View more about Sulapac in this video presentation by its co-founder and CEO Suvi Haimi below ->" + }, + { + "input": "What are the benefits of reducing textile waste through upcycling and recycling in the fashion industry; How does circular design approach contribute to resource efficiency in the textile recycling supply chain; Can the use of recycled textiles in the automotive and construction industries support the transition to a circular economy.", + "output": "Wolkathas created a circular partnership withJBCand Wereld Missiehulp (WMH) to offer full service processing of discarded textiles. Consumers hand in their textile waste at JBC shops where they can also buy products made of recycled textiles. WMH also donates revenue from the second-hand textiles to projects in developing countries. This project is the start of an innovative, circular partnership with many more products to come.Wolkat optimises the value in every step of the textile recycling supply chain, from re-use as garments to recycled end-products for the fashion, car and home textiles industry. This circular and transparent way of working gives Wolkat control over the full supply chain: collecting, sorting, recycling, spinning and weaving under one roof.Wolkat processes more than 25 million kg of textiles per year. The only source of CO2emissions during the production process is transport to and from Morocco where Wolkat also collects discarded clothing; all other steps are done in-house.Reduce: Wolkat creates new products out of old ones as it works with used clothing and old textiles. At Wolkat's recycling process, only 10 ml of water is used for 1 kg of textile, with pesticides taken out at every step.Reuse: During the second step, one stream is sorted into usable clothing and textiles.Recycle:After all the sorting, one recycles the ‘useless’ textiles.Recreate: After shredding fabrics into new fibers, the new raw materials are revaluated and sent to the spinning mill for old textiles being transformed into new products: yarns, knitted or woven end products andalsonon-woven fabrics." + }, + { + "input": "Resource Efficiency in industrial ecology and territorial projects, How can Recycling and Reuse be integrated into frameworks, What are the benefits of Circular Design in reducing Waste Reduction in industrial processes?", + "output": "Le référentiel ELIPSE a trois objectifs principaux : donner un cadre commun d’évaluation aux porteurs de projets en écologie industrielle et territoriale (EIT); assurer un suivi pour les acteurs qui soutiennent les démarches; 3) permettre de faire remonter au niveau national les problématiques et les bonnes pratiques rencontrées.Read more" + }, + { + "input": "How can resource efficiency be improved in the mining sector through innovative repair solutions like Sika's liquid rubber? What are the benefits of upcycling conveyor belts and industrial rubber elements in the context of a circular economy? Can the application of eco-design principles in the development of new materials reduce waste reduction in the mining industry?", + "output": "Repairability is one of the most important drivers of the circular economy. In the mining sector and related industries, conveyor belts often have to be replaced entirely or taken apart for repair.Sika, a Swiss specialty mining chemicals manufacturer, has developed a high-performance elastomer for the clean repair of the rubber substrate of conveyor belts and industrial rubber elements. This two-component “liquid rubber” is easy to mix and apply, thus allowing broken belts to be quickly recommissioned.To see this \"liquid rubber\" in action, see the video below:" + }, + { + "input": "What are the benefits of a closed-loop packaging system like CupClub in reducing waste and promoting Resource Efficiency in the beverage industry; How can Reuse of packaging cups and lids contribute to a more sustainable Circular Economy; Can the use of returnable packaging services like CupClub help reduce Packaging waste and increase Recycling rates in the food and beverage sector?", + "output": "CupClub is a tailored end-to-end returnable packaging service for drinks, helping to eliminate single-use plastic packaging for a more sustainable future. It replaces the need to purchase single-use packaging by providing smart, re-usable packaging as a service to retailers, brands and businesses.The service eliminates any waste that would otherwise be generated and sent mostly to landfill or incineration. CupClub also uses 50% less CO2than disposable cup usage. CupClub is available in cafes\/canteens, self-serve coffee\/tea points and vending machines, with drop points situated nearby for easy cup return. Once returned, CupClub then collects, washes and redistributes cups and lids back to service points the next day.A network of businesses currently uses this service in London, and CupClub has recently trialled its open loop service for retail sites (e.g. cafes) at the Google Campus in San Francisco.To see the CupClub returnable system in action, view some highlights from the July 2019 demonstration at Cushman & Wakefield's London offices below:" + }, + { + "input": "How can Resource Efficiency be improved in the recycling of LCD displays?; What are the benefits of Circular Design in the recycling of electronic waste, specifically in the case of LCDs?; What are the environmental impacts of Waste Reduction in the WEEE recycling process and how can it be optimized?", + "output": "The Waste Electrical and Electronic Equipment (WEEE) recycling industry is in urgent need of an efficient and low cost Liquid Crystal Display (LCD) recycling process to help them comply with the WEEE Directive. Votechnik has filled the gap in this market with a fully automated, high through-put technology designed to meet the recycling rates.Within theREVOLV project, Votechnik have developed a technology and corresponding machine for the depollution of LCD displays, which uses state-of-the-art robotics for automated recycling. The machine quickly and safely removes components containing hazardous substances from the LCDs, such as mercury-containing lamps, and prepares the separate parts of the non-hazardous materials for recycling.These include critical raw materials like indium or valuable plastics.To see the ALR machine in action, view the video below:Download thebrochure." + }, + { + "input": "How can Resource Efficiency in food production be achieved through the transformation of surplus produce into superfoods; What are the benefits of Recycling food waste into nutritious products; Can Zero Waste strategies in the food industry help alleviate malnutrition and famine.", + "output": "While nearly a billion people on this earth go hungry, a third of all the food that is produced ends up as waste. Nutripeople, a Murcian start-up in the heartland of Spain's fruit and vegetable industry, seeks to address this by using contemporary food research to transform surplus produce into superfoods that contribute to alleviate malnutrition and famine.Nutripeople engages larger agri-food companies when seeking raw materials, and attempts to motivate them in following up on their corporate social responsibility policies by selling written off \/ surplus produce from across Spain. The company transforms this produce into superfoods by producing various long-life sachets with highly nutrititional contents, to be sold at a reasonable price in areas suffering famine.With a commitment to continuous innovation in its technologies and factory processes, Nutripeople alsointegrates the Sustainable Development Goals with specific actions, e.g. by reducing the use of polyethylene and developing recyclable containers (SDG 13 - climate action) or promoting the establishment of agri-food industry in developing countries (SDG 8 - decent work & economic growth)." + }, + { + "input": "Circular economy benefits of recycling ash residue in construction; How does accelerated carbonation technology contribute to waste reduction and resource efficiency in the construction sector; What are the environmental implications of using a carbon-negative aggregate in building materials.", + "output": "When waste to energy plants process non-recyclable waste to generate energy, they create a by-product calledair pollution control residue (APCr)– a hazardous waste in the form of solid ash.O.C.O Technologyhas pioneeredAccelerated Carbonation Technology (ACT),to recycle this residue intoM-LS- the World's first carbon-negative aggregate for construction.The process involves:BlendingAPCrand other wastes to form a reactive mixtureStabilising the reactive mixture with liquid CO2and waterCombining the stabilised mixture with binders and fillersPelletising the combinationCuring the pelletised combination to create the M-LS.TheUN's 6th Global Environmental Outlook for the pan-European region recognises the O.C.O Technology, stating that such\"aggregates, which have a structure similar to natural limestone, meet European ‘end of waste’ regulations and materials performance standards, and make a demonstrable contribution to the developing European circular economy.\"For more information, view O.C.O Technology's websitehere." + }, + { + "input": "Resource Efficiency in waste management; How can we reduce waste in the food industry through circular design; What are the benefits of upcycling in urban agriculture?", + "output": "The HERA Group, Bologna's waste management utility, has launched three waste prevention and reuse projects since 2009. These projects were developed in collaboration with a network of public and private sector actors (public administrations, NGOs, pharmacies, restaurants, furniture workshops), and with engagement from local communities.\"Farmacoamico\"is a project set up in 2013 to collect non-expired medicines and create a solidarity network in the region, which distributes those medicines that are valid for at least another 6 months among NGOs assisting vulnerable groups.\"Ciboamico\"collects non-consumed meals in five company staff canteens, which HERA donates to NGOs making this suplus available to food banks.\"Cambia il finale\"enables citizens to give their unwanted goods a new life, by donating these to NGOs and social enterprises repairing furniture, household appliances, bicycles and other bulky stuffs. To see more about this project, view the video below:" + }, + { + "input": "Resource Efficiency in urban biowaste valorisation; What are the benefits of cascading biowaste processing in reducing Waste Reduction and promoting Recycling?; Can Circular Design principles be applied to the development of biobased industries from urban biowaste?", + "output": "The ValueWaste project aims to develop an integrated system for urban biowaste valorisation at two very different European locations, the city of Murcia (ES) and the city of Kalundborg (DK), covering the whole value chain: citizens, local authorities, waste managers and biobased industries.3 technical lines are being developed, using urban biowaste for the production of food and feed ingredients, and fertilisers in a cascading process, thus generating economic, social and environmental benefits:Value Chain 1: Pilot plant of methanotrophic bacteria fed by biomethane, producing every year 80 tons of biomass to be fractionated into 4 main products: protein, peptides, fat and nucleic acids.Value Chain 2: Pilot plant of black soldier fly farming, resulting in an annual production of 15 tons of dry larvae, which means around 6 tons of meal flour with high protein content. Implemented at waste management site in Murcia.Value Chain 3: Pilot plant of nutrients recovery from the liquor after digestate dewatering, with the final production of 0.12 kg of struvite and 1 kg of ammonium sulfate every hour implemented at waste management site in Murcia." + }, + { + "input": "Resource Efficiency in the eyewear industry; Recycling of waste materials like fishing nets and ropes in Italy; Benefits of using Upcycled materials in the production of sustainable eyewear.", + "output": "Karünis a Chilean corporation, with a European base in Sweden, that creates high-quality eyewear in a very different way; using reclaimed, natural and\/or noble materials and working alongside local communities in Patagonia to empower them towards protecting their wild territories.Different types of waste like fishing nets and ropes from the ocean are collected by local rural entrepreneurs, then recycled through theECONYL® regeneration systemtechnology in Italy. Within this ECONYL regeneration system, they are shredded and fed through a 'pelletizer', where they are melted and cut into small recycled pellets. These pellets are then injected into steel moulds to form the products, with no added dyes or chemical coatings. and turned into long-lasting sunglasses.For more information aboutKarün's vision, mission and process, view the video below:" + }, + { + "input": "How can resource efficiency be improved in the production of reusable bottles; What are the benefits of using alkaline-soluble adhesives in the recycling process; Can circular design principles be applied to minimize waste reduction in the adhesive industry.", + "output": "When bottles are used in the reuse sector, the adhesive must be alkaline-soluble. Only then can a smooth process in the bottle cleaning machine, and thus efficient implementation of environmentally friendly reusable processes, be guaranteed.The adhesives for reusable bottles produced by Türmerleim are synthetic-based or part-synthetic based. They are characterised by a low consumption rate, thus playing a part in the sustainable handling of our resources. Furthermore, significant benefits are reaped in terms of logistics and storage thanks to their long shelf-life. Türmerleim's adhesives must meet the following requirements:high level of alkaline solubilitysmooth automation processexcellent wet adhesive strengthhigh cost-effectivenesshigh resistance to ice and condensation watervegan composition" + }, + { + "input": "Circular economy in urban planning; Benefits of upcycling excavated soil in construction; Can resource efficiency in town planning development reduce waste in the built environment?", + "output": "Cycle Terreproposes a new model of town planning development, based on local resources. The aim of the project is to set up an industrial process to reuse soil extracted from the excavation sites of the new subway and other construction sites in Sevran, France.The three kinds of materials which will be produced (bricks, clay panels, wall coating) will be used in construction sites in urban areas after receiving appropriate technical certification.The significant innovation lies in creating an industrial process using extracted soil as raw material." + }, + { + "input": "What are the benefits of using recycled materials in eyewear production? Can circular design principles be applied to improve resource efficiency in the manufacturing process? How does the use of oil-free bio-based acetate contribute to waste reduction and a more sustainable future?", + "output": "Founded in 2012 with the objective of creating high-quality eyewear (sunglasses and eyeglasses) from oil-free or recycled materials, Dick Moby offers several ranges of resources-conscious eyewear:Recycled actetateThe recycled acetate is made from bits and pieces recovered from the floor of Dick Moby's manufacturer,Mazzuchelli. These clippings and waste materials are then turned into recycled acetate, which consists of at least 97% recycled acetate and up to 3% black ink.Recycled metal framesIn addition, slivers of stainless steel that are surplus to the glasses are salvaged during the manufacturing process, and then totally reused to make new frames.Oil-free bio-based acetateThe oil-free frames are made from bio-based acetate, which looks like plastic but is much more eco-friendly. It is made from wood pulp and biodegrades in 115 days, if buried in compost soil.Last but not least, the cleaning cloth is made from recycled PET bottles, while the cases are made from recycled leather and natural latex." + }, + { + "input": "How can we increase Resource Efficiency in the energy sector by upcycling discarded power cables; What is the impact of Recycling PVC on reducing Waste Reduction in the production process; Can Circular Design principles be applied to decommissioned energy installations to promote Zero Waste and sustainable practices?", + "output": "REDEL is an energy provider in Italy. Its activities comprise decommissioning outdated energy installations (de-risking), generating a vast amount of discarded power cables. ThePVC Upcyclingproject aims to initiate a circular model for reclaiming resources by:de-manufacturing: recovering the PVC of electric cables coming from decommissioned energy plants;re-manufacturing: recycling of the same PVC in products with low environmental impact.Recycled PVC comes in the form of granules useful for many applications like pavement or construction substrates, or additive manufacturing.Along with PVC, copper and aluminium are also reclaimed and turned into metal granules for new production purposes.ThePVC Upcyclingprocess is the first phase of a broader transformation of the company's production chain. The aim is to recover, recycle and reuse waste materials generated in the different phases of its production system which is based on the creation and management of supplies connected to electrical installations." + }, + { + "input": "Circular design strategies for textile waste reduction in the solar protection industry; Benefits of upcycling acrylic off-cuts in awning manufacturing; Can recycling of technical textiles in awnings contribute to a more sustainable construction industry?", + "output": "In the solar protection industry, the manufacturing of awnings produces an average of 10% of discarded fabrics. These by-products do not have a real second use, but are disposed of in landfills in accordance with current legislation. Off-cuts routinely amount to the equivalent of about 70,000 awnings, comparable to the number of awnings installed in the region of Rome in one year.Via its exclusiveRaytentproduction line, Giovanardi is able torecycle those technical acrylic textiles to create high-quality yarns and fabrics.The process was made possible via Giovanardi's Research and Development department, together with a team of chemists highly specialised in textile recovery, tackling specific issues in recycling mass-dyed outdoor acrylic fibre.The resulting Raytent™ yarn is made through blending at least 50 % of recycled material with other high-quality fibres to meet the needs of various market segments, emerging as particularly attractive for sectors such as fashion and interior design. Features from the original textiles such as color fastness to UV rays, stain-resistant and anti-mold behavior are preserved." + }, + { + "input": "Resource Efficiency in construction; What are the benefits of sharing equipment and materials in the construction sector; How can Waste Reduction be achieved through the reuse of construction resources on a local level?", + "output": "Werflink is an online sharing platform on which construction sites and companies can share equipment, materials, resources, freight space and facilities. The platform has been set up in collaboration with the Flemish Construction Confederation, construction company BESIX, Circular Flanders and FLOOW2 to create a more circular construction sector.Construction companies in Belgium canswap, sell and shareunused construction equipment, materials, resources and freight- and storage space through the platform.Werflink provides three key benefits:Financial: cost savings by renting or borrowing equipment temporarily instead of purchasing new equipment and materials, and the realisation of additional turnover by renting out materials and services or selling it to fellow companies.Sustainable: efficient use of existing products and materials leads to less new purchase, less new production and therefore less waste of raw materials and energy.Social: shared use of equipment, facilities and services on a local level stimulates a culture of local collaboration and connection." + }, + { + "input": "How can circular design principles be applied to the textile industry to reduce waste and promote resource efficiency; What are the benefits of implementing water management systems in industrial areas; Can waste reduction strategies in the fashion industry, such as recycling and upcycling, help mitigate its environmental impact on water resources;", + "output": "The Italian city of Prato is known for its centuries-oldtextile tradition. The fashion industry is the second most polluting in the world. It requires around 93 billion cubic metres of water a year.In this sense, Prato with its Bisenzio river, its intricate system of canals and its underground water supply, has managed to provide the necessary quantities, or at least it did so until the 1970s. This is the moment when the GIDA plant specialising in waste water purification was born in Prato.GIDA was created as a public-private partnership between the Municipality of Prato and the Regional Industrial Confederation, where the majority of the shares of GIDA are today publicly owned. Through its 5 different plants, GIDA manages all the wastewater from both industry and the public. This amounts to up to50 million cubic metres of liquid a year, or the equivalent of20 000Olympic swimming pools. Approximately11% of it goes back to the textile industrythrough the industrial water aqueduct. At the same time the benefit is substantial: 4.5 million cubic metres remain in the natural water system. The rest of the water goes back into the surface water system." + }, + { + "input": "How can circular design principles be applied to the production of natural soap, reducing waste and promoting resource efficiency?; What are the benefits of using recycled wood ash as a natural binding agent in soap production, particularly in terms of waste reduction and material recovery?; Can the use of plant-based ingredients, such as sunflower oil, in soap production contribute to a more sustainable bioeconomy and reduce the environmental impact of the detergent industry?", + "output": "LaverVert is an organic detergent whose ingredients are 100% natural, with a circular cleaning agent. It is produced with wood ash recycled from industrial pellet stoves, reviving a traditional practice of using wood ash for its ability to bind with fats in creating an all-natural soap.Its list of ingredients is straightforward:water added to soluble potash (84%), obtained from ash following a percolation, maceration and filtration process;percarbonate (3%),to neutralise the colour of the wood lignin and thus prevent the greying of laundry;alcohol (2%), to stabilise the formula;organic sunflower oil (8%),to make the saponification reaction more effective;vegetable glycerine (2%),to improve the texture of the detergent;essential oils (1%),to add perfume to the detergent." + }, + { + "input": "What are the benefits of a not-for-private-profit business model in plastic waste management for environmental and social sustainability; How can a multi-stakeholder network promote social responsibility in plastic waste management in low-income areas; Can circular design principles be applied to plastic packaging to reduce waste and increase resource efficiency in the recycling process?", + "output": "The Fair Plastic Alliance believes that plastic waste management based on a not-for-private-profit business model is a powerful solution to generate a positive impact on the environment and on the society as a whole, in both developed and developing countries. The multi-stakeholder network isspreading social responsibility in plastic waste management, especially in low-income areas and adverse contexts, to achieve social as well as environmental sustainability.Products manufactured under the“Fair Plastic” brandwill be bottle-to-bottle grades, produced in FPA members' recycling plants which meet the quality standards established by the industry and comply with well-defined business rules shaped on social business model.To be a partner of the Fair Plastic Alliance does not entail any legally binding financial or administrative obligation and allows the partner to have access to information and to benefit from the activities made available by the Alliance.Member plants are certified according to the Fair Plastic certification and accept to undergo audits on a regular basis to assess their social and environmental impact." + }, + { + "input": "What circular economy strategies can be employed to reduce waste in the construction sector; How can resource efficiency be improved in the demolition and recycling of social housing buildings; What innovative approaches can be taken to upcycle materials from old buildings into new housing units in the context of a shrinking population.", + "output": "In Parkstad Limburg region (South NL), due to demographic evolution, the population is estimated to shrink by 27% in the next 30 years, calling for a radical re-orientation in housing facilities.Concretely, three pilot housing units will be built with different reuse\/recycle techniques using materials acquired from the circular demolition of one of the high-rise social housing buildings. Harvested materials from the high-rise flat will be brought back to resources in 24 material flows, e.g. the surfaced timber will be restored to wood for reuse\/recycle purposes.The proposed innovative urban action is to experiment with new circular economy processes aimed at 100% reusing and recycling of materials acquired from the demolition of an outdated social housing high-rise block.Super Circular Estate's innovation aim is to revolutionise the management of social housing associations towards more sustainable, resource efficient decision making, delivery models and processes. The Super Circular Estate aspires to gather important information for estate owners and social housing corporations in the EU with similar challenges in comparable shrinkage regions." + }, + { + "input": "Water Management in tourist facilities; Resource Efficiency in water-scarce regions; Waste Reduction in agricultural production systems through innovative closed water cycles;", + "output": "The Mediterranean region faces water scarcity during the summer months. This situation is even worse when millions of tourists visit the region, leading to water stress in the agricultural production systems. The project “demEAUmed” demonstrates and promotesinnovative technologies for an optimal and safe closed water cyclein Euro-Mediterranean tourist facilities.As part of this project, the Vertical Ecosystem (vertECO) was tested to recycle water on-site at Hotel Samba, Lloret de Mar, Girona (Spain).VertECO consists of a vertical ecosystem treating greywater from handwash basins, showers, and laundries. This indoor vertically-constructed wetland combines sub-surface horizontal water flow with stage-wise vertical flow. Plants function in symbiosis with rhizosphere microorganisms providing remarkable water cleaning abilities. The unit is suitable for both outdoor and indoor use and is designed to be attached to (interior\/exterior) walls." + }, + { + "input": "What are the benefits of incorporating agroforestry models in sustainable agriculture, specifically in the context of silkworm cultivation?; How can circular design principles be applied to the production of raw silk and other byproducts, reducing waste and increasing resource efficiency?; What are the potential environmental and social impacts of upcycling pupae into protein powder and other valuable products, and how can this approach contribute to a bioeconomy?", + "output": "Lopyanko'sAgri_Gaya'18project aims at developing sustainable and circular exploitation of thebombix mori(silkworm) in Northern Bulgaria. Besides production of organic silk and other valuable byproducts, the project establishes protective forest belts of mulberry trees, an agroforestry model particularly well-suited to the Danube Region.Lopyanko's products diversification from silk cocoons include:Raw Silk– main production output is organic raw silkPupaе– Another substantial product that is disposed of as waste from production are pupae. Lopyanko's closed production cycle will create and produceprotein powderfrom those waste material.Sericin–  is a very valuable product for thecosmetic and medical industryall over the worldBiomass production– under a special technology, ready to be used for energy production sectorFood Supplement– made on the basis of pupae, 96% pure protein along with other natural substances that help to support the activity of the gastrointestinal tract and serve as an antioxidant and regulator of many vital processes for the human body.This good practice is also featured on thecirculary.eu platform" + }, + { + "input": "What are the benefits of implementing circular design principles in the hospitality sector; How can resource efficiency be achieved in the food production process through waste reduction and recycling; Can the principles of upcycling be applied to the textile industry to reduce waste and promote sustainable fashion.", + "output": "Fra’ Soleis a sustainability project involving the monument complex of Saint Francis of Assisi and its nearby forests, olive groves and vegetable gardens. The project has gained the support and endorsement of relevant firms in the Italian circular economy and ethical finance sectors in order to:Significantly reduce the environmental impact of the religious community and of the pilgrims visiting the site, ultimately aiming at total decarbonisation of the complex.Make the project replicable by drafting policies that might be applied to similar closed systems (schools, hospitals, jails, residential structures).Raise ecological awareness among visitors and pilgrims, while spreading good practices in terms of sustainability.Stages of the project:Shared strategical planning among the promoting organisations.Technical analysis and reporting on:a.Material flowsb.Energy flowsc.ProcurementPlanning and implementing the best available solutions for the areas of intervention.Drafting a project report and regulations to replicate good practices in similar closed systems.Disseminating good sustainable practices among pilgrims and visitors.Thesustainability report for the project from 2017 to 2022has been presented in Italian at Ecomondo 2023 in Rimini." + }, + { + "input": "How can Resource Efficiency be improved in the pyrolysis process; What are the benefits of using pyrolysis for Waste Reduction and Recycling of industrial biomass and non-recyclable waste; What are the potential applications of bio-based oil and gas produced through pyrolysis in the Circular Economy;", + "output": "After 5 years of studies, research and tests, ecoHORNET has created theW2E recycling eco station. Using pyrolysis, this machine enables creating, efficiently and without pollution, bio-based oil and gas out of everything that burns.By thermo-chemically treating industrial biomass and other non-recyclable waste in the absence of oxygen, the W2B recycling eco station creates valuable products such as recyclable pyrolysis gas, pyrolysis oil, biochar, carbon black and other biologically neutral residues, which can then be stored ecologically and used for the recovery of energy from waste.As the machine makes it possible to transform agricultural waste into bio-based gas and oil, ecoHORNET contributes to reducing fossil fuel use. To see the W2B recycling eco station in action, view the video below (in French), where a demonstration transforms 30 kg of coal into 6.5 litres of pyrolysis oil and 1.5 litres of pyrolysis gas ->" + }, + { + "input": "Resource Efficiency in plastic packaging recycling; What are the benefits of designing products with recyclability in mind; How can the reuse of recyclates in new products contribute to Waste Reduction and Zero Waste goals?", + "output": "Plastshipis a marketplace platform for buyers and sellers ofregrinds,re-granulatesandrecyclates. The portal's services include independent assessment of the recyclability of plastics packaging and products for complete product ranges and of their impact on selected environmental factors.Plastship also provides consultancy in optimizing product sustainability in terms of design for recycling and the use of recyclates.Its goals are:establishing broader application areas for recycled plasticsfacilitating and accelerating the distribution of recycled plasticsbuilding up homogeneous quality and information standards for recycled plastics." + }, + { + "input": "How can urban regeneration projects like Polveriera promote Resource Efficiency in the reuse of existing structures?; What are the benefits of implementing Circular Design principles in the redevelopment of abandoned spaces?; What role can Waste Reduction and Recycling play in the revitalization of urban areas, and how can it contribute to a more sustainable community?", + "output": "The \"Polveriera\" is an urban regeneration project conceived by the\"Consorzio Oscar Romero\"and social cooperatives:Coress - Il Piccolo Principe-L'Ovile-Elfo-Dimora d'Abramo-Anemos- New Harvesttogether with other companies, associations and local bodies.The initiative aims to redevelop an existing neighborhood (\"Mirabello\") at risk of degradation, through the regeneration of a part of a structure used as a weapons warehouse during the Second World War, acquired on free loan.The regeneration allowed to start a series of initiatives on the concerned area:disability and for asylum seekers servicescoworkingemployment agencycultural and socio-occupational spacecivic hallmultipurpose hallcooperativetrade activities of organic products and short production chain." + }, + { + "input": "Resource Efficiency in biorefineries; How can waste reduction be achieved in chemical production processes; What are the benefits of upcycling by-products in industrial processes?", + "output": "Inaugurated in 2016, Mater-Biotech is the first world industrial plant for the production of1.4 bio-butanediol (BDO) directly from sugars, paving the way for the production of new chemical intermediates from renewable sources.Mater-Biotech is the result of thereconversion of a decommissioned sitethatNovamontacquired in 2012, in a logic of territorial regeneration and enhancement of previous skills and expertise. The plant was designed to reuse the by-products for its energy needs, thus optimizing the life cycle of the entire process.The 1.4 BDO produced by Mater-Biotech is used as a fundamental building block for the production ofMater-Bi,Novamont’s family of completely biodegradable and compostable bioplastics." + }, + { + "input": "What are the benefits of using biodegradable bioplastics in agriculture; How can compostable packaging reduce waste management costs; What are the advantages of circular design in the production of bioplastics.", + "output": "Novamont, an Italian bioeconomy pioneer, is a global leader in the production of biodegradable and compostable bioplastics that are used to manufacture products in different sectors, including packaging, foodservice and agriculture.The compostable foodservice products can greatly simplify waste management in closed loop systems, such as the catering and hospitality sectors, as these can be collected with the organic materials they're used for, and jointly recycled into biogas and compost.These products increase recycling but also reduce waste management costs, as waste disposal facilities usually charge less for sorted food waste than for unsorted food-contaminated plastic waste.In the agricultural sector,MATER-BIapplications biodegradable in soil increase productivity as they do not need to be removed and disposed of at the end of crop life, but can be ploughed into the soil where they biodegrade, thus simplifying the management and reducing the amount of plastic waste.As regards packaging, MATER-BI compostable resins can be used in a wide variety of applications, including bags, pouches, sealing films, cling film plus ridged pots and trays." + }, + { + "input": "Circular economy benefits in the mining industry; Recycling of metals in the circular economy; Resource Efficiency in forestry and wood processing;", + "output": "The Circular and Bioeconomy Centre is based onacross-sectoral industry co-operationinvolving mining, metal, and forest industries and service companies in the Kemi-Tornio economic region, and accounts for about 80 % of Lapland's industrial production.It aims to develop a more competitive business environment for companies involved in the circular economy and helps companies to develop circular economy business and products by providing expert assistance, applying for funding, linking operators, creating networks and consortia, promoting pilots and scaling, etc.The founders and core actors of the Circular and Bioeconomy Centre areDigipolis, theCity of KemiandLapland University of Applied Sciences." + }, + { + "input": "What are the benefits of recycling expanded polystyrene in terms of Resource Efficiency and Waste Reduction; How can Circular Design principles be applied to the production and disposal of expanded polystyrene to minimize its environmental impact; What are the advantages of implementing a compaction service for expanded polystyrene products in terms of Material Recovery and Zero Waste targets.", + "output": "AIPE (Italian Association for Expanded Polystyrene) is the national association of companies working with expanded polystyrene. AIPE is also a member of EUMEPS (European Manufacturers of Expanded Polystyrene)​. The centre where expanded polystyrene is recycled for AIPE is calledCREA.Expanded Polystyrene is fully recyclable, but its volume poses a particular challenge for pre-recycling collection and storage, as it generates extra space and transportation costs.To support its member firms, the AIPE offers a compaction service for their expanded polystyrene products. The compaction plant, owned by AIPE and equipped with a crusher and a compactor, is given for free for these firms to use; the latter are responsible for its maintenance only." + }, + { + "input": "How can digital technology enhance Resource Efficiency in the circular economy; What are the benefits of using a single platforms for Recycling and Waste Reduction; Can Circular Design principles be applied to the development of sustainable packaging and what are the advantages of doing so in the field of Textiles?", + "output": "Mercato Circolare,a free-of-charge smartphone application created by an innovative start-up, can be used to search for circular economy products, services and events in Italy and elsewhere. It works as a platform and to date has around 400 activities among companies, products, events.Mercato Circolare Srl Benefitis an innovative start-up that empowers people to be circular, especially with the help of digital technology. It organises workshops, events, shows (Blue revolution) and communication projects for different audiences. It also offers training opportunities, develops matching opportunities between companies and offers its clients a wealth of relationships and knowledge for the creation of networking strategies essential for business development in the field of circular economy.For more information clickhere." + }, + { + "input": "Resource Efficiency in road construction; How can Ultra Thin White Topping reduce Waste Reduction in asphalt surfaces; What are the benefits of using Recycling steel fibres in road material for sustainable Construction?", + "output": "White Topping is used to harden damaged asphalt surfaces. By placing a layer of cement thinner than 200 mm on top of any surfaces that continue to have the necessary carry strength for traffic, governments and infrastructure companies can improve road facilities cheaply and with fewer resources.In the Netherlands, Schagen Infra BV began experimenting withUltra Thin White Topping in 2018. This type, thinner than 100 mm, enables mixing in steel and other man-made fibres to strengthen the residual stress capacity of the material, thus improving its performance as well." + }, + { + "input": "What are the benefits of upcycling abandoned production plants for creating sustainable biopolyester production sites?; How can resource efficiency be improved in biopolyester manufacturing through wastewater purification and recovery of chemical intermediates?; What is the impact of using renewable origin raw materials in biopolyester production on reducing emissions and waste reduction in the manufacturing process?", + "output": "Mater-Biopolymer is a company based in Patrica (Italy), 100% owned byNovamont, dedicated to the production ofOrigo-Bi,biodegradable biopolyesters of renewable origin, and to the development of new biopolymers.The industrial site is the result of the reconversion of existing infrastructures and skills of an abandoned production plant for PET. It is a highly efficient plant able to ensure the highest quality and safety requirements and is equipped with a complex system of utilities, which contribute to minimizing costs and waste through recovery and reuse.The various sections of the plant have been regenerated, modified and in some cases wholly renovated to implement innovative technologies able to use the raw materials of Novamont's supply chain to manufacture biopolyesters through a process which is increasingly sustainable, and always directed towards reducing emissions.Mater-Biopolymer is also equipped with recovery utilities among which a process forwastewater purification aimed at obtaining tetrahydrofuran (THF), a chemical intermediate for the chemical and pharmaceutical industries, for the first time in the world sourced from renewable sources (bio-THF)." + }, + { + "input": "What are the benefits of combining design with recycling to create personalized corporate gifts?; How can resource efficiency be achieved through the innovative transformation; Can the use of secondary raw materials like paper, metal, and textiles in products to contribute to waste reduction and zero waste goals?", + "output": "It is by combining design with recycling that Alisea has found an original place on the corporate gifts market. Its offers beautiful, personalised items that thanks to innovative transformation process, include secondary raw materials such as paper, metal, textile or even graphite - but can be extended to the client's imagination limit.Alisea provides its customers with ideas to transform the most diverse recycled materials into attractive products. Personalised design allow clients to have materials deriving from their own processing chains, recycled or upcycled into exclusive corporate gifts. The resulting objects always have a story to tell, a story of the client and its core activity.The Xbag is made with recovered “shading nets” used in agriculture to protect cropsPerpetua the pencil, is made of 80% of Zantech, a coumpound using graphite waste from the industrial production of electrodesThis promotional stationery collection uses client's recycled PET interlining (Kufner) and recycled paper" + }, + { + "input": "How can textile waste reduction be achieved through the reuse of noble fibers like cashmere; What are the environmental benefits of recycling textile scraps in the production of yarns; Can circular design principles be applied to the textile industry to promote Resource Efficiency and reduce Waste Reduction in the fashion industry.", + "output": "The Rifò (meaning \"I remake\", in Italian) company was founded in October 2017, in the textile district of Prato in Tuscany, Italy. The company regenerates noble textile fibres, such as cashmere, using a proven technology developed in the Prato textile district over a hundred years ago.The textile scraps are torn, reconverted into wool fibres and transformed into yarns, to be used for very fine products, with exceptional saving of natural resources.In particular, dyes are not used in the production process, as the scraps are initially sorted according to their colour. The production and assembly techniques used for the garments ensure their durability and recyclability." + }, + { + "input": "What are the benefits of circular design in furniture production; How can resource efficiency be achieved in the manufacturing process of eco-friendly furniture; Can recycling and upcycling of materials be integrated into the design of sustainable home decor accessories.", + "output": "Lessmore, the Italian ecodesign brand, produces and trades a collection of furnishings and accessories designed to ensure maximal repairability and recyclability, and minimal environmental impact.These furnishings and accessories are designed by architect Giorgio Caporaso, usinginnovative combinations of materials and simple and interchangeable solutions.All items in the Ecodesign line are made out of a special kind of cardboard, ecological and recyclable. Those pieces of eco-design marry sustainability and design in a clever way and at the right cost. These systems do not require high maintenance: each module can easily be repaired or replaced at a low cost." + }, + { + "input": "Resource Efficiency in mushroom cultivation; How can coffee waste be utilized in sustainable agriculture; Can waste management in the food industry be improved through upcycling of coffee grounds for mushroom production.", + "output": "Funghi Espresso is an innovative startup that produces fresh mushrooms in a sustainable and natural way, using coffee grounds (coffee waste) from local bars and restaurants as a growing substance.In addition to the production of fresh mushrooms, Funghi Espresso also specializes in the production of substrate ready for mushroom cultivation (kit).Funghi Espresso also organizes educational and training courses for schools and training on the job to replicate the model." + }, + { + "input": "How can we promote Resource Efficiency in date palm cultivation in Degueche, Tunisia; What are the benefits of implementing a Waste Reduction strategy in the palm grove through composting; Can the Circular Design approach be applied to the oases' water management system to reduce waste and promote sustainable agriculture practices.", + "output": "The El Ouidane project aims to combat the desertification and to protect a fragile environment such as oases.In Degueche, Tunisia, the economy is deeply linked to the cultivation ofdate palm trees. The project, carried out over the last three years, saw the introduction of a dry-wet collection service for approximately 1500 users in a city district, and the setting up of a site for composting household waste mixed with waste from the palm grove shredded with a chipper. The compost is used in the palm grove itself, bringing the organic substance back to the soil.The project receives funding fromOtto per mille, through which Italian taxpayers devolve 8 %, from their annual income tax return to an organised religion recognised by Italy or, alternatively, to a social assistance scheme run by the Italian State.More pictures here" + }, + { + "input": "Resource Efficiency in waste management, Can Recycling of waste materials be integrated into educational programs, Waste Reduction in schools through creative reuse of materials.", + "output": "Everything is transformed - a new look at wasteis an educational campaign. It aims to involve students from secondary and primary schools in Italy to promote a more circular approach to waste management.Waste is not always meant to be thrown away and destroyed. It can be sorted and transformed into something else - a different material, object or energy. This is the main message of thebookdelivered for free to more than 1,000 classes throughout Italy, to raise awareness among school-age students that waste can be a powerful resource within a circular economy framework.The campaign was paired with thecreativity competitionMake a Difference. Students were asked to create an effective slogan to promote waste recycling and then present it in a visually appealing way, preferably using waste materials to highlight the core message louder. The winners of last year's competition created an artwork with only recycled materials and the message \"saving waste is finding a treasure\"." + }, + { + "input": "What are the benefits of using straw in construction; How can modular building blocks contribute to waste reduction in the construction sector; Can the use of eco-friendly insulation materials like straw reduce the carbon footprint of buildings?", + "output": "Prespaglia offers a line ofmodular blocks of pressed strawfor the construction sector. 3 different types of blocks are proposed so far with easy-and-fast assembling profiles.The modular eco-blocks are made of straw, clay and pozzolan lime, making them entirely recyclable and biodegradable. They offer high levels of thermal-acoustic insulation and resistance to fire." + }, + { + "input": "Resource Efficiency in paper production; How can Recycling of agricultural by-products like bran improve Waste Reduction in the paper industry; What are the benefits of Circular Design in the development of sustainable packaging solutions using biodegradable materials.", + "output": "The \"CartaCrusca\" project consists in recovering bran residues from the milling of Barilla wheat, no longer usable for human consumption, and subsequently processing them, together with cellulose, for the production of paper.The research and development teams of both Barilla and Favini have worked side by side to select the most suitable by-product and then to purify and mill the bran to make it work with paper fibre. Favini uses this secondary raw material for the production of paper exclusively for Barilla, which, on its part, uses CartaCrusca mainly for its renewable and biodegradable packaging, high-end products, internal documents and promotional items.CartaCrusca has the colour of bran and an authentic rustic feel to it, making it an elegant product for its purposes." + }, + { + "input": "What are the benefits of using recycled plastics in product design; How can circular economy principles improve resource efficiency in plastic production; What are the advantages of labeling plastic-free and recycled plastic products to promote sustainable consumer choices?", + "output": "Flustix is a certification body for plastic-free and partially plastic-free products as well as goods made from recycled plastics.Flustix analyses products and supply chains and then labels approved items with the Flustix certification mark. By making plastic reduction clearly visible for customers, the certification provides guidance and the opportunity to make a plastic-aware buying decision." + }, + { + "input": "Resource Efficiency in the production of olive oil; Recycling of olive pits as a renewable energy source; Waste Reduction in the olive oil industry through the reuse of olive pits as a biomass fuel.", + "output": "Since its establishment in 1968, KLIMIS has been using the woody part of Greek olive pits as heating fuel for its kiln in order to bake lime stones, and produce lime pulp (putty lime) for use in building construction and lime powder (quick lime) for use in agriculture.The woody part of olive pits (a by-product from pomace factories) is a solid and sustainable biomass fuel, and therefore a renewable energy source derived from the process of collecting olive oil. KLIMIS compresses olive pits either in an oval shape to create briquettes or in a polygonal shape to create logs(with a hole along their axes) suitable for stoves, wood boilers, pyrolisis boilers and fireplaces. They are 100% natural products, free from chemicals and have a high heating power of 5153kcal\/kg.1992, after lengthy experiments, KLIMIS has also been collecting the black powder produced by the incomplete combustion of the woody part of olive pits in the kiln to create(EU-patented)barbecue briquetteswhich do not emit odours, or produce smoke or sparkles. They are easy to light up, free from chemicals, have a high heating power of 6366 kcal\/kg, and emit 30% less carbon monoxide than wood charcoal." + }, + { + "input": "What are the benefits of upcycling ocean waste into high-quality towels; How can resource efficiency be improved in the production of textiles; Can zero waste practices be applied to the hotel industry to reduce plastic waste disposal.", + "output": "3SIXTY takes end of life, single use plastic bottles and ocean waste and mixes these with cotton to produce towels that look, feel and perform just like regular towels for the hotel industry. Find out more about its approach in the video below." + }, + { + "input": "Resource Efficiency in biopolymer production; What are the benefits of using waste cooking oil for PHA biopolymer synthesis; How can biodegradable biopolymers like Hydal contribute to Zero Waste and sustainable packaging?", + "output": "NAFIGATE’s Hydal Biotechnology uses waste cooking oil to produce afully biodegradable and biocompatible PHA biopolymernamed Hydal (Polyhydroxyalcanoates)This is the first biopolymer of its kind being produced on an industrial scale at an affordable price. The process involves a natural bacteria and takes place in three steps:Microbial fermentation, where bacteria “consume” used cooking oil and transform it into granules of PHA stored inside the bacterial cell. This process is commonly calledupstream process.Isolation of the polymer from microbial cells is calleddownstream process. This process involves the breakup of microbial cells where PHA granules are released.The final polymer in the form of a powder may be processed into granules for various production purposes, and is 100% biodegradable in nature.The company also uses oil as a source of energy, reducing its consumption and making biopolymer significantly more affordable. Energy consumption is 50% less than for the production of conventional polyethylene (PE)." + }, + { + "input": "How can we improve Resource Efficiency in the production of recycled products from chewing gum? What are the benefits of Recycling waste chewing gum in a closed-loop system? Can Circular Design principles be applied to the development of new products made from recycled chewing gum?", + "output": "Gumdrop Ltd, founded in 2009 to tackle the global problem of chewing gum litter, is the first company in the world to recycle and process chewing gum into a range of new compounds that can be used in the rubber and plastics industry. As chewing gum is made of \"polysobutylene\" (also used for inner tubes of bycicle wheels), which is obtained from petrochemicals, there is opportunity to recycle the material.Gumdrop Ltd uses a closed loop recycling process, Gum-tec®, to manufacture bins known as Gumdrop and Gumdrop on-the-go. These pink receptacles, designed specifically for the disposal of waste chewing gum, look like strawberry flavored bubble gum bubbles, a fun, colourful replacement for the common blank eyesore of the white splodge. Once it is full, the whole Gumdrop along with its contents of waste gum is recycled and processed to manufacture new Gumdrops, and the cycle starts again.Gumdrop Ltd also collaborates with manufacturers and companies globally to manufacture products ranging from Wellington boots to mobile phone covers, stationery and so on from recycled and processed chewing gum.For more information about the Gumdrop process, view the video below:" + }, + { + "input": "What are the advantages of using recycled textiles in construction materials like insulation and wall panels in terms of Resource Efficiency and Waste Reduction?; How does the use of recycled textile insulation compare to traditional insulation materials in terms of Renewable Energy consumption and Environmental Impact; Can the circular design approach of SK-Tex be applied to other industries, such as Automotive or Packaging, to promote Zero Waste and sustainable production practices?", + "output": "SK-Tex takes old clothing and turns it into products that can be used in cars, furniture and buildings. It started with products made from secondary raw materials, targeted at the automotive sector: textile panels and mats used for noise reduction in cars, or for lining car boots.It now specialises in construction materials: interior and exterior insulation and prefabricated wall panels sold under the nameEkosenHMC. Its recycled textile-insulation products are mould-resistant and fire-retardant and have significant advantages in terms of heat retention and achievement of a stable internal temperature. EkosenHMC insulation also scores highest marks for noise reduction, and acts effectively to control moisture, making it a beneficial insulation material for people suffering from allergies or asthma.The product is a viable alternative to insulation based on inorganic fibres, such as mineral and glass wool. EkosenHMC is a recycled product produced far less energy-intensively. SK-Tex’s insulation can be recycled again when removed from buildings.SK-Tex is featured asEco-Innovation Action Plan in practice(European Commission)." + }, + { + "input": "How can the use of CO2-based textile processing technology reduce waste and promote a circular economy in the fashion industry; What are the benefits of using reclaimed CO2 in the dyeing process; Can the elimination of wastewater in the dyeing process contribute to a more sustainable Resource Efficiency in the textile industry.", + "output": "DyeCoo, based in Weesp, the Netherlands, has more than 15 years of experience in CO₂-based textile processing technology. By replacing water with CO₂ for the dyeing process, no wastewater is generated. Furthermore, DyCoo uses reclaimed CO₂ from existing industrial processes, making it a closed loop operation.DyeCoo uses a patented and industrial proven technology based on CO₂, instead of water, so no waste water treatment is necessary. The technology uses reclaimed CO₂ from existing industrial processes as the dyeing medium, in a closed loop process.When pressurised, CO₂ becomes supercritical (SC-CO₂), a phase between a liquid and a gas. In this state CO₂ has a very high solvent power, allowing the dye to dissolve easily. Thanks to high permeability, the dyes are transported easily and deeply into fibres, creating vibrant colours.CO₂ dyeing does not need added process chemicals to dissolve dyes. DyeCoo's technology uses 100% pure dyes and, with more than 98% uptake, nothing is wasted.DyeCoo is featured onBusinessEurope's Circular Platformand asEco-Innovation Action Plan in practice." + }, + { + "input": "Resource Efficiency in electrical and electronic equipment, Recycling of WEEE, and Circular Design for sustainable product customization;", + "output": "C-SERVEESis a European project that aims to boost a resource-efficient circular economy in theelectrical and electronic (E&E) sectorthrough the development, testing, validation and transfer of new circular economic business models based on systemic eco-innovative services that include:eco-leasing of electrical and electronic equipment (EEE),product customization,improved management of waste of electrical and electronic equipment (WEEE),and ICT services to support the other eco-services.ICT tools (relying on QR codes) will be developed as the driver of the proposed eco-innovative services to take full advantage of the potential and synergies of two major revolutions of our time: the circular economy and the Industry 4.0.C-SERVEES will contribute to transform the E&E sector into circular and 4.0, raising new opportunities for end-users and for social and solidarity economy. The techno-economic, environmental and social viability of the new circular economy business models will be validated through demonstrations dealing withfour target products: washing machines, toner cartridges, telecom equipment and TVs." + }, + { + "input": "What are the benefits of using recycled plastic material in packaging and construction sectors; How can the Di-Plast technology improve resource efficiency in North West Europe; What are the advantages of upcycling recycled plastics in the automotive industry.", + "output": "Use of recycled plastic material (rPM) in North West Europe is homogeneously low. In packaging and building, the highest plastic-consuming sectors,only 8% of plastic employed is recyclate(Plastics Europe 2016). This is often due to lack of information on the purity and composition of recycled plastics.The Interreg NWE research projectDi-Plastdevelops digital technology to enable complete documentation andthe quality assurance of recycled plasticmaterial flows.Sensor technology,data analysisandprocess managementwill be used to create the information and processes that enable recycled plastics to be used safely, encouraging its uptake as secondary raw material.The Di-Plast technology is to be tested and refined infour pilot projects. The region of operation is North West Europe, starting with Germany, the Netherlands and Luxembourg. 12 companies, clusters and associations that cover various parts of the value chain (source, collection, processing, compounding, use) participate in the project.The project is still open to new participants(enterprises and experts in plastics and recyclate processing) from Germany, the Netherlands and Luxembourg." + }, + { + "input": "Recycling of expanded polystyrene packaging; How to increase resource efficiency in food contact packaging; Can circular design strategies reduce waste in the plastics industry?", + "output": "Expanded polystyrene (EPS) has very good insulation, protection and safety properties, making it suited for food contact packaging. Some 335 000 tonnes\/year of EPS are used for this purpose in the EU, but only 25% is recycled, while 30% is incinerated and the rest landfilled. The low recycling rate is due to the difficulties in removing food residues and odours from waste PS. In particular fish EPS boxes, although 100% recyclable, mostly end up in landfills (45-50% in Europe and 55-60% in Spain).The three-year (2017-2020) LIFE EPS SURE project aims to offer a technically, environmentally and economically viable solution that allows waste EPS fish boxes to be collected, stored, pre-treatedand converted into new PS food contact packaging.The project is led byCICLOPLAST, a non-profit company active in promoting the upcycling of end-of-life plastics. It has been a member ofECOEMBESsince its creation.Several other entitiesfeature in the project, that isANAPE,COEXPAN,EL CORTE INGLESANDTOTAL PETROCHEMICALS IBERICA, responsible for converting waste EPS fish boxes into valuable resources.Watch the video" + }, + { + "input": "What are the benefits of combining aquaculture and hydroponics to reduce water consumption and increase Resource Efficiency in urban areas; How can aquaponics contribute to a closed-loop system and promote Waste Reduction in food production; Can circular design principles be applied to aquaponics to minimize the environmental impact of agriculture and promote sustainable food systems?", + "output": "Aquaponics, the combination of aquaculture (fish-breeding) and hydroponics (soil-less plant growing) provides a far more sustainable alternative to traditional irrigation systems. Aquaponicsallows for fish and plants to be grown together: while the fish grow in the water filtered by the plants, the latter use the fish waste as organic nourishment - the video below (in French) illustrates how aquaponics creates a closed loop:Suchaquaponic gardens do not require any inputs after installation. With little water usage and low power consumption, aquaponics is a technology especially suited to cities, where itreduces the farm-to-fork distance to almost zero.AquaponieBXL is perfecting this technology and building aquaponic systems across Brussels to contribute to the production of healthy and sustainable food. These systems are both indoors and outdoors, and range from small (for schools, restaurants, etc.) to big (public gardens, grocery gardens, companies, etc.) systems.AtRecy-K, where all actors have embraced the circular cause, AquaponieBxl also organises training courses and workshops for citizens and schools." + }, + { + "input": "Waste Reduction strategies in electrical and electronic equipment management; Resource Efficiency benefits of WEEE recycling; Circular Design principles for reusing and upcycling electronic waste;", + "output": "The ReWeee Project entitledDevelopment and Demonstration of Waste Electrical and Electronic Equipment (WEEE) Prevention and Re-use Paradigmsaims to reduce WEEE in Greece by preventing the production of WEEE itself, and also by demonstrating, via appropriate paradigms, that WEEE can be efficiently sorted and prepared for re-use. The goal is also to make re-used electrical and electronic equipment (REEE) acceptable to consumers.To this end, two WEEE sorting centres (SC) will open for the first time in the country, in the Attika and the Central Macedonia regions. Their core activity is the collection, storage and sorting of WEEE, depending on their condition, and then their preparation for reuse or treatment. Moreover, a measurement tool is being developed to facilitate the assessment of WEEE reuse in Greece.In addition, aweb platformhas been set up to facilitate the donation and exchange of EEE. It targets households, companies and public services.Among the project partners areRReuse, theHellenic Recycling Agency, theEcological Recycling Society, theGreen Fundand theHarokopio University of Athens." + }, + { + "input": "How can biogas co-generation contribute to Resource Efficiency in the agricultural sector? What are the benefits of upcycling organic matter for producing Renewable Energy? Can Waste Reduction and Material Recovery be achieved through the efficient conversion of biomass into biogas?", + "output": "Genesis Biopartner has initiated, developed and financed the construction of a plant for the co-generation of thermal energy (heat) and mechanical energy (electricity) from biogas in Romania.The Genesis Biopartner plant now processes around 20,000 tonnes of organic matter, which account for the 93-97% of biomass needed due to the existing operational capacity, in order to co-generate electricity and thermal heat." + }, + { + "input": "Resource Efficiency in WEEE recycling; Impact of Circular Design on the management of Waste Electrical and Electronic Equipment; Benefits of Recycling of Textiles in Electronic devices.", + "output": "The educational project Ecotic Caravan, co-financed by LIFE+ between 2014 and 2016, aimed to raise awareness on environmental protection and sustainable development, focusing on efficient management of Waste Electrical and Electronic Equipment (WEEE). The project aimed to reach both the general public and school children aged 6-14.The key element of the project was a caravan, in itself a WEEE mobile exhibition, showcasing 10 dismantled pieces of equipment: a cathode-ray-tube monitor, fridge, washing machine, fixed-line phone, mobile phone, laptop, desktop PC, toy, and an iron. The message of the importance of WEEE recycling was clearly communicated, facilitating discussions and practical workshops.The caravan travelled across Romania and was parked in the main squares so that the general public could easily interact. Workshops with school children were also organized.Recently, the same message was communicated to a wider audience by stationing the caravan in retail networks with the help of Ecotic's partners (Dedeman, Metro and Romstal). The caravan was also situated in severalSigureclocations and in many of Bucharest’s parks." + }, + { + "input": "Circular Design solutions for waste management in households and SMEs; Resource Efficiency strategies for recycling plastic packaging in Romania; Waste Reduction techniques for fluorescent tubes and other high-intensity discharge lamps.", + "output": "Integrated waste management solutions for six main waste streams associated with households and SMEs (WEEE, plastics, PET, glass, lighting bulbs, cardboard) are now available in Romania as a pioneer development for South Eastern Europe via a private investment starting back in 2012.Green GroupHoldingconsists of six different brands:GREENTECHis specialisedinrecycling plastic packaging.GREENGLASS, thanks to the latest technology based on optoelectronic sorting, provideshigh-purity glass cullet(purity minimum: 98%).GREENFIBER INTERNATIONALis the only producer of synthetic polyester fiber and PET band in Romania and the second largest producer of polyester synthetic fiber in Europe.GREENLAMPis the only recycler in Romania separating fluorescent tubes components and other (high intensity) discharge lamps.GREENWEEE Internationalis an integrated treatment plant for WEEE operating underWEEELABEXlicensefor the large domestic equipment, small household appliances, cathode ray tubes and CFA workflows.TOTAL WASTE MANAGEMENTis in charge of waste collection and logistics." + }, + { + "input": "Resource Efficiency in furniture production; What are the benefits of upcycling in the professional furnishing sector; Can recycling and upcycling reduce waste in the construction industry?", + "output": "Atelier Extramuros is a social enterprise specialised in upcycling in the furniture sector, using reclaimed material from discarded professional furniture.'Chants Libres'is a new pilot project aiming at improving recycled material sourcing - with the support ofValdelia- and designing protoypes for the professional furnishing sector. Two prototypes have been selected by a professional board (Veolia, Valdelia, Kinnarps) to launch a wider scale production process and are to be integrated in the Kinnarps catalogue for commercialisation.The project will help professionalise the upcycling sector for instance by creating a catalogue of referenced available resources, and a series of well-tested prototypes for large scale production. It also includes the creation of an e-book and setting up exhibitions, to promote the use of upcycled goods in the professional environment." + }, + { + "input": "How can the cement industry's co-processing of waste contribute to waste reduction and resource efficiency in the circular economy; What are the benefits of using waste as a fuel in cement production to reduce environmental pollution; Can circular design principles be applied to the cement industry to minimize waste and promote reuse and recycling of materials in construction and infrastructure development?", + "output": "Did you know that the cement industry is helping to make the circular economy a reality?Every year, 2.5 billion tonnes of waste is produced in Europe. To tackle waste production, waste needs to be diverted from incineration and landfill to reduce environmental pollution and create a more sustainable and circular economy.The cement industry is able to use waste from municipalities or companies byco-processing:by using the high amounts of energy from waste as a fuel to heat the kilnby replacing primary mineral materials in cement with fractional mineral traces from wasteThe very high temperatures reached in a cement kiln ensure the process is residue-free and the end product contains no hazardous substances.Watch the video" + }, + { + "input": "How can a city's waste management department efficiently reduce waste and promote recycling through reuse shops like the 48er-Tandler?; What are the benefits of upcycling furniture in a reuse shop like the 48er-Tandler; Can a city's waste management department effectively engage citizens in waste prevention through an extensive campaign and reuse programs like the 48er- Basar?", + "output": "Vienna's Municipal Department 48 (MD 48) is responsible for the city's waste management. It is active in reuse since 1989, when the city’s first reuse shop – the so called 48er-Basar – was founded. For the purpose of reuse and waste prevention, still usable goods were collected at the recycling centres of the city and sold in the 48er-Basar.As a further development of the48er-Basar, the48er-Tandlerwas opened in 2015. With its central location and a modern interior design thanks to upcycled furniture, it aims to attract all population groups.The MD 48 has carried out an extensive campaign in order to inform citizens about the possibility of bringing their reusable goods to one of the recycling centres instead of disposing of them. In addition to items from the recycling centres, unclaimed goods from the city’s lost and found service as well as items from the city administration which are no longer in use are given a second chance in the reuse shop.The48-er Tandlerprovides a combination of social and economic benefits, as all revenues are donated to charitable purposes and citizens have access to good-quality secondhand goods at affordable price." + }, + { + "input": "How can resource efficiency be improved in the tire recycling process; What are the benefits of upcycling end-of-life tires into rubber granules and powder; Can circular design principles be applied to the production of sustainable rubber products.", + "output": "Ecopneus is a non-profit consortium company created by the major tyre manufacturers in Italy in order to track, collect and process end-of-life tyres (ELT). It currently handles 70% of the ELTs in Italy.Ecopneus is responsible for a virtuous supply chain giving new purpose to ELTs. It ensures that approximately 250 000 tonnes of ELTs are collected and processed each year in order to obtain mainly granules and recycled rubber powder. These materials are used to build playgrounds, sport floorings, horse riding surfaces, acoustic insulation, asphalt, etc.As a guarantee for manufacturers who use this material for their products and for end-users of these products, Ecopneus has introduced a certification for rubber granules and powder.In certain cases the use of rubber recycled from ELTs instead of virgin rubber allows better performances from a chemical and mechanical point of view.In addition to ELT management, Ecopneus is strongly committed to promoting the uses of recycled rubber, the market of applications, the qualification of the companies of the chain, as well as information and awareness-raising initiatives for the creation of a “recycling culture”." + }, + { + "input": "Resource Efficiency in packaging waste recycling, Waste Reduction through innovative processing techniques, Upcycling of polyethylene and aluminium for a sustainable future.", + "output": "Ecoplasteam recycles \"tetrapak\" multi-layer - paper, polyethylene and aluminium - packaging waste. After paper mills take off the paper layer, Ecoplasteam employs an innovativeprocessto melt the polyethylene and aluminium into EcoAllene™.EcoAllene™ contains reduced and homogenised aluminium. It is easy to process, offers constant technical and composition characteristics, is colourable, 100% from the recycling process, traceable and 100% recyclable.Another important feature is its constant availability, due to the large quantities of packaging waste. EcoAllene™ can be used in the huge industry of plastic injection moulding to manufacture severalproductsemployed in the automotive, construction, giftware and general tools markets. Its price is competitive as compared to that of virgin plastic." + }, + { + "input": "What are the benefits of implementing a circular economy approach in the food industry to reduce waste and promote resource efficiency; How can food waste reduction contribute to a more sustainable agricultural system; Can upcycling of food waste contribute to the creation of new sustainable products in the packaging industry.", + "output": "Food Waste Combat has reached Cluj Napoca through an innovative partnership between local NGOs and the municipality. Through careful market research and the development of an infrastructure for the collection, storage and distribution of excess food to those who need it most, the social partners have been able to raise awareness on food loss and food waste in the Cluj Napoca area while filling a gap in public service provision through social innovation.The organisational model is very simple and builds on the well established food bank system: excess food is collected from supermarkets and restaurants in a specialised van for food transport, which is then stored in alogistics centre, distributedto local social charities, or processed fordaily meals in homeless shelters.This social partnership builds on the following key drivers:public authority's need to decrease the cost of social welfarereduction of the impact of the local authority and its citizens on the local environmentneed for practical examples of circular economy to improve understanding and raise awareness of the concept across society." + }, + { + "input": "Circular economy benefits of using recycled plastics in manufacturing printers; How can waste reduction be achieved in office printer production; What are the potential financial barriers to scaling up the use of recycled plastic in printer production?", + "output": "The varioPRINT 135 range is a multifunctional black-and-white printer used in office environments. Océ has used its development process as anopportunity to test whether recycled plastics can be applied successfully in manufacturing printers and succeeded in using 30% recycled polycarbonate (PC) in a PC+ABS blendwhen designing a non-visible internal support bar.In orderto comply with precise regulatory standards for electric and electronical products, the recycled PC is made from post-consumer water bottles.Océ succeeded in manufacturing this component from a recycled PC-ABS mix andthe shift to Green Public Procurement provides a clear business case for R&D with secondary raw materials, but substantial financial barriers prevent Océ from scaling its uptake of recycled plastic. Not only is thepurchasing cost of recycled material higher than virgin plastic, butcontinuous availability of the material is not guaranteedas well and might increase the cost of production due to interruptions." + }, + { + "input": "Circular design strategies for sustainable fashion; How can textile recycling be optimized for waste reduction in the fashion industry; Impact of upcycling citrus peel waste on resource efficiency in the orange juice production process.", + "output": "Orange Fiber has developed a process that closes the loop on citrus waste: by extracting cellulose fibre from orange peel the Sicilian start-up can spin these fibres into biodegradable yarn.The company's patented technique plays in on market drivers from both consumers and producers. Whereas consumer demand for sustainable materials is rising, citrus juice companies face increasing burdens and challenges in properly disposing of waste.By linking Orange Fiber's innovation to the cultural heritage of the orange industry in Sicily, the company was able to attract the attention of high-end fashion brands. Its yarn was first brought to market by Salvatore Ferragamo, who launched a daily wear capsule collection using the fiber on Earth Day 2017.Orange Fiber's use of citrus waste does not impede food production itself, but reduces the waste that is generated as a consequence of processing oranges. With 700,000 tonnes of citrus waste being disposed in Italy every year, a sizeable market provides sufficient raw materials for the company to scale." + }, + { + "input": "How can circular design principles be applied to the development of sustainable cleaning products; What are the benefits of using renewable energy in the production process of cleaning products; Can waste reduction strategies be implemented in the packaging of cleaning products without compromising their effectiveness.", + "output": "The Pura Production Group is clearly committed to sustainable production and follows up on this commitment by achieving the maximum attainable sustainability factor with its cleaning products. It does so by designing product packaging in cooperation with the Knowledge Institute for Sustainable Packaging in the Netherlands and raw material producers, while also certifying its products with leading environmental technology verifications such as the EU Ecolabel, Nordic Swan and Blue Angel.Pura's flagship Blue Right line for hotels and offices is a circular economy front runner: the floor, interior, sanitary and kitchen cleaners are produced without hazardous chemicals and lead to zero waste after use. As the cleaning products are wrapped in natural soluble film with unique portion control, the packaging is entirely compostable and provides nutrients to trees and plants when discarded." + }, + { + "input": "Resource Efficiency in composting, what are some strategies to overcome slow composting process and improve success rates; Waste Reduction in agriculture, how can composting worms help in reducing waste and increasing nutrient-rich fertilizers; Circular Design in waste management, what are the benefits of using natural composting worms and inoculants to create high-value-added compost material.", + "output": "Composting is a straightforward and natural method to create fertilisers, but not many people compost. Why? Results are slow to appear and it's not easy to grasp whether the process is succeeding, so people give up easily because of a bad experience or time pressure.To address this and stimulate composting, Compastor Technology has bred a genuine composting worm sub-species called theDendrabeana Veneta Varietas Compastor.When this worm is combined with a compost inoculant, it processes green and organic waste in a fast, efficient and effective way. This process guarantees the swift production of nutrient-rich and high value-added compost material in a perfectly circular loop where all nutrients are used and the value of resources is not only fully maintained but also increased. The technology is also 100% free from chemicals, as the process itself and all ingredients used are entirely natural." + }, + { + "input": "How can Resource Efficiency be improved in e-commerce packaging; Can Reuse of packaging materials in e-commerce be a viable solution for reducing Waste Reduction; What are the benefits of Circular Design in the electronics retail industry in terms of Packaging and Resource Management.", + "output": "Elak is a family-run electronics store in Brussels which has adopted a circular approach to its e-commerce activities from the onset. When setting up its webshop, the owners immediately realised they were on course to receive and send a whole bunch of packaging. To reduce the amount thereof, a simple solution was found: re-use whatever packaging suppliers send their goods in.Seeing that the shop stocks more than 20,000 items of all sizes, Elak has no need to purchase and store carton packaging in different formats. Whenever its supplies are insufficient, employees collect disposed carton from local supermarkets." + }, + { + "input": "Resource Efficiency; How can electronic equipment manufacturers adopt circular design principles to reduce e-waste and promote resource efficiency in the production process?; What are the benefits of product-as-a-service business models like Commown's leasing system for sustainable electronics management and waste reduction?", + "output": "Commown is a French cooperative that offers Fairphones and personal computers to private users on a monthly subscription, thus implementing the 'Product as as Service (PaaS)' business model designed by Circle Economy and Fairphone in theCircular Phone Report. The start-up was launched in December 2017 with private capital, and support fromAlsace ActiveandLa Nefto tackle the sustainability gap in the development and production of contemporary electronical equipment. Commown'seconomic model offers leases on the most sustainable hardware available to market (Fairphones are ethically sourced and designed for repairability, while personal computers are from repairable brand only).The leasing system, where subscribers pay a set monthly fee to use the phone, but not own it, provides users with mobile phones without having to worry about repairability, durability or end-of-life. When hardware issues arise, Commown provides its subscribers with a fast replacement and repairs the individual modules itself, or disposes of broken parts usingFairphone's take back system.Upgrades and continuous support are added benefits for the consumer." + }, + { + "input": "What are the benefits of promoting resource efficiency in the reuse industry; How can waste reduction be achieved through upcycling and creative reuse; Can circular design principles be applied to the development of sustainable packaging solutions for furniture and textiles.", + "output": "Kierrätyskeskus[Reuse Centre]aims to cut down the destructive habit of consuming natural resources at an unsustainable rate. Officially known as the Helsinki Metropolitan Area Reuse Centre, this company enables and promotes reuse through its seven stores, its webshop, and educational programmes on sustainability. The stores also provide workshops on how to refurbish and upcycle goods at home with natural and discarded supplies.As part of its Plan B program, Kierrätyskeskus also has a label for the furniture, clothes and other items that it upcycles in-house to create individual goods. Not only are they sold at higher value, but customers benefit from cheaper items, and clear consciences regarding the environmental impact of their purchasing decisions." + }, + { + "input": "How can circular design principles be applied to upcycle biowaste into sustainable paper products; What are the environmental benefits of using algae-based paper instead of traditional paper; How can waste reduction strategies be implemented in the packaging industry to minimize the impact of carbon credits on the environment.", + "output": "Shiro Alga Carta paper, patented by Favini in the ’90s, is the pioneer in their upcycling ecological paper range. It uses algae from the Venice lagoon, whose proliferation would put at risk the lagoon’s fragile ecosystem.Today this concept has been extended to other fragile marine areas, giving Shiro Alga Carta the double asset of using biowaste and helping clearing the waters from proliferating, harmful algae.Any unavoidable emissions produced during the manufacture of Shiro Alga Carta are totally offset thanks to the purchase of carbon credits." + }, + { + "input": "What are the benefits of upcycling leather manufacturing residues into paper products? How does the circular design of paper promote Resource Efficiency and Waste Reduction? Can the use of post-consumer recycled fibre and virgin FSC certified fibre in paper reduce the environmental impact of the paper production process?", + "output": "Remake is the most recent addition to Favini's upcycling ecological paper range, using as much as 25% of pulp material from discarded residue of the leather manufacturing process. This revolutionary process has won theEuropean Paper Recycling AwardsLaunched in 2015, this innovative paper also includes 40% of post-consumer FSC certified recycled fibre and only 35% of virgin FSC certified fibre.The result is a valuable, recyclable and 100% compostable paper, which guarantees excellent printing and converting performance.The leather residues remain visible to the surface giving a distinctive and surprisingly velvety tactile effect and is suitable for even the most demanding creative projects." + }, + { + "input": "Resource Efficiency; What benefits can be gained from upcycling food industry by-products into paper products like Crush? Recycling; How can the use of citrus fruits, grapes, and other fruit and nut waste in paper production reduce waste and promote a more circular economy? Waste Reduction; What opportunities exist for further reducing waste in the food industry by implementing circular design principles in the production of Crush and other paper products?", + "output": "Crush, launched in 2012, is the second product in Favini's upcycling ecological paper range. Its production uses the equivalent of 15% of virgin pulp paper in by-products from food industry.The paper includes by-products from citrus fruits, grapes, cherries, lavender, corn, olives, coffee, kiwis, hazelnuts and almonds.These would otherwise be landfilled or burned, but thanks to the industrial process, they give the Crush range its distinctive colours and texture, demonstrating that upcycling can boost creativity.Crush is a paper suitable for all applications, including:luxury packaging,brochures,stationery tags,cards andlabels.​Both the production process and the product are protected by European patent." + }, + { + "input": "What is the significance of recycling automotive parts in terms of Resource Efficiency and Waste Reduction in the circular economy?; How can the reuse of production residues and end-of-life vehicles contribute to a more sustainable Circular Design in the automotive industry?; What are the benefits of using recycled plastics in the production of new automotive parts, considering the challenges of cost pressure from low-priced prime polymers and OEM\/Tier1 specifications?", + "output": "WIPAG recyclespost-industrialand post-consumer plastic wastefrom several industries with its main focus onautomotive parts. Recycled parts comprise bumpers, dashboards, wheel-arch-liners, rocker-panel, front-ends, etc.Production residues such as stamp-outs and scrap parts (post-industrial) or parts from end-of-life vehicles (post-consumer) go through a complex recycling process including shredding, delamination, density separation and electrostatic separation.Browse the full presentation (PDF)End products areWipalen PP-GF compoundorWipelast PP-EPDM TV20 compoundfor the production of new automotive parts.Wipalen can be included in new production up to 35%;Wipelast can be included in new production from 40 to 100% of total amount;While automotive plastic parts recycling proves efficient in terms of industrial results, the business considers stringent specification regimes at OEM\/Tier1 level and sometimes cost pressure from low priced prime polymers, as a challenge for recycling momentum in automotive and other industries." + }, + { + "input": "What are the benefits of repurposing industrial spaces like the Ballymun boiler house into eco-friendly projects like the WISER initiative?; How can waste reduction and upcycling strategies be applied to urban renewal projects to promote sustainable development?; Can the reuse of salvaged materials in construction, such as paint and furniture, contribute to a circular economy in the building industry?", + "output": "When the Dublin suburb of Ballymun was built in the 1960s in response to poor housing in the city’s tenements, it was hailed as the future of living. Ireland’s first high-rise scheme included the first major shopping centre on the north side of the capital, a swimming pool and a public library.Its landmark was the towering chimney stack of its boiler house. Completed in 1966, this was the largest civic heating scheme in Ireland and the UK, supplying under-floor heating to 3 000 flats. However, when the flats were demolished, it became redundant and it too was set to be torn down.In 2011 a local environmental project, the Rediscovery Centre, and Dublin City Council obtained funding from the EU's LIFE Programme to transform the boiler house with an imaginative, eco-friendly project called WISER (Working with Industrial Spaces to Exemplify Reuse). The written-off building was repurposed into a prototype ‘3D textbook’.Recycling is at the heart of the Rediscovery Centre’s mission: paint salvaged from local recycling centres was used during rebuilding, furniture and fittings destined for landfill were upcycled and reused for the building’s finishing touches." + }, + { + "input": "Resource Efficiency in textile production; How can recycling of carpet materials be optimized; What is the impact of using renewable energy in the production process for a more sustainable circular economy;", + "output": "Desso is specialised in producing commercial\/residential carpets and artificial turf for sports fields according to theCradle to Cradle®principles.By 2020all Desso materials will have to be free of toxins that could cause harm tohealthonlyrenewable energy(hydropower, biomass and solar) will be used andit will be able to take back its specially designed goods and torecycle or re-usetheirmaterialsfor new high grade products.Desso products are made from \"positively defined\" components (= all ingredients have been assessed as either \"green\" (optimal) or \"yellow\" (tolerable) according to the Cradle to Cradle® assessment criteria) that are easy to disassemble, in order to create new products in both the biological and technical cycles.Desso takes back used carpets from its customers and competitors and separates the yarn and other fibres from the backing, thereby producing two main material streams that can be recycled:After an additional purification stage, the yarn (with the required purity) is returned to the yarn manufacturer for the production of new yarn. In the entire process, some virgin material is needed to compensate for losses and process inefficiency.Today's bitumen backing is recycled as a valuable raw material for the road and roofing industry.All non-recyclable fractions will be used as secondary fuel in the cement industry.In line with thewater stewardshipprinciple, Desso plants must demonstrate that water resources are used responsibly and efficiently and that their water discharge into local rivers is as clean as possible." + }, + { + "input": "Resource Efficiency in flooring waste management; What are the benefits of implementing a take-back programme in the construction industry; Can Recycling of used flooring materials contribute to a Zero Waste future in the building sector?", + "output": "Tarkett, a worldwide leader of innovative flooring and sports surface solutions offering a wide range of products including vinyl, linoleum, carpet, rubber, wood, laminate, synthetic turf and athletic tracks, has introducedReStart®, a take-back programme in Europe and North America. The programme helps customers to manage their flooring waste from job sites, collecting off-cut and used vinyl, linoleum and carpet flooring, not only its own flooring but also flooring from its competitors and customers. After collection, Tarkett sorts and selects flooring that can be used as a source of quality raw materials in its own production process.ReStart® programme starts with the collection of installation waste and end-of-use flooring for recycling. Once sorted, these used floors are processed using unique technologies that can remove the adhesive when needed and separate the components. Each component can then be reused to make a new floor covering. This is how Tarkett closes the loop.Find more information on ReStart® programme." + }, + { + "input": "What are the benefits of promoting circular design in the production of sustainable products; How can waste reduction strategies be implemented in the context of Luxembourg's resources management and climate protection strategy; Can the SuperDrecksKëscht program contribute to achieving a zero-waste policy in the country, and if so, what are the key circular economy principles it applies?", + "output": "SuperDrecksKëscht®promotes the transition to a sustainable society that protects its energy and resources, as part of the Luxembourg resources management and climate protection strategy.The SuperDrecksKescht® trademark refers to the awareness raising campaigns carried out by the Ministry of Environment, Climate and Sustainable Development in cooperation with the Chamber of Crafts, the Chamber of Commerce and the municipalities in Luxembourg to avoid, reduce, reuse and recycle of waste\/used products according to environmentally sustainable standards.Together with partners, the SDK is committed to promote long-term and intelligent consumption, i.e. waste prevention and purchase of ecologic products, as well for the public as for commerce and institutions. It is also involved in promotion and know-how transfer concerning best practices in resource efficient recycling and reuse processes." + }, + { + "input": "How can electronic waste recycling be optimized in a circular economy approach; What are the benefits of resource efficiency in the treatment of waste electrical and electronic equipment; Can the concept of upcycling be applied to the reuse and recycling of electrical and electronic equipment in a sustainable manner.", + "output": "Ecotrel is a non-profit association of electrical and electronic equipment (EEE) importers which supports the collection and recycling of EEE throughout Luxembourg in line with the EU directives concerning respectively the waste of electrical and electronic equipment (WEEE) and the restricted use of certain hazardous substances in EEE.In Luxembourg, customers pay a recycling fee when they buy a new electrical or electronic appliance. This fee is used to finance the collection and treatment of WEEE coming back to municipal waste disposal centres and to ensure that the purchased appliance will also be collected and recycled professionally in future.Ecotrel has also launched the idea of a \"circularity and solidarity cluster\" of business and social enterprises, which take back WEEE in order to re-use, disassemble or recycle it. The cluster aims at responding to the demands of professionals who want to dispose properly of their information and telecommunication equipment at the end of its life cycle, and also to the needs of private citizens who wish to delete all personal data from their laptops and smartphones before giving them away." + }, + { + "input": "How can Resource Efficiency be improved in building design and construction?; What are the benefits of adopting Circular Design principles in the automotive industry?; How can municipalities reduce Waste Reduction through the implementation of a sharing economy initiative?", + "output": "The Climate Pact was set up by the Grand Duchy of Luxembourg's Ministry of Sustainable Development and Infrastructure and \"myenergy\" in order to enable municipalities wishing to actively tackle climate change to request State support by signing a Climate Pact engagement charter. Initially it included 79 measures divided into 6 categories:spatial planning and constructionpublic buildings and plantsenergy supply and decontaminationmobilityinternal structures\/procedures and financecommunication and cooperation.In 2018, specific measures for a transition towards circular economy have been added, which include, among others:planning of demountable or modular buildingspromotion of the \"product-as-a-service\" modelprocurement of Cradle-to-Cradle certified materialsharing economy initiativesuse of renewable sources within local circuitscitizens' co-creation initiatives.Municipalities are encouraged to take these measures and also supported in their efforts by a climate advisor." + }, + { + "input": "How can Wastly promote Resource Efficiency in the recycling process; What benefits can be achieved by using Recycling as a key strategy for Waste Reduction; Can the platform facilitate Circular Design principles in the production of secondary raw materials from waste;", + "output": "Wastly is a B2B online platform for the marketing of secondary raw materials (SRM) resulting from waste recovery and recycling. It favours the direct exchange between SRM producers and enterprises who want to introduce SRMs in their manufacturing processes.It is a virtual meeting point for all circular economy stakeholders, such as entreprises that collect, transport, recover, process and recycle waste in a B2B perspective, and also municipalities.Its objective is to identify all actors involved in the recycling process, but also to verify if waste recovery and treatment plants have the necessary certifications and are registered in the National Register of Environmental Managers." + }, + { + "input": "What are the benefits of designing a phone with a long-lasting and repairable design to reduce electronic waste and promote resource efficiency?; How can the reuse and recycling of old phones contribute to a circular economy in the technology industry?; Can circular business models, such as product-as-a-service, help reduce waste reduction and promote sustainable consumption in the consumer electronics sector?", + "output": "Fairphone aims to create positive social and environmental impact from the beginning to the end of a phone's life cycle. In addition to using fair materials and providing good working conditions, this includes:Long-lasting designFairphone is fighting against a market trend where the average phone is replaced every 18 months, creating a huge environmental impact.Reuse and recyclingFairphone sells spare parts and offers repair tutorials to help make one's phone useful for as long as possible.The take-back programsupports the reuse\/recycling of old phones. Fairphone is also researching the best way to recycle its phones by making them easier to dismantle. It is also working with partners to improve local collection efforts in countries struggling with electronic waste.Product-as-a-ServiceFairphone has also begun developing innovative business models in partnership with Circle Economy, Sustainable Finance lab and a set of financial, legal and supply chain advisors. TheCircular Phone report, released in 2018, provides practical answers to common financing pitfalls for circular businesses, using Fairphone as the real-life example." + }, + { + "input": "What are the benefits of upcycling old shirts into new products like boxers; How can resource efficiency in the textiles industry be promoted through creative reuse of textile waste; Can zero waste principles be applied in the fashion industry to reduce textile waste and promote sustainable fashion practices.", + "output": "The idea to repurpose used shirts into custom boxers started with a worn-out shirt of Jolijn Creutzenberg's husband, a dear souvenir from a trip to the US. Throwing it away was not an option, so there it was, useslessly hanging in the closet. Until Jolijn decided toupcycle the worn shirt into a pair of boxershorts.Jolijn further developed this idea. She did not want another underwear factory. She wanted to build something authentic, original and with a good cause, which led her to creatingVanhulley, a Dutch company that makesproducts from textile waste, thereby contributing to the circularity of the textiles industry.Vanhulley is alsoa social enterprise that trains and employs women who want to work but who do not have the necessary qualifications for their ambitionon the labour market.At Vanhulley these women do not only get work experience in the textiles industry, but also go to school for a day and a half every week to get a vocational diploma at the end of the year, which enables them to fulfil their dreams and continue their education or active contribution to the labour market." + }, + { + "input": "Resource Efficiency in textile production; What are the benefits of upcycling textile waste into high-quality fibers like Infinna™; Can Infinited Fiber's technology contribute to Zero Waste in the fashion industry by closing the loop of textile production and consumption?", + "output": "Infinited Fiberis a fashion and textile technology group on a mission to make textile circularity an everyday reality. Its technology stops waste from being wasted by capturing the valuable resources in discarded textiles and regenerating them into new, high-quality textile fibers with the look and feel of cotton.The new fibers are called Infinna™. They are made of cellulose – a building block of all plants – meaning they are biodegradable and contain no plastics. Infinna™ is versatile like cotton, making it a true, circular material alternative to conventional virgin fibers for a whole range of fabrics from single jersey and French terry to denim and woven fabrics. Infinna™ is also well-suited for nonwoven applications such as soft hygiene products and wipes. Infinna™ can be used on its own for fabrics regenerated 100% from textile waste, and it blends beautifully with conventional fibers like cotton. At the end of their life cycle, textiles made with Infinna™ can be regenerated in the same process alongside cotton-rich textile waste.Infinited Fiber Company’s technology is flexible in terms of feedstock. The raw material needed to create Infinna™ is cellulose, which is abundant in several waste streams in addition to cotton-rich textiles; used cardboard, paper, and even agricultural residues like wheat and rice straw are all potential future feedstock options.Infinited Fiber Company is preparing to open a 30,000-tonne\/annum flagship factory in Finland during 2024 in response to strong demand for Infinna™ from the world’s leading fashion and apparel brands, and to accelerate the licensing of its technology to other textile fiber producers." + }, + { + "input": "What are the benefits of a circular fashion approach like ShareWear's clothes-sharing platform in reducing waste and promoting Resource Efficiency; How can the use of social media platforms like Instagram facilitate Waste Reduction and Recycling of textiles; Can the concept of product-as-a-service, as implemented by ShareWear, be applied to other industries like Construction or Automotive to promote Circular Design and reduce the demand for new resources.", + "output": "ShareWear collected items from Swedish fashion designers andcreated a common collection customers could not buy for money, only borrow. To borrow items from the collection, you had to be the first to tag yourself in Instagram photos of the item published by the current borrower. After borrowing the item you shared it forward to the first person that tagged themselves in your photo of the item.By doing so, ShareWearraised awareness that consumers throw away old clothes even though they can be recycled, reused or repurposed, and that this has an negative impact on the environment.The first items in ShareWear collection were created by some of Sweden’s most prominent fashions brands, such as Filippa K, Hope, House of Dagmar, NIKOLAJ d'ETOILES, Uniforms for the Dedicated, Weekday and Whyred. But everyone was encouraged contribute to the Sharewear movement by snapping a photo of the item they would like to share, uploading it to Instagram and using the#sharewearhashtag." + }, + { + "input": "Cigarette stubs resource efficiency, cigarette butt recycling, waste reduction; What are the benefits of using cigarette stubs as a raw material for producing recycled plastic products?; How can circular design principles be applied to cigarette waste management to reduce environmental pollution?", + "output": "8 millions of cigarette stubs are generated each minute in the world, and 66% of them currently end up in the environment, where they take up to 15 years to decompose. The countless chemical components in cigarette filters also generate residual pollution.MéGO!is a B2B operator for enterprises, associations and public bodies that offers a comprehensive service for collecting and recycling cigarette stubs.The company operates at each stage of the process: first MéGO! provides the equipment (ashtrays or other urban equipment) and marketing tools (signposts, posters). Once in place, the company collects the butts, sorts them and finally recycles at its plant in  Bourg-Blanc. MéGO! also keeps statistical records and evaluates the carbon footprint of each installation. Cigarette stubs are recycled into secondary raw plastic that can be used to manufacture new objects, such as ashtrays.Using this service (currently available in France) also increases carbon footprint awareness and the virtues of recycling among staff and consumers of the businesses and organisations making use of the MéGO! solution." + }, + { + "input": "How can resource efficiency in the textile industry be improved through the use of recycled textiles as raw materials? What are the benefits of upcycling cotton and other cellulosic textiles to reduce waste and promote a circular economy in Europe? How can the bio-economy contribute to the development of sustainable textile production processes with low environmental impact?", + "output": "A way to stimulate the growth of the bio-economy in Europe is to offer new sustainable ways to produce textiles. The potential to utilise forest resources and recycled cellulosic textiles, including cotton, as raw materials is great. Actions are needed within the whole circular value chain \"Tree to Textile and Textile to Textile\". This involves collaborative research, development and innovation actions as well as demonstrations.CelluTex will ensure that cellulose-based textiles is a visible research area in Horizon 2020. It communicates actions to selected organisations that work as channels to the European Commission.Production of cellulose-based textiles in Europe, utilising forest resources and recycled textiles as raw materials, fits the clear and important vision of Horizon 2020 to transform Europe into a bio-based economy by stimulating the use of renewable bio-based materials and development of sustainable production processes with low, or negligible, environmental impact. In addition, by broadening the business models for the forest, recycling and textile industries, work opportunities can be kept in Europe and the future textile fibre supply will be secured." + }, + { + "input": "What are the benefits of closed-loop textile recycling in reducing waste and promoting resource efficiency in the fashion industry; How can upcycling of used cotton and natural fibers contribute to a more sustainable circular design in the textile sector; Can textile recycling help reduce the environmental impact of the apparel industry by decreasing plastic packaging and promoting a zero-waste approach.", + "output": "Before a shirt is worn for the first time, it goes through more steps than most customers realise. Often one producer makes the yarn, another knits or weaves it into textile fabric, and a third makes the shirt from the fabric. Now it’s ready for the customer to wear.When garments are worn out or no longer wanted, some are sold second-hand or used as hand-me-downs, but the vast majority end up in landfills or are incinerated. Far too few are recycled due to the fact that cotton and viscose can’t be recycled to a satisfactory standard on a large enough scale.Renewcell's technology dissolves used cotton and other natural fibres into a new, biodegradable raw material: renewcell pulp. It can be turned into textile fibre, be fed into the textile production cycle and meet industry specifications. This is the link that has been missing from the cycle, and will enable the way fashion is produced and consumed to be transformed into a never-ending loop.In June 2021, theEuropean Investment Bank lent Renewcell up to €30.75 million.Having proven that their concept works, Renewcell will use the EIB loan to build their first full commercial-scale textile recycling plant, able to produce 60 000 tonnes of pulp per year, at the Ortviken industrial site near Sundsvall." + }, + { + "input": "What are the benefits of using dissolvable threads in garment recycling to achieve Resource Efficiency; Can circular design innovations like Resortecs' thread contribute to Waste Reduction in the fashion industry; How can the use of eco-friendly threads like this promote Reuse and Recycling of textiles in the automotive and construction sectors.", + "output": "Zippers and buttons make garment recycling complicated as the removal of such details calls for manual assistance, making the process both costly and time consuming.Resortecs® solves this problem by supplying a thread that simply dissolves at a high temperature.This thread makes both repairing and recycling much simpler.When used for regular seams, the whole piece of clothing can easily be disassembled so that the fabric can be used over and over in new ways, cutting the need to produce fabric from scratch. Resortec’s innovation does not limit the creativity of the designer and\/or product developer.Resortecs’ thread does not require modifications in manufacturing or design. It is one of the simplest and most affordable ways for brands to advance towards product circularity.For brands already on the path to circularity, Resortecs’ thread allows to optimise their processes and to recover more fabric (by getting rid of the hard points) but also to re-use adornments, high value material, zippers and buttons." + }, + { + "input": "Resource Efficiency; Can circular design principles be applied in fashion accessory production to minimize waste and reduce environmental impact?; What are the benefits of upcycling ghost nets into textiles products like bracelets, and how can it contribute to a zero-waste future?", + "output": "Bracenet is an innovative fashion accessory brand, that collectsso-called ghost nets from more than 30m underneath the ocean surfacewith its partners Healthy Seas and Ghost Fishing. They send these nets to Nofir AS, a Norwegian company which entangles and cleans them (without any chemicals) so that they can be upclyced to bracelets  - the Bracenet.In order to produce the least waste as possible, theBracenets are made out of the original ghost nets without changing the structure or color patterns. Nets that cannot be processed to Bracenets are turned into fibre by Nofir AS for other textile products such as carpets.TheBracenet team itself and four collaborating workshops that employ disabled people manufacture the final bracelets– these are handcrafted in Hamburg and North Rhine-Westphalia.For more information about the company and its recovery of discarded nets to protect marine life, view the video below:" + }, + { + "input": "Resource Efficiency in textile production; Benefits of using recycled polyamide in outdoor gear; What are the environmental impacts of using bio-mass balanced polyamide in apparel manufacturing?", + "output": "Polyamide is a synthetic fibre made from petroleum, creating an extraordinarily strong and versatile fabric. Klättermusen uses bothpost-industrial and post-consumer recycled polyamideas well asbio-mass balanced polyamideit its production.Post-consumer waste is Klättermusen's first-hand choice since the company wants to encourage people to hand in their worn products for recycling. Post-consumer waste used for recycled polyamide includes discarded industrial fishing nets, old carpets and rigid textiles.Recycling polyamide adds another layer of complexity to the production process, but the result is a reliable, long lasting fabric that is lightweight, quick-drying and wind resistant. Klättermusen was the first outdoor company to use recycled polyamide across their entire backpack line in 2009.Depending on the fabric, the percentage of post-consumer recycled polyamide varies between 30% and 50% according to the properties of the fabrics. Due to difficulties in getting hold of post-consumer polyamide for the garments the company is using a lot of bio-mass balanced polyamide for the apparel line." + }, + { + "input": "What are the benefits of using recycled polyester in swimwear production?; How can sustainable textile design improve resource efficiency in the fashion industry; Can circular design principles help reduce waste in the production of clothing and accessories?", + "output": "ECOALF is a Spanish fashion company with a sustainable profile. ECOALF makes swimwear from 100 % recycled fabrics made from PET and recycled polyester.ECOALF was founded in 2009, when Javier Goyeneche sought to develop a sustainable fashion brand that would integrate breakthrough technology in textile production to produce clothing from entirely recycled materials. With a vision to stop using natural resources in a careless way, ECOALF's mission is to create the first generation of recycled products with the same quality and design as the best non-recycled.Ecoalf hasdeveloped processes to spin yarn from leftover materials, including:discarded coffee groundsrecycled cotton for t-shirtswool leftover fabricsused tyres for flip flops (see video below)." + }, + { + "input": "What are the benefits of upcycling fishing nets into fashionable sandals and boots?; How can circular design principles be applied to reduce waste in the shoe industry?; What is the role of resource efficiency in transforming discarded materials like fishing nets and leather into sustainable fashion products?", + "output": "The passion of Andrea for crafting shoes from recycled material started with a broken sandal in Australia; when he spotted an old abandoned tire he turned into a new pair of sandals to resume his walking journey.Since then, back at home in Piombino on the italian coast, Andrea saw a new creative opportunity in fishing nets beached near its homeplace. Soon enough he was able to integrate it as a strong element in his range of fashionable sandals and boots for women and men.The fishing nets are cut and washed several times, to soften the fabric for wearability, and then dyed with natural pigments. The nets are then combined withcorkfor the insole,recycled rubbersole andwaste leatherleft over from shoe production. The sole itself comes in two versions, one composed of recycled Vibram rubber soles and the other of recycled, vegetable-tanned leather." + }, + { + "input": "What is the role of circular design in reducing waste and increasing resource efficiency in the textile industry; How can upcycling of baby and children's clothes be promoted to reduce the environmental impact of fast fashion; Can waste reduction strategies be applied to the packaging of reusable baby and children's clothing items to minimize their ecological footprint.", + "output": "Clothes of babies and young children (below 3 years of age) need to be replaced often (ca. every 2 to 6 months), because babies and children grow rapidly. Theconventional (read: linear) answer is to provide low-quality, cheap productsthat are basically thrown away after usage by a single child.Reuse within a family can sometimes be an option - provided children are of the same sex and are born at the same time in the year - a rare occurence.Selling and buying second-hand products is also widespread - but at prices that are extremely low (because the buyer knows that the seller has no use of the product), and thus with a strong economic loss if the product was bought at a high initial price. Therefore, theproducts circulating on the second-hand market are of very low initial quality- and thus do not last long, meaning that their capacity for reuse is very limited.Räubersachen (\"robbers' loot\" in German) applies the concept of rental to baby and children's clothes.It rents and repairs these clothes, made of organic wool or of a combination of organic wool with silk and\/or organic cotton, in four stages of wear: new, very good, good, \"robbers' loot\" (visibly repaired)." + }, + { + "input": "Resource Efficiency in residential building construction; Recycling of black water for biogas heating systems; Waste Reduction through car and bike sharing services in the Old Dockyards.", + "output": "In Ghent, Belgium, the circular economy brings together companies, institutions, governments and citizens on the way to sustainability. The Old Dockyards is a waterfront housing project where closing loops at the district level is key. Approximately 1,500 housing units will be constructed through public-private partnerships (PPPs).Ghent wants to develop a holistic approach for the area that encompasses the wider concept of circular economy. Thanks to innovative technologies, some residential buildings in the Old Dockyards will use heating systems based on biogas from black water. Such systems reuse the warm air produced by industrial factories, as well as captured heat and nutrients from used water from dishwashers and laundry machines.Thanks to the regeneration of the area, new business models such as car and bike sharing have developed, and the city has launched activities that challenge residents’ linear lifestyles. People can already experience the circular economy through the presence of temporary buildings constructed with recycled materials and guided walks." + }, + { + "input": "What are the benefits of recycling glass wool waste in the construction industry; How can resource efficiency be improved through recycling glass wool; Can we reduce waste reduction in the building sector by upcycling glass wool into new insulation products?", + "output": "In France, Saint-Gobain ISOVER has launched ISOVER Recycling, the first service enabling the recycling of glass wool waste recovered after the construction, demolition or renovation of a building, back into new building insulation products. This service provides a response to new environmental regulations and the recent French circular economy roadmap, offering a solution for tons of glass wool waste that might otherwise end up in landfill. It is born from a partnership between ISOVER and different professionals from the recycling sector (waste collectors, trade associations). After several years of R&D and assessing market needs, ISOVER and its partners naturally came together to create this new offer for a rapidly changing construction waste recycling market." + }, + { + "input": "Resource Efficiency in wastewater treatment; Can Circular Design principles be applied to slaughterhouse wastewater management; What are the benefits of Recycling nutrients from slaughterhouse wastewater in the agricultural sector?", + "output": "Water2REturn is an Innovation Action co-funded by the European Commission under its Horizon 2020 programme. The project is coordinated by BIOAZUL in Malaga, Spain. It is focused on therecovery and recycling of nutrients from slaughterhouse wastewaterin the framework of a Circular Economy model.Nutrients recovered are turned into value added products for the agro-chemical industry and for the agricultural sector. Water2REturn proposes a viable, cross-sectoral and integrated full-scale demonstration process to treat slaughterhouse wastewater by using a novel combination of biochemical and physical technologies and processes in cascade. Theextracted nutrients can be injected back into the economy as new raw materials, thereby becoming a resource instead of a waste.Water2REturn alsopromotes symbiosis between key industrial sectors(e.g. agriculture, food processing and wastewater treatment),reduces the environmental impacts of food productionandimproves the competitiveness of slaughterhouses. A prototype system will have a treatment capacity of 50 m3per day, and will be integrated by a water line, a sludge line and an algae line." + }, + { + "input": "How can circular design principles be applied to industrial symbiosis projects like Kalundborg Symbiosis to maximize resource efficiency and reduce waste; What is the potential for upcycling waste materials in industrial symbiosis networks like Kalundborg Symbiosis; Can the principles of bioeconomy be applied to industrial symbiosis to promote sustainable economic growth and reduce environmental impact.", + "output": "Kalundborg Symbiosis is a partnership between 9 public and private companies in Kalundborg, Denmark. Since 1972, they develop the world's first industrial symbiosis with a circular approach to production.Themain principle is that a residue from one company becomes a resource at another, benefiting both the environment and the economy. Such symbiosis creates growth in the local area and supports the companies' CSR efforts and climate change mitigation. The partners of Kalundborg Symbiosis have worked together since the 1960's, resulting in a collaborative approach and openness to new symbiosis opportunities.Byworking together and exchanging material, water, and energy streams between the partners, Kalundborg Symbiosis increases resilience and economic gains, while reducing the environmental impact and expenses. Building a functioning industrial symbiosis is not about working together for the sake of each other and the environment, but a continual search for a better way of doing business. Projects completed over the years range from algae production facilities to bio-ethanol production, with some projects already being implemented at larger scales." + }, + { + "input": "Resource Efficiency in pulp production, Recycling of industrial side streams in bioproduct mill, Waste Reduction through 100% utilization of side streams;", + "output": "Metsä Group has created the first next-generation bioproduct mill concept, which means they have raise resource-efficiency to a totally new level. The environmental performance of the new Äanekoski mill is very good: even if pulp production increases 2.5 times compared to the earlier mill at the site, the environmental impact remains at the former level. The new recovery boiler is the most energy efficient in the world as it produces 2.4 times the electricity the mill consumes. This allows the mill to deliver significant amounts of energy to the national grid, representing 2.5% of the electricity produced domestically in Finland. In addition, the mill is completely fossil free, as it uses only biofuels, even in exceptional situations such as maintenance shutdowns.The Äanekoski bioproduct mill has been designed to use 100% of the industrial side streams to produce a wide range of bioproducts within the industrial ecosystem by the site, as is displayed in the image below:More information regarding the innovations underlying the Aanekoski bioproduct mill can be accessed through this video:" + }, + { + "input": "Circular design in urban infrastructure, Resource Efficiency in waste management, Recycling of construction materials;", + "output": "Almere’s city administration has an ambition to improve both resource efficiency and the circular economy within its bounds and wider region. As new economic activities focused on the production of innovative circular products aren't easy to launch, Almere co-founded and facilitated the UpCycle City competition with the province of Flevoland and Dutch central government.UpCycle City stimulates start-ups, companies and research institutes in developing business cases that provide innovative solutions for waste upcycling and a financial plan that renders investment economical. The first contest led to two winners in June 2017: an upcycling initiative for local street furniture and concrete plant using the city's mineral flows. These have now signed an agreement with the city's Almere Urbanisation Fund, which is providing EUR 3 million in co-financing over 3 years and helping to facilitate the realisation of the winner's respective plans." + }, + { + "input": "Resource Efficiency in waste management; How can Recycling strategies be improved in London; What are the benefits of Zero Waste approaches in the built environment and food sectors of London?", + "output": "The London Waste and Recycling Board (LWARB) was established in 2007 by the Greater London Authority (GLA) Act to provide a strategic approach to waste management in London. In June 2017, LWARB published a Circular Economy route map for London as part of Circular London, one of its three key programmes. Circular London works to create the right conditions for circular economy businesses to flourish in London, which has been estimated to potentially benefit the city of up to £7 billion a year by 2036.London’s ambition is that the city will become the world’s leading exponent of circular economy thinking and practice through collaborations with circular economy businesses and the work of stakeholders and policymakers across the capital.The route map required an analysis of economic impacts and residual waste streams within the city to begin designing circularity. This same analysis also identified five key sectors where focused action could create leadership in sustainable urban development: the built environment, food, electricals, textiles and plastics." + }, + { + "input": "What are the benefits of adopting a resource efficient waste management strategy 'From waste to resources' initiative? How can waste reduction and recycling be achieved in a city with a complex morphology? What circular design principles can be applied to municipal waste management to promote a zero waste approach?", + "output": "AMIU, Genoa's municipal waste management company, has completely rethought its strategy and organisational structure. The public utility now looks beyond its 40-year linear business model based on the disposal of waste in its landfill site and adopted a new business model in 2014 that is based on value and material recovery. This approach aimed to boost waste recycling rates and included a new collection plan titled ‘From waste to resources’, developed in partnerships with stakeholders, citizens, AMIU employees and the local community.Due to the complex morphology of its old town, Genoa faced difficulties in implementing the new collection plan. One of the main challenges was to shape the mindsets of citizens to encourage them to recycle. Furthermore, the increase in the municipal waste tax, due to high investments in the collection plan, also required further communication to ensure buy-in. Finally, changing AMIU’s internal culture and organisation to adapt it to the new waste management practices also proved to be a challenge." + }, + { + "input": "What are the key strategies for reducing waste in industrial processes, such as those found in the Strasbourg port area?; How can resource efficiency be improved through circular design and upcycling in the manufacturing sector?; What are the benefits of adopting a zero-waste approach in the construction industry, and what are the most effective methods for material recovery?", + "output": "In the Strasbourg port area there are 22 companies currently aiming to optimise the consumption of resources and the production of industrial waste. Collectively these companies employ more than 3,000 people and have more than €3 billion in cumulative turnover. The goal of the approach is to highlight industrial synergies between the different companies in the harbour area, who would like to be part of the project. Several industrial synergies have been put in place through the framework, and some of them are about circular economy such as ones on purchasing, wood waste, electricity, pallets, paper and cardboard and even wash stations.Overall, the EIT approach seeks to:reinforce the competitiveness of the companiesoptimise resources managementdevelop links between the companies working in this areaachieve energy efficiency.The main challenge was to convince the biggest industries of the value of the project and the approach so that they agreed to dedicate time and communicate their technical data, which is often confidential. It is essential to demonstrate to companies the economic potential and the environmental benefits of the project." + }, + { + "input": "Resource Efficiency in paper production; What are the benefits of using invasive species like Japanese knotweed in circular economy practices; Recycling of invasive plant species into paper products.", + "output": "The initiative began with voluntary Japanese knotweed removal campaigns, after which the plant’s dry stems were harvested, ground and processed into paper. Ljubljana is one of the first paper producers in the world to use Japanese knotweed at a semi-industrial level.The innovative solution tackles the problem of invasive non-native species in an innovative way aligned with the principles of circular economy. The city used the resulting paper for the production of paper bags and notebooks, and the public company Snaga printed the English version of its magazine Snagazin on it.The paper-manufacturing project from Japanese knotweed gave the city an opportunity to find inventive solutions to deal with this invasive plant while also putting the circular economy into practice in Ljubljana.The idea to produce paper from Japanese knotweed on a semi-industrial scale was a pilot project. The main concern was the effect of Japanese knotweed pulp on papermaking machines. Another concern was the content of impurities in the paper that can affect printing. As it turned out the knotweed paper was quite easy to print on, and no additional measures needed to be implemented." + }, + { + "input": "Sustainable cycle lane development in Utrecht; Benefits of using recycled asphalt in road construction; What are the environmental implications of reducing waste in urban infrastructure projects like the Cremerstraat cycle lane?", + "output": "The sustainable goals of the Dutch city Utrecht are all reflected in the Cremerstraat cycle lane, which was finalised in 2017. This project involved the transformation of an existing brick road into a 900-metre cycle lane.This project aims at developing a cycle lane to be part of a longer cycling highway between the centre and the suburbs. Utrecht challenged the contractors to submit a circular solution for the asphalt that was to be used in building the road. The selected contractor KWS submitted a bid that contained two innovative elements:less asphalt: two instead of three layers of asphalt100% recycled asphalt for the lower layer.The main challenge in this project was to convince the internal decision makers to depart from the standard procurement procedures and from the standard specifications as defined in Utrecht’s public space manual. In order to stimulate innovation, the procurement team wanted to include functional specifications instead of technical specifications in the tender documents. The team also asked the potential contractors to provide a life cycle analysis to prove that their proposed solution was the most sustainable." + }, + { + "input": "How to contribute to achieving Resource Efficiency in the manufacturing industry by promoting the sharing economy and circular design principles? What are the benefits of implementing Recycling and Reuse strategies for reducing Waste Reduction in the production process? Can the platform's business consulting services help companies adopt Eco-design principles and achieve Zero Waste goals?", + "output": "Sfridoo.com is a B2B publishing platform for purchasing and selling scrap materials developed to include sharing economy principles in making the circular economy a reality. It is a reference point for small and medium-sized enterprises (SMEs) and large companies that are interested in recovering the intrinsic value of their production scrap. Sfridoo also offers business consulting services aimed at reducing scrap, converting scrap into value, reducing the amount of waste produced and suggesting alternative service delivery systems, in line with the principles of the circular economy. Sfridoo supports companies in converting their production scrap into by-products, creating new raw materials with the aim of triggering virtuous systems of material recovery and reducing waste production." + }, + { + "input": "What are the benefits of transforming contaminated soil into a valuable product in the context of circular economy; How can resource efficiency be improved in urban planning by reusing industrial spaces; What is the impact of upcycling waste soil on reducing waste reduction costs in urban development?", + "output": "An example of Lyon Métropole’s work on the circular economy is the innovative solutions implemented to sustainably develop city's Chemistry Valley.Due to plant relocations in this sector and to the reinforcement of risk regulation, there is significant unoccupied industrial space available in the Chemistry Valley.Transforming infertile and contaminated soil considered as waste into a valuable product to develop green cities is part of Lyon Métropole’s circular economy strategy.In 2016, a call focused on six pillars for major development, including one on ‘productive landscape’. This pillar aims to test different processes to clean up contaminated soil, produce biomass and create fertile ground. Transforming infertile and contaminated soil considered as waste into a valuable product to develop green cities is part of Lyon Métropole’s circular economy strategy.A challenge was to find a business model, considering that fertile ground from agricultural land only cost €25 per cubic metre in Lyon, whereas re-fertilised ground is more expensive." + }, + { + "input": "What are the benefits of transforming food waste into biogas and biofertilizers in a circular economy; How can urban planning and waste management strategies be optimized to increase resource efficiency and reduce waste in cities; What are the implications of using biogas as a renewable energy source for public transportation and agricultural practices.", + "output": "Oslo owns a biogas plant, transforming food waste into biogas, which is used as fuel by buses and garbage collection trucks in the city. Biofertilisers are also produced at the plant and used by farmers to produce food. This plant is the largest biogas plant in Norway with a capacity for 50,000 tons of biological substances.Today, citizens in Oslo source separate 46% of their food waste in green bags. Likewise, the city’s recycling stations collected 15,300 tons - 27 kg per person - of garden waste in the same year. This waste was then composted and returned to citizens as soil so they could use it in their gardens.Oslo aims to utilise the bio-resources from its municipal sewage system by sending the sludge to farmers for their agricultural activities. To ensure high quality sludge content, Oslo actively works to reduce the inflow of wastewater containing micro-pollutants to the municipal sewage network.Changing citizens’ behaviours remains a challenge, specifically correctly separating their household waste. The bulk of food waste - 64% - is not source separated by citizens. In turn, the unseparated waste can only be used for energy recovery purposes." + }, + { + "input": "How can we enhance resource efficiency in food distribution systems to reduce food waste and promote circular economy practices?; What are the benefits of upcycling unsold foods in urban areas, and how can we increase their reuse and recycling rates?; Can sustainable packaging solutions and zero-waste strategies be applied to the collection and distribution of unsold foods in urban markets to promote a circular design approach?", + "output": "The Porta Palazzo organic project has three main objectives:to reduce food waste through the collection and distribution of unsold foods in the largest open-air market in Europe and, in the process, ensure that those in need can access quality foods in a dignified mannerthe project seeks to increase the amount of materials that will be reused or recycled, thereby reducing the amount of incinerated materialthe project also furthers the city’s social inclusion agenda by providing a meaningful way for volunteer asylum seekers to engage in their community through the collection of unsold foods.Developed with the help of a private partner, Novamont S.p.A., Turin has implemented an innovative system to encourage the proper separation of food waste.Turin also enlisted a local environmental NGO, Eco dalle Città, to engage a group of volunteers, including numerous asylum seekers, to collect unsold food.The project requires significant political commitment and coordination of multiple city departments, organisations and representatives." + }, + { + "input": "What are the benefits of integrating circular economy principles into municipal secondhand stores like Halle 2; How can these types of initiatives promote Resource Efficiency and Waste Reduction; Can the concept of secondhand use of items be extended to other sectors, such as Electronics or Packaging, to reduce waste and support Reuse?", + "output": "Halle 2 is a municipal secondhand store that combines circular economy with the idea of actively supporting sustainable lifestyles in Munich. By selling goods that are collected at the 12 Munich recycling centres, Halle 2 extends the lifespan of useful everyday items such as electronic devices, bicycles and textiles.Based on a strong partnership with educational institutions, non-profits and voluntary organisations, Halle 2 is also a good example for active societal responsibility. It offers qualification and training on job perspectives at social enterprises for special target groups, such as young or long-term unemployed people. But Halle 2 is not just a secondhand shop. It also provides a testbed for developing and testing new ways to increase the number of reused items, thus contributing to raising the awareness of waste reductionand secondhand use of items.Halle 2 is a good example of a broad collaboration between very different stakeholders and interest groups from different branches. By bringing a wide spectrum of outstanding knowledge, all the actors have together produced a very attractive offer for citizens." + }, + { + "input": "Resource Efficiency in office paper procurement; What are the benefits of using recycled office paper in city administration; Waste Reduction strategies in paper production and consumption.", + "output": "Düsseldorf's city administration consumes about 40 million sheets of office paper annually. On the other hand, the city collects about 36,000 tonnes of used paper and cardboard per year, which is then sold off to recycling companies.With the primary aim of stimulating demand and ensuring a price reduction for recycled paper, Dusseldorf developed an internal regulation for sustainable procurement, which led to an increase of the use of recycled office paper accounting for 85% of all the city’s paper use in 2016.The city found a solution thanks to a German factory that develops recycled office papers with a guaranteed high technical quality and a good brightness. Their paper is very similar to ‘fresh fibre’ paper, allowing the city to roll out only recycled paper in its offices. The solution is certified by the standards defined by the independent ‘RAL Deutsches Institut für Gütesicherung und Kennzeichnung e.V.’ (German Institute for Quality Assurance and Labeling) and its German‘blue environmental angel’label.Another challenge the city encountered was making sustainable, or circular, procurement manageable in the complicated procedures of public procurement." + }, + { + "input": "How can Resource Efficiency be achieved in the building and construction sector in Amsterdam; What are the benefits of implementing material reuse strategies in the organic and biomass industry; Can Waste Reduction in the construction sector be further improved by adopting circular design principles in urban planning.", + "output": "In Amsterdam, two value chains are very important: the building and construction sector and the organic and biomass industry. The city circle scan showed that the implementation of material reuse strategies had the potential to create a value of €85 million per year within the construction sector and €150 million per year with more efficient organic residual streams. The city involved the private sector and research institutes in this process and they fully agreed with the outcomes.‘Learning by doing’ aims to prove that the circular economy is profitable in all aspects. This project is based on an integrated approach. For example, Amsterdam integrated the principles of circularity from the start in the urban planning strategy of the city’s largest transformation area ‘Harbor - City’ with 70 000 houses.Amsterdam is also trying to adapt to a circular economy by forging new business models shifting from products to services and creating new legal and financial instruments. The city had to overcome administrative barriers and think about new forms of cooperation, such as cross-sector thinking and multidisciplinary working.It was crucial to involve citizens." + }, + { + "input": "Resource Efficiency in industrial symbiosis; Benefits of waste reduction through by-product reuse; Can Circular Design principles be applied to urban planning and infrastructure development in cities like Birmingham?", + "output": "Since 2002, Birmingham city council (BCC) has had a strong history of supporting and promoting industrial symbiosis, which is a principal pillar of the circular economy.Industrial symbiosis has consistently initiated and supported multiple projects, together with stakeholders such as the local, world-leading SME International Synergies Ltd, the city’s universities and business community, enabling BCC to take this vital element of the circular economy across the world. Industrial symbiosis involves the facilitation of commercial transactions or activities - synergies - of using waste materials or by-products such as energy, water or other resources generated by companies and integrating them into the production processes of other companies.BCC has also hosted delegations - industrial symbiosis ‘tourists’ - from at least 25 countries including Turkey, Egypt and China.It has been a challenge to introduce this new concept to a range of stakeholders within the council and the business community of the city and beyond." + }, + { + "input": "Circular economy benefits of upcycling food grade animal bones into Bio-Phosphate; How to reduce phosphorus waste in agriculture through recycling and reuse; Resource Efficiency in fertilizer production through pyrolysis technology;", + "output": "Phosphorus (P) is a key element in food crop and animal production and cannot be substituted.European agriculture relies on the continuous inputs of mined and non-renewable P and synthesised N, but over 88% of all P-fertilisers on the EU market are being imported from third countries. Taking into consideration the 700% price increase in the phosphate sector in 2008 and further price volatility expected in 2018-2020, the European Commission has recognised P as a critical raw material in 2017.In 2019, Terra Humana finalised the development of its 3R zero emission and high temperature pyrolysis technology to recover Bio-Phosphate made from food grade animal bones. Such Bio-Phosphate contains >30% P2O5and works well as a controlled release fertilizer, effectively supporting the industrial implementation of the new EU Fertilising Products Regulation objectives.The Bio-Phosphate offers potential to substitute approximately <11% of all imported mineral phosphate in EU agriculture before 2030 and can be a strategic resource for organic farming sector before 2025. This technology also fills a need for large-scale bio-fertiliser production in the EU." + }, + { + "input": "What are the key benefits of implementing Resource Efficiency strategies in the furniture production process?; How can Circular Design principles be applied to reduce Waste Reduction in the woodworking industry?; What are the essential elements of a successful Green Public Procurement strategy in the furniture sector, and how can it promote Reuse and Recycling of materials?", + "output": "GPP-FURNITURE, European project funded by the Erasmus+ programme, has for objective the development ofan innovative e-training program for professionals of the furniture and habitat sectorin the field of furniture production and design that meets thenew environmental requirementsknown as Green Public Procurement (GPP).The main project activities include:Identification of the existing knowledge gap in the furniture and woodworking industry regarding the Green Public ProcurementSpecifications, design and organization of training units and training pathsTraining course materials and training modules developmentE-learning platform design" + }, + { + "input": "What are the benefits of reusing plastics in the away-from-home market; How does the Circular Economy Recycling School contribute to Resource Efficiency in waste management; Can waste reduction strategies like Recycling and Upcycling be combined to achieve Zero Waste goals in the packaging industry.", + "output": "TheReNueva projectof Aguas Danone has been launched todevelop its commitment to recycling and reusing plastics, with funding from the Danone Ecosystem Fund; a fund created by Danone at a global level. It aims atincreasing recycling in the away-from-home market,while simultaneously training and creating jobs for disabled or socially excluded people.This project is carried out thanks to the collaboration between Aguas Danone, Trinijove Foundation and Ecoembes. Within the framework of the ReNueva project, the\"Circular Economy Recycling School\"has been created, where the training and labor insertion program in companies of the recycling and waste management sector is developed. The first edition of this program has counted with the collaboration of the municipality of Montcada i Reixac. The Circular Economy Recycling School aims to train people who can work in the ReNueva Project's waste selection plant or in other jobs outside the project related to waste management, always favoring the social inclusion of people from collectives at risk of social exclusion." + }, + { + "input": "Resource Efficiency in water treatment; How can we improve water recycling rates in industrial processes through innovative technologies?; Water Management strategies for reducing wastewater treatment costs and increasing material recovery.", + "output": "In the framework of the European Regional Development Fund 2014-2020 and the Lombardy Region Call Accordi per la Ricerca e l'Innovazione, CAP HOLDING has been recently awarded this Innovation Call with a project namedPerFORM WATER 2030.The project will cover the following 4 main thematic areas and will focus on different study activities and pilots (TRL 4 to 7) implementation:Water pathway:optimization of waste water treatment processes with innovative process technologies in order to meet the most stringent effluent discharge standards, monitoring of emerging contaminants and emissions in the atmosphere, drinking water quality monitoring and supply network optimization;Biosolids valorization pathway:reduction of extra sludge production, thermal valorization and recovery of energy and material;Material and energy recovery pathway:recovery of water, material and energy resources, biogas upgrade and anaerobic digestion optimization;Economic sustainability and social acceptabilityof new technologies through stakeholder engagement, advanced costs and tariffs analysis." + }, + { + "input": "Resource Efficiency in wastewater treatment; Circular Design of biomethane production from sewage sludge; Waste Reduction through the use of biomethane as a fuel for automotive.", + "output": "BIOMETHANE: CAP HOLDING, at the Bresso\/Niguarda wastewater plant, has installed two sewage sludge biomethane upgrade plants, one based onmembrane technologyand the other onzeolite filtration.The ultimate aim of the project is to evaluate the technical feasibility of biomethane production from sewage sludge accordingly to CEN standards. Depending on the evolution of national legislation, the potential end-use of biomethane is: the introduction into the national natural gas network and the use as a fuel for automotive (reference standards: UNI TR 11537 and EN 16723 Specifications for biomethane for injection in the natural gas network) and 2 (Automotive fuel specifications). The first test results were validated by CNR-IIA (National research center - Atmospheric Pollution Institute) and by FCA Automotives with which CAP HOLDING has signed technical collaboration agreements.Check BIOMETHANE production detailsCheck ALGAE VALORIZATION details(IT)" + }, + { + "input": "How can public-private collaborations contribute to achieving 60% recycling rates in urban areas; What are the benefits of citizen participation in designing and implementing circular economy projects; What role do education and training initiatives play in promoting Resource Efficiency and Waste Reduction in local communities?", + "output": "Pilot project in the City Hall of Valladolid (La Victoria neighborhood), involving public-private collaboration: the City Council and Ecoembes. To a lesser extent, Ecovidrio and an organization for the collection of textiles will also collaborate.The objective of the project is to reach 60 % of recycling in a year(ahead of the targets set for 2030). There has been a process ofcitizen participationwith representation of various neighborhood groups such as neighborhood associations, AMPAS, merchants, etc.EcIn this process, several measures and actions have been proposed in several areas of the circular economy: prevention, waste recycling and information and incentive systems. Once the proposals were compiled, they were presented to the City Council for approval and implementation. In summary, the project involves initiatives related to information, education and training." + }, + { + "input": "Circular procurement strategies for sustainable waste reduction; Benefits of adopting circular design principles in construction industry; Impact of resource efficiency on the environmental performance of the automotive sector;", + "output": "The Green DealCircular Procurementwill make companies, NGOs and governments acquainted with procurement in favor of innovative, circular products & services, thus promoting the circular flow of materials, the use of new business models and the establishment of strategic partnerships among the value chain. Another goal of the GDCP is to adjust official standards and legislation to facilitate circular procurement. Besides the learning network and experiments, research on indicators and tools will be done to create open source information. This research is done together with the Netherlands so it will be valied for all purchasers, countries and the EC. Results of this research and lessons learned from the experiments will be disseminated to a large group of private and public organisations." + }, + { + "input": "Circular Design for reducing wood waste in cement production; Benefits of using wood waste as alternative fuel in cement industry; How can Waste Reduction strategies in construction sector support the transition to a bio-based economy?", + "output": "French cement producers plan to increase the use of alternative fuels from 44 % of the fuel mix to 50 %, by 2025. To support this initiative, they aim, in collaboration with construction and recycling trade organisations, to double the amount of wood waste used in the energy supply of cement plants. The part of the wood demolition waste that is not recovered but simply landfilled as there is no recycling option, represents 500 ktpa. French cement producers plan to increase energy substitution by using 90 ktpa of those. In this context, a Green Deal has been signed by the French Ministry for Environment, the French Ministry for Industry, and the project stakholders." + }, + { + "input": "What are the benefits of circular design in the garment industry; How can resource efficiency be improved through garment hanger reuse; Can upcycling of low-value products like garment hangers contribute to waste reduction in the fashion industry;", + "output": "Braiform is a global leader ingarment hanger reuse. Products are returned to reuse centres where they are sorted, repackaged and distributed back to garment-producing regions, preventing them from ending up in landfill.Much of the discussion for companies looking to thrive in a circular economy relates to business model innovation – fundamentally changing the way we design, source materials, manufacture and sell. However, anyone trying to catalyse change within a business knows that this can never happen overnight. New practices are often taken on as pilot projects, prototypes or incremental tweaks, testing the water for a wider rollout if the numbers stack up and others are on board. It takes ambition to make these changes at scale, and garment hanger provider Braiform is one example of such ambition, moving from a throughput model to one that achieves 80% re-use – almost unheard of for such a low-value product.Braiform is amongst the largest garment hanger suppliers in the world, handling billions of hangers each year.Check the Braiform video" + }, + { + "input": "What are the benefits of implementing circular design principles in a sugar production facility to reduce waste and increase resource efficiency; How can waste reduction strategies in sugar production be integrated with material recovery and upcycling practices; Can a bioeconomy approach be applied to the production of co-products, such as using renewable energy to power the facility and reduce its carbon footprint.", + "output": "Wissington is a beet sugar plant established in 1925, as part of British Sugar.The plant supplies 420,000 tonnes of sugar a year in various formats, extracting it from the sugar beet grown around the East of England. However, for those who have visited, describing Wissington simply as a 'sugar factory' immediately feels like something of a misnomer. This is a story of diversification. The team at Wissington have continually evaluated their operation to valorise previously wasted energy and material flows.The result isa factory that doesn't just produce sugar, but 12 different saleable products, from valuable chemicals to food for animals and humans. Some of the co-products are more obvious than others, and the approach shows an open-mindedness to new ideas. This practice is in place at most of British Sugar's plants, but is most advanced at Wissington. Here, the economies of scale are most pronounced, and offer the best example of how this type of expansion can improve the resilience of the business." + }, + { + "input": "Circular Design in agricultural waste management; Resource Efficiency in converting organic waste to high-quality protein feed; Waste Reduction through innovative black soldier fly larvae conversion process.", + "output": "Just as the circular economy is inspired by natural systems, Agriprotein’s waste conversion process has also been tested and perfected by nature. For over a hundred million years fly species have been breaking down waste material, whilst providing food for fish, birds and animals higher up the food chain. This is the essence of Agriprotein’s business - black soldier flies (hermetia illucens) are used to transform discarded organic matter to high quality protein feed for the fish, poultry and other industries.The Need -a huge volume of organic waste is generated each year which is expensive to dispose of and leads to harmful methane emissions. At the same time there is a growing demand for high quality protein in the animal feed and aquaculture sectors. Currently this feed is produced in a way that depends on finite resources, and leads to environmental degradation.The Solution -by using the remarkable nutrient-recycling capacity of the black soldier fly larvae, organic waste can be converted into high quality protein in a short time period.The residual material from the conversion process is a high quality compost that can be used to regenerate soils." + }, + { + "input": "What are the benefits of adopting a circular economy approach in waste management; How can municipalities efficiently reduce waste by implementing recycling and upcycling strategies; Can the bioeconomy play a crucial role in transforming the waste management sector towards a more sustainable and resource-efficient future?", + "output": "The project \"Do we have waste in 2030?\" was conducted in May-November 2017 by Ramboll on behalf of KS.The purpose of the assignment has been to highlight the possibilities themunicipalitieshave to accommodate a more circular economy in the future.The transition to a circular economy involves a systemic shift where all parts of the value chain of a product play a role, from extracting raw materials from nature, new designs and ways of producing the products, new business models for consumption, reuse and repair of the products to new ways of utilizing the materials from old products in new production.As local community developers, planning authorities, waste management actors and key actors in environmental work, the municipalities have a significant responsibility.This report points to some of the key responsibilities and opportunities for the Norwegian municipalitieswhen approaching a more circular future.Check the Report (NO)" + }, + { + "input": "Circular Design in the textile industry, Waste Reduction strategies for denim production, Resource Efficiency in the recycling of old and unworn jeans;", + "output": "In September 2017, HNST (pronounce as “honest”) had a collection campaign where people could drop off their old and unworn denims at more than 80 collecting points in Flanders (Belgium). In two weeks time, more than 6000 old pair of denims were collected and sorted out by social economy. Approximately 50% of the collected jeans were not suitable for reuse and shredded and recycled in Germany. These fibres were mixed with processed and made back into yarn in Flanders. This yarn was used to weave the HNST denim fabric made out of 56% recycled denim fibres. TIn March 2018, HNST launched its first denim collection made in Europe out of 56% recycled denim fibres and designed according to the circular economy principles." + }, + { + "input": "How does the closed-loop recycling process at PET to PET Recycling promote Resource Efficiency; What role does Recycling play in reducing Waste Reduction and conserving natural resources; Can the use of recycled PET flakes and pellets in bottle production contribute to a more Circular Design in the packaging industry?", + "output": "At PET to PET Recycling, the raw material for new bottles is produced from old PET bottles using a modern, energy-efficient process that also prevents the material from being damaged. PET bottles are converted into PET flakes and PET pellets using two different processes. PET flakes are thoroughly cleaned using the patented URRC process (United Resource Recovery Corporation), which also prevents the material from being damaged. The PET is then melted and converted into pellets. Both types of recycled material are brought to a high, food-grade level of quality. The PET flakes and PET pellets are filled into so-called big bags and used in the production of new PET bottles by preform and bottle manufacturers. Based on the bottle type, the percentage of recycled PET is at least 30%. Depending on the size and shape, some PET bottles may also contain a much higher percentage of recycled material." + }, + { + "input": "Resource Efficiency; What is the role of waste sorting apps in reducing waste management complexity and promoting a more circular economy?; Can the use of barcode scanning technology improve recycling rates and Material Recovery in municipalities?", + "output": "The Junker app is useful for two fundamental reasons: firstly, because of the EU Circular Economy Action Plan which aims to make Europe's economy more sustainable, and secondly, because waste management is so complex. People aren't sure how to sort packaging materials correctly and this can affect the quality of separate waste collection, which is crucial for getting better quality secondary raw materials which are vital for EU countries.The Junker app is a perfect solution: users see how to sort all types of packaging correctly just by scanning the product’s barcode. The app identifies the product and provides information for disposal which is in line with local rules on waste sorting. The app tells users what the product is made of and which bin they should put it in, as well as providing schedules for door-to-door collection and maps of collection, reuse and sharing points.Municipalities and waste disposal companies can join Junker by paying an annual fee, enabling individuals to download and use it free of charge. The social, economic and environmental benefits are obvious: people stop making mistakes when they sort waste, the quality of separate waste collection goes up, and the negative impact on the environment goes down.The app is available in Italy and some municipalities in Switzerland, and has been translated into 10 languages, so that even tourists and foreign workers can use it. Users just need to change their location in order to get the updated information for their current location." + }, + { + "input": "Resource Efficiency in printer cartridge remanufacturing; Waste Reduction strategies in the electronics industry; Circular Design principles for printer cartridge repair and reuse.", + "output": "Printer cartridges are seen as a single-use product by printer and vartridge Original Equipment Manufacturers (OEMs). But they are not. As a matter of fact most of today’s printer cartridges fall within the scope of the WEEE-2 directive. When considering the use of raw materials, repairing and remanufacturing are the most preferable alternatives to landfill and\/or recycling because the geometrical form of the product is retained and its associated economic value is preserved. Currently around 30,000 jobs exist in Europe alone directly related to the remanufacturing\/repair of printer cartridges. Unfortunately, printers and cartridges OEMs have a narrow view when it comes to protecting the environment. They believe that capturing raw materials before they end up in landfill, and that the recycling of the raw material used in their cartridges is good enough. But the waste hierarchy clearly prefers re-use over mere raw material recycling." + }, + { + "input": "Resource Efficiency in wastewater treatment; What are the benefits of Zero Waste and Zero Energy strategies in biorefineries; How can Recycling of biogas and treated water contribute to a more sustainable Circular Design in sanitation and agriculture?", + "output": "The Granada Sur Biorefinery of Emasagra has set up an ambitious environmental strategy in order to become the European reference of circular economy in the field of sanitation and wastewater treatment. Its 2020 roadmap \"Zero Energy, Zero Waste\" aims to make the plant entirely energy self-sufficient by 2020 thanks to the recovery of its effluents. If a surplus energy is generated, it will be injected into the local grid. Almost 100% of the treated water is reused for irrigation purposes of woody crops in the surrounding area of the biorefinery. Thanks to energy efficiency measures and the optimization of the biogas production, the energy rate of self-supply has risen up to 82%, and it is confirmed that it will generate energy to the local grid by 2018. Regarding waste, all the digested sludge is used as as an agricultural fertilizer, and the greases and sands are composted for gardening use." + }, + { + "input": "Resource Efficiency in bioenergy production; How can Recycling of biomass residues contribute to Renewable Energy; What are the benefits of Circular Design in the development of sustainable energy solutions from algae fermentation.", + "output": "The Bioenergy Innovation Centre CenBio is one of Norway’s centres for environmentally-friendly energy research, co-funded by the Research Council of Norway. Its host institution is the Norwegian University of Life Sciences, and the centre leader is SINTEF Energi AS.Read more about CenBio" + }, + { + "input": "What are the benefits of using recycled stone wool in building insulation; How can the reuse of stone wool waste contribute to a more circular economy in the construction sector; Can renewable energy be integrated with stone wool production to reduce waste and increase resource efficiency in the industry.", + "output": "Stone wool can be recycled again and again into new stone wool. An important element of the circular business model is making recyclable, long-lasting products and offering a recycling service. When a building is renovated or demolished, ROCKWOOL's products can be recycled back into new products. The goal is to increase the number of countries where the company offers the reclaiming of product waste from market, from five today, to 15 by 2022, and 30 by 2030. The company's production design maes it possible to use both stone wool waste and materials that might otherwise be landfilled or downcycled. Low-value by-products are upcycled into stone wool insulation that makes buildings more comfortable and energy efficient." + }, + { + "input": "What are the benefits of using recycled ocean plastics in furniture production?; How can sustainable furniture design contribute to waste reduction and resource efficiency?; Can circular design principles be applied to create a more eco-friendly and responsible furniture industry?", + "output": "Van de Sant Innovations BV designs and manufactures comfortable sustainable furniture, made fromrecovered ocean plastics. This contributes to reducingdeforestation and plastic waste, and to creating local jobs. Most importantly, itkeep plastics out of the oceans.View thevideo" + }, + { + "input": "What are the benefits of integrating sustainability strategy and vision into a company's goals for achieving zero waste and resource efficiency; How can circular design principles be applied to the production process to minimize waste reduction and upcycle materials; Can renewable energy and material recovery be used to support a closed-loop system in the manufacturing industry.", + "output": "In 1994, Interface made a public commitment to become restorative by 2020, eliminating any negative impact the company might have. As 2020 approaches and the organisation is on track, working towards 100% renewable energy in production, 100% recycled and biobased materials, having reuse and recycling options available around the globe.Focusing on creating a climate fit for life, Interface is integrating sustainability strategy and vision, innovation and transparency to achieve its circular goals.ItsReEntry® programmereclaims, reuses carpet tiles in new flooring designs and recycles carpet tiles into new raw materials to create carpet as part of a closed technical loop.Net-Works™ensures Interface receives fully recycled nylon for carpet tiles, a true inclusive circular business model through which biodiversity in our oceans is restored by removing ghost nets and local communities have an additional income.Recently the company joinedNextWave, a supply web, to ensure ocean plastic finds it’s way into circular supply chains and because of the value of the plastic, it doesn’t end up in the ocean anymore." + }, + { + "input": "Circular Design for cement industry waste management; Benefits of co-processing in the cement industry; Resource Efficiency in EU's cement industry fuel substitution.", + "output": "The EU cement industry supports the promotion of industrial symbiosis and the recognition of energy recovery as a waste management solution for non-recyclable waste. The use of waste materials in the cement industry with a simultaneous energy recovery and material recycling, referred to as co-processing, contributes towards achieving the objectives of the circular economy. The EU cement industry already substitutes 43% of its fossil fuels with alternative fuels derived from waste and biomass in supplying the thermal energy to the grey clinker making process. Today, the cement industry has the technical potential to replace 60% of its fuels with waste and in the future this percentage can rise to 95%. Taking into account the amount of waste which is generated in the EU each year, the good use put to this growing amount of waste by the cement industry is a unique opportunity for waste management." + }, + { + "input": "How can Resource Efficiency be improved in the IT industry through circular computing practices; What are the benefits of Reuse in reducing electronic waste in the circular economy; Can Circular Design principles be applied to the manufacturing of refurbished IT products to minimize Waste Reduction and promote sustainable consumption.", + "output": "Circular Computing exists to create a more ethical, sustainable and socially responsible way to buy enterprise IT. The company, firmly rooted in the principles of the circular economy, delivers sustainable ICT, with certified like-new warranty whilst reversing the damage created by the IT industry. In 2012 the company invested in a re-manufacturing facility where it could take unwanted product from the large client, completely re-manufacture and upgrade them and compete with new products on a like for like basis - and redeploy it back into industry. The company leads the way in re-manufacturing and reverse logistics. Its products offer unrivaled performance at a fraction of the price." + }, + { + "input": "How can circular design principles be applied to the development of smartphone apps like Volpy to reduce electronic waste and promote resource efficiency; What are some innovative ways to reuse or upcycle old smartphones to reduce waste and minimize the demand for raw materials; Can a platform like Volpy be scaled up to include other electronic devices, such as laptops or tablets, to further promote waste reduction and circular economy in the technology sector.", + "output": "Volpy is an all-in-one solution on the smartphone market: smartphones are assessed, bought back and exchanged directly through the app. It is a loop circuit providing an end-to-end service. Smartphones are estimated within 3 minutes through a quick and user-friendly testing service. The application also enables users to switch from a smartphone to another, whether new or refurbished.The shipping of smartphones is supported by Volpy, sending a prepaid letter to users.Volpy's main objective is to promote circular economy and to fight against the overconsumption of raw materials.As every smartphone requires 70kg of raw materials a solution to reduce material use and electronic waste production was necessary. Volpy provides such an easy and affordable solution for trading smartphones using an ethical and ecological approach with a circular business model." + }, + { + "input": "Resource Efficiency in public procurement, what are the benefits of using renewable energy in tenders?; Waste Reduction strategies in government procurement, what are the implications of promoting reusable tableware and transport packaging?; Circular Design in the public sector, how can refurbish\/retrofitting of existing equipment in building facility management contribute to a more sustainable construction industry?", + "output": "The Catalan Government considers that public procurement should be used as an instrument to support strategic policies in the transition towards CE. For a number of years a strategy of Green Public Procurement (GPP) has been in place, based on the following lines: direct support in the introduction of environmental criteria in tenders, elaboration of GPP guidelines, training and promotion of green products.GPP measures contribute to implement the CE by defining procurement criteria geared at increasing:Durability: quality standards, minimum guarantee and availability of spare parts and fitness for use;Resource Efficiency: demand of renewable electricity, clean vehicles and implement energy services contracts;Reuse: reusable tableware and transport packaging;Refurbish\/Retrofitting: improve environmental standards of existing equipment in building facility management;Recycling: demand low toxic materials, recyclability of products and ensure selective waste collection;Buy Recycled: textiles with recycled fibres and recycled paper." + }, + { + "input": "How can we reduce waste water pollution in industrial processes through Resource Efficiency and Recycling of salt-containing wastewater streams; What are the benefits of Upcycling waste water into a valuable resource like chlorine; Can we implement a Circular Design approach to minimize waste water generation and optimize the reuse of salt-containing wastewater streams in the manufacturing process?", + "output": "In many industrial processes, large amounts of waste water, containing highly diluted common table salt (5-10%) are released into rivers, being a burden to the ecosystem, especially in terms of drinking water production. Salt is also a crucial raw material for the production of chlorine, key raw material for the manufacture of polycarbonate and other high performance plastics. After several years of research, now a pilot plant has been constructed and gone into operation within Covestro’s project Cycles (funded by German Federal Ministry of Environment BMUB), to demonstrate the reuse of low-concentrated salt- containing wastewater streams. The plant is operating with a throughput of 30m³\/h of wastewater. After cleaning the brine, new salt is added to reach the needed concentration for chlorine production thus closing the loop from waste water to a valuable resource. Within another, currently ongoing, project RE-Salt (funded by the German Ministry for Education and Research BMBF), research is being conducted for the purification of saline waste water streams by adapted adsorptive and electrochemical processes." + }, + { + "input": "What are the benefits of upcycling wood waste into new office furniture products; How can waste reduction strategies like backloading empty vehicles contribute to a more circular economy; Can the use of recycled materials in furniture production reduce the environmental impact of the manufacturing process?", + "output": "Since March 2017, Herman Miller is working in partnership with EGGER\/Timberpak, which sees waste wood products being reclaimed and recycled into new office furniture products. Offcuts and wood waste generated during production at the Herman Miller production facility in Wiltshire is collected and delivered to Timberpak, utilising empty vehicle space and back loading to minimise our environmental footprint. This wood is then sorted into chipboard or MDF before being broken down to a suitable size. The graded material is then transferred to EGGER where it goes through sophisticated cleaning. Finer wood dust which cannot be used in board production goes through the fuel cleaning plant and into the heat plant to generate heat for EGGER’s chipboard production processes. This enables EGGER to achieve a 98% recycling figure. Up to 38% of the clean recycled material then goes into the production of new particle board. Herman Miller use this particle board to construct products such as the Ratio desk." + }, + { + "input": "How does Resource Efficiency play a role in mattress production and end-of-life management; What are the benefits of Recycling and Reuse in the mattress industry; Can Circular Design principles be applied to other bedding products beyond mattresses to reduce Waste Reduction and promote Bioeconomy.", + "output": "Naturalmat is an SME that makes organic, natural, luxury mattresses, toppers and bedding, using 100% biodegradable material wherever possible. There are 7,000 mattresses currently in use. The companyworked with REBus to redesign its mattresses to increase their re-use at end of life, reduce its own waste to landfill, and disrupt the market by proving that fewer mattresses needed to be sent to landfill.Mattress construction now uses 50% less adhesives which make the products easier to disassemble at end of life. This was paired with an incentivised return offer for customers, allowing returned mattresses to be deconstructed and the materials reused, recycled or upcycled." + }, + { + "input": "How can circular economy principles be applied to the construction industry to reduce waste and increase resource efficiency; What are the benefits of adopting a circular design approach in the demolition process; Can the FISSAC project's methodology and platform be used to facilitate the development of a closed-loop system for managing construction materials and waste?", + "output": "The FISSAC project involves stakeholders at all levels of the construction and demolition value chain to develop a methodology and software platform, to facilitate information exchange, that can support industrial symbiosis networks and replicate pilot schemes at local and regional levels. The model will be based on three sustainability pillars: Environmental, Economic and Social. The project's ambition is that the model created can be replicated in other regions and other value chain scenarios. FISSAC aims to demonstrate the effectiveness of the processes, services, and products at different levels." + }, + { + "input": "What are the benefits of implementing circular economy principles in the electronics industry to reduce e-waste and promote sustainable Resource Efficiency; How can companies like CTL leverage the power of the market to drive Waste Reduction and Recycling in developing countries; Can Circular Design principles be applied to the design and production of new ICT equipment to minimize electronic waste generation and support sustainable Material Recovery?", + "output": "Proven Business Model:Closing the Loop(CTL) greens ICT procurement while tackling the global issue of electronic waste. For a small fee it makes the purchase of new ICT equipment by organisations more sustainable (waste compensation). It collects and organises shipment and responsible recycling of end-of-life devices on behalf of its customers. The material retrieved in the e-waste recycling process is fed into new lifecycles.Informal sector: CTL closely works with its long-term collection networks in Africa (Ghana, Nigeria, Cameroon, etc). CTL pays its collectors for the scrap devices that are bought and for storing\/keeping track of administration. Furthermore, it provides regular training.Reducing e-waste by leveraging the power of the market: The conventional practice of waste collection in Extended Producer Responsibility schemes is rare or non-existent in developing countries. CTL’s customers, mostly medium- to large enterprises but also governments, pay a fee per product bought.High ethical standards: The e-waste collection and all related processes are achieved in a fully legal and responsible way, in compliance with several environmental standards and permits." + }, + { + "input": "What are the benefits of using secondary resources in cement production; How can recycling of discarded materials in the cement industry contribute to a circular economy; Can the use of alternative main constituents in cement production help reduce waste reduction in the construction sector.", + "output": "Today, the use of secondary resource - either as a source of energy, as a source of raw material or a combination of both - represents one of the fundamental achievements by the Austrian cement industry on its pathway of moving towards a sustainable development. The advantages for the environment, society and cement producers are evident: by using secondary resources, natural resources are conserved, discarded resources are recycled, landfill space is saved, energy is recovered and the dependence on primary resource markets is reduced. One of the main constituents for cement production is the so called cement clinker. The Austrian cement industry has taken efforts to reduce this energy intensive part in the cement by substituting cement clinker with alternative main constituents." + }, + { + "input": "How can circular design principles be applied to promote resource efficiency and reduce waste in packaging; What are the benefits of upcycling plastic bags to create reusable carrier bags; Can renewable energy be used to power the production of reusable bags and reduce the environmental impact of plastic manufacturing.", + "output": "SCP\/RAC promotes an action in Morocco to support the country in transitioning from single-use plastic bags to other green means. The action is based in two pillars. On the one hand, an extensive communication campaign is being implemented, focusing on the benefits of alternatives to single-use plastic bags. Indeed, multiple-use bags, baskets or shopping trolleys are much less expensive in the medium and long-term. The campaign includes creative actions through social media and in markets, as well as beach litter monitoring in the Mediterranean coast. On the other hand, a women cooperative located in the Oriental region is producing and testing  different durable carrier bags, reusing for example flour bags or publicity canvas. The action also investigates the carrier bags and other means preferences by retailers and consumers, as well as how to promote the production of alternatives to single-use plastic bags at the country level." + }, + { + "input": "How can Resource Efficiency strategies be applied in the Mediterranean region to reduce waste and promote sustainable development; What are the benefits of Circular Design in the agricultural sector, specifically in reducing water waste and promoting zero waste; Can Upcycling and Recycling of textiles be implemented in the construction industry to minimize waste and promote sustainable building practices?", + "output": "The EU-funded SwitchMed Programme supports and connects stakeholders to scale-up social and eco-innovations in the Mediterranean. It promotes inclusive growth, job creation and sustainable development by supporting policy makers, eco-innovative small and medium sized enterprises, industries, start-ups and entrepreneurs in the Southern Mediterranean countries. In order to boost green entrepreneurship in the eight target SwitchMed countries, SwitchMed delivers a Training Programme to future green entrepreneurs, with the objective of providing them the basis and the structure for the development of sustainable business solutions. Entrepreneurs will be trained to develop their green business canvas creating ecological and social value. The training phase consists of 5 sessions spread over six to seven weeks. The best 2 business canvases per country will receive an 8-month accelerator support stage: the incubation phase. It is a 40 hours of one to one support from the local mentor.TheSwitchers Fundhas also been developed to support financially innovative green entrepreneurs in the development of their projects, through grants." + }, + { + "input": "How to promote Resource Efficiency in the Mediterranean region through eco-innovative projects; What are the benefits of adopting Circular Design principles in the priority sectors; Can the demonstration activities contribute to Waste Reduction and Material Recovery in the Southern Mediterranean countries.", + "output": "The EU-funded SwitchMed Programme supports and connects stakeholders to scale-up social and eco innovations in the Mediterranean. It promotes inclusive growth, job creation and sustainable development by supporting policy makers, eco-innovative small and medium sized enterprises, industries, start-ups and entrepreneurs in the Southern Mediterranean countries. SwitchMed is developing demonstration activities to promote implementation of policies and actions on the ground, which effectively change patterns of consumption and production and implement circular economy measures in the priority sectors previouslyselected by the target countries (Algeria, Egypt, Israel, Jordan, Lebanon, Morocco, Palestine and Tunisia.The SCP NAPs Demo projects are based on the nationally approved action plans. These projects have also been validated by the relevant Ministry of Environment and the concerned Delegation of the European Commission in each targeted country." + }, + { + "input": "How can circular design principles be applied to sustainable building construction to reduce waste and promote recycling? What are the benefits of incorporating upcycling and reuse strategies in building materials? What is the impact of implementing resource efficiency measures in building operations on waste reduction and renewable energy usage?", + "output": "The German Sustainable Building Council (DGNB) with more than 1,200 members is the German and international knowledge platform for sustainable building and provides the world’s most advanced sustainable building certification system. Its aim is the planning and assessment of sustainable interiors, buildings and districts.From the very first version of the DGNB System in 2008, a strong focus has been placed on the holistic assessment over the entire life cycle, on conscious resource use and on recycling and disassembling aspects. The DGNB Certification System plays an important role in ensuring that material cycles are put in place so that products can be re-used or reclaimed. These ideas can be incorporated in new business models and become part of responsible, future-centric product development. The 2018 version of the DGNB System particularly focuses on circular economy principles turning them into assessable and measurable aspects of buildings and rewarding their implementation with bonuses." + }, + { + "input": "What are the benefits of upcycling abandoned buildings into circular hubs for sustainable entrepreneurship; How can resource efficiency be optimized in the renovation process of a former swimming oasis; Can circular design principles be applied to the reuse of materials from old buildings to reduce waste and promote a bioeconomy.", + "output": "BlueCity provides start-ups and scale-ups with access to circular resources, knowledge and talent, aiming to turn ideas into action and, ultimately, to help sustainable entrepreneurs to grow from intention to impact. The former subtropical swimming oasis Tropicana, a well known iconic building that has sadly lost its function and grandness, has been turned into a circular city. Innovative, sustainable and circular entrepreneurs have settled down between slides and hot tubs to give new meaning, function and value to the 12.000 square meters of deserted swimming pool. The building will be made as circular as possible, re-using old elements and materials both from within the swimming pool as well as from other abandoned buildings." + }, + { + "input": "How can we improve Resource Efficiency in the production of recycled plastics by optimizing melting temperatures and recycling techniques; What are the benefits of using Low-Density Polyethylene (LDPE) in packaging materials for Waste Reduction and Reuse; Can Circular Design principles be applied to the development of eco-friendly packaging materials to minimize waste and promote Recycling.", + "output": "ECOPIXEL material is composed of 100% Low-Density Polyethylene (LDPE) that melts without altering its properties at only 120°C, reducing, therefore, the ecological impact during its transformation. It is a recycled and recyclable material. Due to the low melting temperature and the specific recycling technique, ECOPIXEL does not homogenize the color pigments from the raw waste material, resulting in a distinctive pixelated appearance." + }, + { + "input": "What are the benefits of developing quality standards for repair services in the context of a circular economy; How can a repair network like the Repair Network Vienna contribute to resource efficiency through reuse and recycling; Can circular design principles be applied to the automotive sector to reduce waste and promote sustainable repair practices.", + "output": "The network holds more than eighty member companies in and around Vienna, specialised in high quality repair services. The member companies have to meet defined criteria to ensure quality standards in repair services. The network members carry out more than 50.000 repairs per year, which corresponds to about 750 tons of waste prevented every year. The Repair Network Vienna was founded in 1999, and has since then been a pioneer in developing quality standards for repair services and highlighting the importance of repair and reuse for a sustainable and resource-efficient economy. The Repair Network Vienna is supported by the Executive City Councillor for the Environment and Vienna Public Utilities, the Municipal Department 48 (Waste Management, Street Cleaning and Vehicle Fleet) and the Municipal Department 22 (Environmental Protection). The Repair Network Vienna is a project of Eco Counselling Vienna." + }, + { + "input": "Resource Efficiency in plastic packaging design; How can Recycling of plastic packaging materials be improved in a closed-loop system; What are the benefits of adopting Upcycling techniques in the production of plastic packaging materials.", + "output": "CIRC-PACK project aims at more sustainable, efficient, competitive, integrated and interconnected plastic packaging value chain with less fossil fuel dependence. To this end, three case studies will work on developing, testing and validating better system-wide economic and environmental outcomes byi) decoupling the chain from fossil feedstocks;(ii) reducing the negative environmental impact of plastic packaging; and (iii) creating an effective after-use plastics economy.All in all, the work will be supported by non-technological analysis and advanced methodological analysis (including circular economy and industrial symbiosis principles) which will trigger a broadly deployment of the tested solutions.The CIRC-PACK project will:-Create, test and validate alternative bio-based and recyclable plastics for trays, bottles, coffee capsules, jars, films and pallets;-Develop new types of multilayer and multi-material packaging;-Increase the amount of recycled materials into other industries;-Improve recycling rates and quality of recovered materials;-Contribute to circular economy leading to a more sustainable future." + }, + { + "input": "Resource Efficiency in packaging industry; Benefits of separate collection and recycling of beverage containers; How can waste reduction strategies be implemented in the Austrian packaging sector?", + "output": "Founded in 2012‚ \"Reinwerfen statt Wegwerfen\" (English: \"Toss it in the bin\") is a voluntary initiative of Austrian businesses, based on an agreement between Austrian social partners and the Federal Ministry of Sustainability and Tourism to improve the ecological performance of packaging (mainly beverage containers) by creating public awareness, preventing and reducing littering and promoting the separate collection and recycling of packaging. Packers\/fillers and retailers agreed to spend EUR 700.000 - 1 Mio EUR annually for a nationwide anti-littering campaign. The operation and project management is run by Altstoff Recycling Austria (ARA), supported by the ARGE Sustainability Agenda of the Austrian Economic Chambers.RSW provides:(i) support for projects related to waste minimization, littering-prevention, and separate collection;(ii) financial and organizational support for local clean-up activities;(iii) a web platform for the promotion of related activities and exchange of best practices;(iv) active promotion of anti-littering online and at public events;(v) public relations." + }, + { + "input": "Steel manufacturing's waste gases can be optimized for Resource Efficiency through Recycling, reducing Waste Reduction and carbon emissions; What are the benefits of using these gases as a renewable energy source in thermal power stations?; How can Circular Design principles be applied to reduce the environmental impact of steel production, focusing on Material Recovery and Zero Waste strategies?", + "output": "Steel manufacturing produces residual gases with high levels of carbon monoxide, carbon dioxide and methane, which, because of their toxicity and contribution to increasing the greenhouse effect, should be burned before their release into the atmosphere. The high flow rates from steel manufacturing, together with their variability, mean that these energy sources cannot be stored and are fluid in nature and, therefore, if they are not burned in a thermal power station, the gases would have to be burned by fire in the atmosphere, which would mean energy wastage. Thus, burning these waste gases in the combustion boiler of a thermoelectric plant is an excellent use of a contaminated industrial by-product. In addition to the generation of electricity and \/ or heat from the use of these steel gases, the industrial symbiosis between EDP and Arcelor also leads to considerable environmental benefits, by avoiding the annual emission of approximately 1.2 million tonnes of CO2 into the atmosphere." + }, + { + "input": "Resource Efficiency in cement production; How does carbonation in concrete contribute to Waste Reduction and Zero Waste goals; What are the benefits of Reuse and Recycling of crushed concrete in road construction?", + "output": "Cement recarbonation refers to the process where part of the CO2 emitted during the cement production is re-absorbed by concrete in use through carbonation. Carbonation is a slow process that occurs in concrete where lime (calcium hydroxide) in the cement reacts with carbon dioxide from the air and forms calcium carbonate. At the end of their useful life, buildings and infrastructure (reinforced concrete structures) are demolished. If the concrete is then crushed, its exposed surface area increases and this increases the recarbonation rate. The amount of recarbonation is even greater if stockpiles of crushed concrete are left exposed to the air prior to reuse. In order to benefit from the CO2 trapping potential, crushed concrete should be exposed to atmospheric CO2 for a period of several months before its reuse (e.g. as road underlay). This needs to be taken into account in the way construction waste is dealt with." + }, + { + "input": "How can circular design principles be applied to reduce waste and increase resource efficiency in the production of carpet tiles? What are the benefits of upcycling carpet tiles at the end of their life cycle? Can renewable energy sources be integrated into carpet tile manufacturing to reduce the carbon footprint of the production process?", + "output": "The tile's materials can be recycled to create new carpet tiles at the end of the product’s useful life. Keeping this carbon in Interface’s recycling system through ReEntry®ensures that this carbon stays in a closed technical loop where it belongs, rather than in the atmosphere where it has negative effects on climate.Interface’s Proof Positive prototype tile has a negative carbon footprint, which the company achieved directly through design and manufacturing, without purchasing carbon offsets. Since 1996, Interface has reduced its cradle-to-gate product carbon emissions from an average of 20.0 kilograms of carbon per square meter to just over 7 kilograms per square meter in 2016. Though only a prototype at this stage, at less than -2 kilograms of carbon per square meter, Interface’s concept tile proves that it is possible to store carbon in products rather than emit more carbon into the atmosphere in the process of making those products.Read more" + }, + { + "input": "Resource Efficiency; What are the benefits of using biobased substrate compost in potting soils; Waste Reduction; How does the comprehensive cleaning and composting process of biobased substrate compost contribute to a more sustainable circular economy?", + "output": "Attero introduces a new high quality product that is used as ingredient for substrates and potting soils: biobased substrate compost. The process for achieving this quality is unique in the world of compost production. The raw materials that Attero uses to make the new product are subjected to a comprehensive cleaning and composting process. The end product complies with the strict criteria imposed by potting soil companies, including the RHP Certificate. The production process was developed in-house, and the circulation of water plays a crucial role in this innovation. This development was the result of a four-year research programme. The resulting end product was tested by Wageningen University & Research and by potting-soil companies. Nationally and internationally, Attero is the first manufacturer to produce this new organic material on an industrial scale. The company now plays a significantly greater part in the circular economy by making a positive contribution to limiting CO2 emissions." + }, + { + "input": "Resource Efficiency in electronic device design; Can circular design principles be applied to reduce electronic waste and promote repair and upgrade culture; How can the use of robust casings and upgradeable parts contribute to a more sustainable electronics industry", + "output": "The European High End Society focuses on supplying robust casings and offering the permanent option for repair and upgrade for all the functional parts of the devices.Products that can be used over a longer period of time are significantly more resource-efficient than products that are used for a short period of time only." + }, + { + "input": "Circular Design in food packaging, Resource Efficiency in agricultural production, Waste Reduction in the food supply chain;", + "output": "Circular economy for the food and drink industry means an efficient use of resources (water, energy, raw materials), from the sourcing of agricultural raw materials to the consumption of our products, including the need to prevent food losses and wastage at each and every stage wherever possible. Through continuous improvement and product innovation, many food and drink manufacturers have developed by-product and co-product lines to maximise the use of raw materials and minimise food waste." + }, + { + "input": "What are the benefits of implementing resource efficiency strategies in industries; How can circular production patterns reduce waste generation and promote recycling; Can circular design principles be applied to improve the efficiency of dairy processing and reduce the environmental impact of milk pasteurization.", + "output": "Resource efficiency is a core pillar of the circular economy. The EU funded SwitchMed programme, seeks over the MED TEST II project to improve the way industries in the Southern Mediterranean are producing. By making processes more efficient the project has demonstrated that both resources and money can be saved, showcasing that the switch to circular production patterns is a profitable investment to do. Skaff dairy reduced raw material use and waste generation by cutting 90% on the volumes of product returns from clients and reorganizing marketing strategy of the distribution chain. Modifications to the milk pasteurization process led to a reduction by 50% of the diesel use, corresponding to the phasing out of one boiler. The company implemented a monitoring and information system for resource efficiency in manufacturing, which confirmed that the investments within the framework of the TEST project were repaid within 1.6 years." + }, + { + "input": "Circular design in kitchen sinks; Benefits of 100% recovered materials in sustainable product development; Waste reduction strategies in the construction industry;", + "output": "The aim of LIFE GREEN SINKS project was to create a new \"green\" range of products, represented by innovative kitchen sinks manufactured by 100% recovered materials.The tested recovered materials originate both from a \"closed loop recycling\" (using the company production scraps and the wasted sinks) and from an \"open loop recycling\" (using the production waste of other national industries).The full recycling of raw materials allowed to reduce the consumption of virgin material from primary extraction (such as quartz and cristobalite), typically transported from distant areas of the world. This in turn allowed to consistently reduce the energy consumption and carbon emissions, thereby limiting the environmental and economic impacts of the industrial production process.Read more" + }, + { + "input": "How can we optimize Resource Efficiency in municipal waste management through the reuse of bulky waste in municipalities of Belgium's German-speaking community; What role can Circular Design play in reducing Waste Reduction and promoting Recycling in the region of Verviers; What are the benefits of creating a Bioeconomy around waste sorting and upcycling of textiles, electronics, and other household goods.", + "output": "The LIFE project RCYCL (LIFE99 ENV\/B\/000640) set up a scheme for the collection and reuse of bulky waste in municipalities of Belgium’s German-speaking community and the region of Verviers, under the auspices of a social enterprise. It introduced a range of services such as repair of furniture, electrical appliances and other household goods, toys and textiles, as well as reconditioning furniture seats and creating new products from recycled parts. In 2006, RCYCL was named as ambassador of the social economy. In 2011, the ASBL received the LABEL REC'UP and in 2012 the approval of the Walloon Region as \"RESSOURCERIE\". The enterprise is particularly proud of the prize as the best social enterprise of the regions of Brussels and Wallonia, also obtained in 2012. Currently, 30 people work at the sorting center. RCYCL is now responsible for the collection and sorting of bulky waste from 15 municipalities (188,000 inhabitants) and has 11 CPAS partners.Read more" + }, + { + "input": "What are the benefits of using recycled wood fibre in construction materials like garden stones and furniture; How can circular design principles be applied to reduce waste in the wood processing industry; Can the Destaclean process be scaled up to reduce waste and promote resource efficiency in the forestry sector.", + "output": "Destaclean® Puukivi(Wood stone)is a progressive recycled material, of which the prepared products are ecological, lightweight, durable and easy to machine.The product range includes products for yard and environmental constructions, such as garden stones and garden furniture. Wood stone is a composite of pure recycled wood fibre, rock minerals, cement and water. Recycled wood fibre is obtained from wood waste, which is processed as a recycled raw material at a processing plant in Tuusula. With the Destaclean process, wood waste fulfils the End of Waste criteria, according to the setFinnish Waste Act." + }, + { + "input": "How can Resource Efficiency be improved in the pallet production and recycling process; What benefits can be achieved through Recycling of wooden pallets; Can Circular Design principles be applied to the design of new pallets for increased Reuse and Reduced Waste;", + "output": "Every year, two million renovated pallets do another tour in serving the industry.Wooden pallets can be reused again and again, and eventually a worn-out pallet will be utilised as energy for heating. Pallets are collected at the central warehouses of stores and the industry and finally transported to a production unit that locates in Järvenpää. A robotic machine line of the plant assists in sorting functions by carrying out the heavy work. After sorting, reparable pallets are repaired and stored, while the pallets that cannot be repaired are recycled as chippings and used as solid recovered fuel for energy production. A customer can choose from some 50 different pallet types, the most common being the EUR pallet and the FIN pallet.Read more" + }, + { + "input": "Can we discuss the benefits of utilizing waste slurry in biogas production for creating a closed-loop system in forestry industry; How does EPAD technology contribute to waste reduction and resource efficiency in the pulp and paper production process; What are the environmental advantages of replacing fossil fuels with biogas in the production of carbon dioxide for pulping process.", + "output": "EcoEnergySF Oy has a biogas plant in the area of Metsä Fibre Bioproduct Mill in Äänekoski, Finland.The biogas plant processes the wastewater slurries of the BioproductMill, and turns those into biogas for transportation, carbon dioxide for pulping process as well as fertilizers and solid biofuel for boiler plants. The biogas plant is part of the industrial symbioses to create an ecosystem that makes use of waste from the manufacture of the main products. The EPAD technology is utilized at the biogas plant." + }, + { + "input": "How can we encourage more people to participate in recycling programs like The Ham trick?; What are the benefits of using renewable fuel produced from recycled fats in transportation; How can we design circular economy solutions that reduce waste and promote resource efficiency in food production and consumption?", + "output": "The Ham trick (Kinkkutemppu in Finnish) is a consumer campaign that was organised in 2016 and 2017 in Finland during the Christmas period.The Ham trick is a cross-sectoral co-operation with Finnish companies and organizations. The aim of the campaign was to bring the concept of circular economy closer to consumers, to advise about recycling and at the same time avoiding that the drains were choked by excess fat. The idea of the campaign was to ask consumers todeliver excess fats from when roasting their traditional Christmas ham to recycling points, whereupon the excess fats would beused to prepare renewable fuelat Neste’s bio refinery in Porvoo.The collection was organised through 150 special collection points across the country. Altogether 44 tonnes of fat was collected of which Neste MY renewable fuel was produced at Neste’s bio refinery in Porvoo. Neste MY renewable fuel has 90 per cent lower CO2 footprint compared to the ordinary diesel fuel.Watch the video" + }, + { + "input": "What are the benefits of co-processing in cement manufacturing for waste reduction and resource efficiency; How can circular design principles be applied to the construction industry to reduce waste and promote recycling; Can the use of recycled construction and demolition waste as an alternative raw material in cement production contribute to a more sustainable bioeconomy.", + "output": "The cement industry and LafargeHolcim have developed, under the Geocycle brand, strong expertise in coprocessing. This latter refers to the simultaneous recovery of energy and the recycling of mineral materials within one single industrial process: cement manufacturing. This waste treatment solution allows 100% of the material input to be recovered or recycled in the production process without any additional residue or impact on health and cement quality.In Retznei (Austria), the local cement plant is already amongst the best performer worldwide in terms Waste-to-Energy rate. In 2016, the Geocycle Recycling Center nearby the cement plant settled the benchmark in recycling Construction & Demolition Waste by processing 100,000 tons of C&DW in a year. The pre-treatment platform offers a complete solution for a full C&DW stream, in respect of European waste hierarchy. Retznei plant recovers this stream through co-processing (otherwise it would have been landfilled), mainly clay bricks, so-called “red fraction”, as an alternative raw material.Read more" + }, + { + "input": "How can circular design principles be applied to furniture production to reduce waste and promote reuse; What is the potential impact of modular furniture design on reducing material consumption in the construction industry; Can the use of design-for-reuse structures in furniture manufacturing contribute to a more sustainable Resource Efficiency in the production process?", + "output": "Arcadia Design envisions a design that changes as its owner does.It produces a modular and circular furniture system based on a design-for-reuse structure with patent pendant wich grants stability with less material and is easy to be assembled\/disassembled. Modularity as a choice to stimulate reuse, transformation, customisation and imagination.It also manufactures chairs and tables for children already commercialised that can become a toy for children, a photoframe for the family, an armchair for young people and much more.Read more" + }, + { + "input": "How can resource efficiency in plastic recycling improve the overall sustainability of the production process; What benefits can be achieved through the reuse of recycled PET in food packaging; Can upcycling of PET bottles reduce waste reduction efforts in the beverage industry;", + "output": "In Rostock, Veolia has developed a flake-based recycling method for PET (polyethylene terephthalate) bottles that allows direct reuse of the recycled material for new food packaging, e.g. a new beverage bottle.Every year in Rostock, Veolia converts 1 billion PET drinks bottles into so-called recyclate from which preforms\/bottles can again be manufactured. PET beverage bottles from deposit systems are transported to the Veolia site where they are pre-sorted according to colour, with their caps and any residual waste removed. Pre-sorted bottles are then ground into flakes and washed at a high temperature. After a mechanical-chemical process, the produced flakes are again suitable for use in the food industry. In a final step all flakes are resorted and the purity is increased. Finally big bags are used for transportation and a narrow quality control before the material is shipped to packaging producers.Read more" + }, + { + "input": "What are the benefits of implementing circular economy principles in the manufacturing industry; How can companies reduce waste and increase resource efficiency through recycling and upcycling; Can circular design strategies be applied to the automotive sector to minimize packaging waste and promote material recovery?", + "output": "Denuo is the Belgian umbrella association for private companies who put the circular economy at the heart of their operations. It represents 220 companies, which are helping enterprises across all sectors to fundamentally change their production processes, making the transition towards the circular economy, and also including manufacturing companies who use circular economy principles.In its 2016-2017 sustainability report, Denuo (then Go4Circle) highlights a series of good Belgian examples of circular economy, as well as various examples of products that are not (yet) recyclable or that prevent the recycling of other products. In this way, the association aims to inspire companies, governments and other organizations to do their bit to make the circular economy more and more a reality.Read more(FR)" + }, + { + "input": "What are the benefits of implementing a recycling circuit for expired or damaged cards in a financial institution like Caixa Geral deDepósitos; How can circular design principles be applied to the development of urban furniture items from recycled card materials; Can the implementation of a recycling circuit contribute to a zero-waste policy in the financial sector.", + "output": "As a result of its Corporate Sustainability Program and Environmental Management System, Caixa Geral deDepósitos (CGD) identified an improvement opportunity: the development of a recycling circuit for expired or damaged cards, based on the circular economy concept, and in partnership with Extruplás, the company responsible for collecting andrecycling the cards, and for manufacturing the urban furniture items that CGD offers to social institutions." + }, + { + "input": "How can Resource Efficiency be improved in municipal waste separation and recycling; What are the benefits of Recycling packaging materials in the Circular Economy; Can Waste Reduction strategies be optimized through the development of innovative Polymer Recycling Plants.", + "output": "Attero post-separation plant can process nearly 600.000 tonnes of municipal solid waste per year, to separate packaging materials for recycling. Post-consumer film is separated from municipal waste. The film is then recycled in Attero's new Polymer Recycling Plant (PRP) into Attero InfiniteFilm LDPE regranulate. The PRP has an annual capacity of 24.000 tons of post-consumer film. The film is shredded into flakes, which are washed in different washing steps using cold and hot washing. The washed flakes are then granulated by Erema machines into high-quality pellets(Attero InfiniteFilm regranulate), from which new film can be obtained.A truly circular solution, made possible with support from the EU LIFE program.Read more" + }, + { + "input": "Circular economy benefits of labeling recycling processes; What are the environmental impacts of reducing greenhouse gas emissions through material recovery; How can resource efficiency be improved through the reuse of materials in packaging and construction.", + "output": "At the end of the certification process, the label issued by ReMade in Italy to the requesting company, indicates the recycled material content, with the assignment of the relevant class. The label also explains the environmental impacts resulting from the recycling process, in terms of reduction of greenhouse gas emissions and energy saving in comparison with the production of the same item with raw materials.Read more" + }, + { + "input": "What are the benefits of implementing circular economy principles in the electronics repair industry; How can resource efficiency be improved in the repair and reuse of electrical and electronic appliances; What role does waste reduction play in the fight against planned obsolescence in the consumer electronics sector;", + "output": "R.U.S.Z is Austria’s biggest independent repair centre for electrical and electronic appliances for all kinds and brands and a centre of excellence for the fight against planned obsolescence, for consumer protection and social businesses. It provides repair services for household appliances, consumer electronics and IT.R.U.S.Z also founded the success story Repair Network Vienna with some 80 SME members. It was among the initiators of the Austrian umbrella organization RepaNet and its EU equivalent, RREUSE.Read more" + }, + { + "input": "How can Circular Design principles be applied to industrial ecology projects to achieve Resource Efficiency and Waste Reduction? What are the benefits of using Recycling and Upcycling in industrial processes? What are the key factors to consider when developing a Bioeconomy strategy in the context of sustainable agriculture and food production?", + "output": "Le référentiel ELIPSE a trois objectifs principaux : donner un cadre commun d’évaluation aux porteurs de projets en écologie industrielle et territoriale (EIT); assurer un suivi pour les acteurs qui soutiennent les démarches; 3) permettre de faire remonter au niveau national les problématiques et les bonnes pratiques rencontrées.Read more" + }, + { + "input": "Resource Efficiency in the food industry, how can we reduce food waste and packaging waste in the supply chain?; What are the benefits of using upcycled materials in construction projects; Can you share some examples of zero-waste packaging designs in the e-commerce industry?", + "output": "The objective of the Atlas of Circular Economy is to build a network of companies and associations working in the field, in order to create potential synergies and increase their visibility. Users can freely browse through the experiences collected, searching through regions and\/or main category of products or services offered. The Atlas is regularly updated with new experiences and the mapping process is participatory.The competition is open to professional or amateur storytellers who have to depict a circular economy experience through a video, photo, audio or written reportage. The objective is to raise awareness and promote sustainable consumer behavior.Read more" + }, + { + "input": "How can the tourism industry adopt Circular Design principles to reduce waste and increase resource efficiency?; What are the benefits of implementing Recycling programs in tourism resorts to minimize plastic waste and promote sustainable practices?; Can the tourism sector leverage Bioeconomy opportunities to reduce its carbon footprint and promote sustainable water management practices in its operations?", + "output": "Tourism in the Philippines and Thailand is receiving increasing attention as an excellent development option, but with the vulnerability of developing countries to climate change it is inevitable to take the environmental performance of the tourism business into serious consideration. The tourism sector has a large potential for inclusive development but only if it’s done the right way, especially without damaging the natural environment, the very assets of tourism, and by involving the local economy, generating income along the whole value chain. Building upon the results and achievements of first Zero Carbon Resorts project, ZCR for Sustainable Tourism is going to the next level of energy and resource efficiency, towards a carbon neutral operation and sustainable tourism.Read more" + }, + { + "input": "Resource Efficiency in food supply chain management; What are the benefits of recovering surplus food through a network of Food Banks, and how can this contribute to a Zero Waste approach?; Can upcycling and recycling of food waste in the production process reduce the environmental impact of the food industry and promote a Circular Design.", + "output": "With the help of a network of 21 Food Banks across the country, FBAO (Fondazione Banco Alimentare Onlus) recovers surplus food (fresh fruit and vegetables, fish and meat, canned and packed food, dairy products, bakery, drinks and prepared meals) from all the stages of the food supply chain (farmers, wholesale markets, manufacturers, distributors, retailers, food service) and redistribute it to charitable organizations that assist people in need.Read more" + }, + { + "input": "How can Resource Efficiency be improved in the ceramics industry through the valorization of inorganic and organic wastes; What are the benefits of Recycling industrial side streams and wastes in the production of ceramics; Can Circular Design principles be applied to reduce waste and energy consumption in the ceramics manufacturing process.", + "output": "In circular economy secondary resources (i.e. end-of-life products), the industrial side streams and wastes are the “wasted resources of today”, if they are not utilized and returned for use. The primary design strategies for residue utilization must aim to reduce, cost, waste and energy, and can be implemented with innovative production and manufacturing technologies, industrial symbiosis practices and end-use solutions across industrial sectors.The project focused on the valorization of various types and proportions of inorganic and organic wastes as substitutes to clayey raw material. Extruded and pressed specimen produced and the quality of the produced ceramics were evaluated for their properties and the environmental impact.Read more" + }, + { + "input": "How can circular design principles be applied to remanufacturing to reduce waste and increase resource efficiency in industries like automotive and electronics; What are the benefits of upcycling or repurposing products in the medical devices sector; Can renewable energy be integrated into the remanufacturing process to reduce energy consumption and carbon footprint in the construction and agriculture industries?", + "output": "Extending the life of components and products through remanufacturing is both highly resource and energy efficient. It currently represents less than 3% of manufacturing activity in Europe but has the potential to expand from its existing base in sectors such as automotive, electrical, off-road vehicles, aviation, marine, medical devices and rail in which there is approximately €30 billion of sales in Europe.Read more" + }, + { + "input": "How can the cement industry prioritize Resource Efficiency and Recycling to reduce waste and promote sustainable practices? What are the benefits of implementing Circular Design principles in cement production to minimize environmental impact? Can the cement industry adopt Zero Waste strategies to minimize its ecological footprint and promote a more sustainable future?", + "output": "Cement and Environment Labour Foundation (CEMA Foundation) was created by Oficemen (Spanish Cement Association) and the two largest trade unions operating in the Spanish cement industry, CCOO de Construcción y Servicios and UGT-FICA, Federación de Industria, Construcción y Agro. The foundation represents the sector’s clear commitment to sustainability through the implementation of an inclusive model. It is a pioneering organisation in the European cement industry and differs from equivalent organisations operating in other sectors.Read more" + }, + { + "input": "How can Resource Efficiency be improved in the production of chemical building blocks for plastics using CO2 as a raw material; What are the environmental benefits of substituting traditional fossil-fuel-based feedstocks with Carbon Capture Utilization (CCU) technologies; Can Circular Design principles be applied to the development of novel polyols with reduced waste and increased recycling potential.", + "output": "Covestro has developed an innovative technology that allows using CO2 as raw material for the production of chemical building blocks for high-quality plastics. The most widely known of the numerous possible applications for these building blocks, called polyols, are polyurethane flexible foams used for mattresses and furniture. The new polyols, commercially available under the trade name cardyonTM contain up to 20% CO2, and have comparable or even better properties than the conventional ones, made of crude oil. They are being produced in Covestro’s new facility in Dormagen, Germany, since 2016.Read more" + }, + { + "input": "How can Resource Efficiency in packaging solutions contribute to reducing waste in the plastics industry; What are the benefits of Recycling PET bottles in the production of straps and other products; Can Circular Design principles be applied to the manufacturing process of PET straps to minimize waste and maximize reuse.", + "output": "Mosca's PET strap is made from 100% recycled material: the so-called \"bottle flakes\" are a result of recycled plastic bottles coming from the empties of discounters. After processing, the recyclable raw material becomes a premium new product: depending on the width, the mostly green-coloured PET strap withstands loads between 180 and 600 kg. The waste or scrap material automatically generated during production is again returned for re-use via a shredding system.Read moreWeiter lesen" + }, + { + "input": "How can the eco-design approach contribute to Resource Efficiency in the production of consumer goods? What are the benefits of implementing Circular Design principles in the automotive industry? How can Waste Reduction and Recycling strategies be integrated into the early stages of product design to minimize environmental impact?", + "output": "The Basque Ecodesign Center (BEdC) is an organisation based in the Basque Country and structured as a partnership framework between Basque private firms, the main industrial clusters, and the Basque Government through the public agencies Ihobe and Spri. The objective of the BEdC is to help ensure that the Basque Country is an advanced region in the field of eco-design and a benchmark throughout the European Union, supporting SMEs and developing technical projects, new business ideas and training activities. Hence, the BEdC has developed several projects and publications in the field of the circular economy, from the angle of the eco-design approach." + }, + { + "input": "How can Circular Economy Demonstration Projects promote Resource Efficiency in the manufacturing sector; What are the benefits of Recycling in the construction industry; Can Upcycling be applied to reduce Waste Reduction in the textile industry?", + "output": "The Circular Economy Demonstration Projects programme was launched in 2014 and has been repeated yearly, having developed 36 projects by 2016. Its purpose is to establish new solutions on the market and Circular Economy business opportunities by conducting semi-industrial or industrial tests that confirm the environmental-economic-technical feasibility of new solutions to separate, collect or recover secondary materials, manufacture products with a high secondary material content, or recovery of parts, components, products or equipment.There have been significant interrelationships and synergies between sectors, as most of the projects searched for solutions in other value chains (industrial symbiosis), showing that closing cycles is only possible if businesses look beyond their normal framework.Read more" + }, + { + "input": "How can circular economy principles be applied to reduce paper waste and promote recycling in urban areas; What are the benefits of implementing effective waste management systems in the context of resource efficiency; Can upcycling and recycling of paper materials contribute to a zero-waste future by reducing landfilling and incineration of paper waste;", + "output": "The European project IMPACTPapeRec was launched in Valencia in February 2016. The objective is to further increase the separate collection of paper for recycling and promote appropriate schemes to avoid landfilling and incineration. The project will last over a period of two years and is financed by the European Union Horizon 2020 programme.IMPACTPapeRec" + }, + { + "input": "Resource Efficiency in waste management; What are the benefits of implementing a public-private project for recycling plastic packages; How can Waste Reduction strategies be applied to the manufacturing process of recycled plastic products.", + "output": "The LIFE RECYPACK project will implement a new public-private waste management project for commercial plastic packages in line with the circular economy criteria. After the project, 57,000 tons of plastic wastes are expected to be diverted from landfills and destined to high-quality recycled plastic manufacturing, with an economic benefit of 10.6 million every year.LIFE RECYPACK" + }, + { + "input": "How can circular economy principles like Resource Efficiency and Recycling be applied to washing machine waste water management; What are the benefits of using Upcycling in the development of new filter technologies; Can the design of filters be improved through Eco-design and Zero Waste approaches?", + "output": "The PlanetCare filter is a simple, yet efficient filter for removing microfibrers from washing machine waste water. The central part of the system is microfiltration of water based on electrically charged fibres and membrane nano-technology with a self-cleaning function.See video" + }, + { + "input": "What are the benefits of adopting a sharing economy approach in the construction industry to promote Resource Efficiency and reduce Waste Reduction?; How can circular design thinking be applied to the development of new products in the Electronics sector, focusing on Reuse and Recycling of materials?; Can the concept of Bioeconomy be applied to Agriculture to promote sustainable Food production and Water Management practices?", + "output": "FLOOW2 is the sharing marketplace solution for every business, organization and network.FLOOW2 works locally and internationally, to identify needs and opportunities ofasset sharingfor businesses. Sharing assets may be a new concept, but it is an integral part of the development towards a more circular economy in which collaboration is key!The smart sharing marketplace solution of FLOOW2 enables businesses to optimize the use of assets, to reduce waste, lower costs, and builds revenue. FLOOW2 creates (internal) sharing marketplaces where supply and demand of equipment, materials, services, facilities and personnel can meet. These platforms are especially suitable for business parks, (air)ports, organizations with multiple departments or locations, business communities, hospitals, care organizations, and market sectors." + }, + { + "input": "Cities adopting circular economy approaches to reduce greenhouse gas emissions; Benefits of implementing resource efficiency measures in urban infrastructure; What are the benefits of waste reduction and recycling in the construction sector?", + "output": "Cities and regions inAlpine Spacehave mainly set their low-carbon objectives and adopted relevant strategies in energy, mobility, construction etc.However, a cross-sectoral approach is missing.The project GREENCYCLE aims to introduce the system ofcircular economy as a holistic approachto support implementation of low-carbon strategies and provide additional 2-4 % greenhouseemission reduction to the partner cities. Circular economy deployment will save energy, water, re-cover critical raw materials, reduce transport, boost the eco-innovation, create green jobs andbenefit to low income citizens. As the biggest emissions producers and the biggest energy and materials consumers, cities should play the pioneering role by developing circular economy implementation strategies." + }, + { + "input": "Resource Efficiency in food waste management; What are the benefits of using hot composting techniques in schools and sports clubs; Can bioplastics and food waste be effectively co-composted to reduce Waste Reduction and promote Circular Design in the canteen sector.", + "output": "The HOTBIN is an innovative hot compost bin that super heats your food and garden waste to 60° C. It can suit not only individual needs, but also the needs of sport clubs, canteens or schools, mixing food waste with biodegradable plastics. Clubs or schools can convert the canteen waste stream to only using bioplastics.The End of Life (EoL) for all bioplastics can be accelerated and all industrially compostable plastics have the potential to become home compostable, preventing any contamination of the oil based polymer recycling system altogether." + }, + { + "input": "Resource Efficiency in the context of EU regions; Waste Reduction strategies for Horizon 2020 projects; Circular Design for the development of a EU reference framework on Circular Economy.", + "output": "SCREEN is a Horizon 2020 project covering 17 European regions.It aims at defining a replicable systemic approach towards a transition to Circular Economy in EU regions within the context of the Smart Specialization Strategy. The project also deals with the identification and implementation of operational synergies between investments in research and innovation under Horizon 2020, the Structural Funds and the European Investment Funds. The concept of the action is to develop a EU reference framework to establish operational synergies between Horizon 2020 and the European Structural and Investment Funds related to Circular Economy by:supporting the regional actors' participation at H2020. The mechanism of the \"vouchers” will be reinforced and harmonized, in order to ensure common rules in EU regions.encouraging the entrepreneurial initiatives based on H2020 project's resultsinvestigating the possibility of maximizing the H2020 investment through a \"recovery\" (full or partial) of well ranked unfinanced proposals dealing with circular economy." + }, + { + "input": "Recycling of polystyrene foam waste, what are the benefits of dissolving PS foam waste and extracting bromine for reuse?; How can becontributed to Waste Reduction and Zero Waste by closing the loop of polystyrene insulation foam waste?; What are the environmental advantages of Recycling PS foam , including reduced CO2 emissions and enhanced Resource Efficiency.", + "output": "The PolyStyreneLoop (PSL) Cooperative is the European EPS\/XPS industry’s closedloop solution for the recycling of polystyrene (PS) insulation foam waste.This innovative project employs a ground-breaking technology to dissolve PS foam waste while also allowing for the extraction and recovery of bromine from the recently restricted flame retardant chemical, HBCD, which can then be used again for the production of new flame retardants.The PSL project will help the EU deal with an expected 20 million tonnes of insulation material that will need to be disposed of in the next 50 years. Recycling PS foam by the PSL process typically cuts 50% in CO2emissions (compared to energy recovery). This is an additional contribution to resource efficiency at the end of life phase for PS foam insulation, on top of the CO2emissions already saved by reducing energy consumption during the long use phase in the form of insulation of a building.The PolystyreneLoop processhas already been included in the UNEP Basel Convention as a best available recycling technology and as best available organisation of an entire value chain. It is a technical and an organisational innovative best practice." + }, + { + "input": "What are the key factors influencing the design of sustainable packaging in France; How can the Modulated Eco-Contribution Scale encourage circular design in the paper industry; Can the use of recycled fibers and recyclable materials reduce waste reduction costs for paper products manufacturers.", + "output": "Eco-contribution is mandatory in France for the packaging industry, as an incentive for improving recyclability from the start. TheModulated Eco-Contribution Scaleis an educational and financial incentive tool to further promote the development of eco-design, taking into account technical efforts such as fiber sourcing and quality of adjacent packaging components.The Modulated Eco-Contribution Scale decreases or increases the eco-contribution paid by paper products manufacturers based on a bonus-malus system:The \"responsible fibres\" criterion gives a 10% bonus to tonnages of paper made from recycled fibres and a 5% malus to paper made from fibres which have not come from sustainably managed forests;The \"recyclability\" criterion gives a 5% malus for each element identified by the Scale that is disruptive to the recycling process (e.g. some types of ink, glue and varnishes and other non-fibrous components).The criteria used to adjust eco-contributions were determined by a working group made up of stakeholders representing all business sectors of the paper lifecycle. The mandatory contribution has proven effective in reaching higher recycling objectives." + }, + { + "input": "Resource Efficiency in PVC production; How does VinylPlus initiative promote Waste Reduction in the European PVC industry; Can Circular Design principles be applied to improve the sustainability of PVC products in construction and automotive sectors?", + "output": "Launched in 2011, VinylPlus®, the renewed ten-year Voluntary Commitment to Sustainable Development ofthe European PVC industry, was developed through dialogue with stakeholders.VinylPlus® approach involves the entire European PVC value chain, from resin manufacturers, additivesproducers and converters, in the achievement of concrete and measurable targets. It is helping creating along-term sustainability framework and moving the European PVC industry towards a low-carbon circulareconomy. Through the VinylPlus® initiative, the European PVC industry aims to:recycle 800 000 tonnes of PVC per year by 2020, at least 900 000 tonnes by 2025 and a minimum of one million tonnes by 2030promote and ensure the sustainable use of additivesimprove PVC products sustainability and their contribution to a low carbon economyreduce greenhouse gas emissions and energy and resource consumption along the entire PVC value chainpromote sustainability awareness and the concept of circularity along the value chain and amongstakeholders.VinylPlus® is registered as aSMART partnershipon the UN Partnerships for SDGs Platform.Check theProgress Report2019." + }, + { + "input": "What are the benefits of implementing water reuse systems in agriculture; How can wastewater treatment be integrated with irrigation to promote water efficiency; Can circular design principles be applied to agricultural irrigation systems to reduce waste and promote sustainability;", + "output": "RichWater is a EU Horizon 2020 funded project which has provided an innovative technology for wastewater reuse in agricuture. An integrated approach combining treatment and irrigation in a single system enables taking maximum advantage of nutrients.RichWater system consists in a low-cost and energy-efficient MBR (membrane bioreactor) to producepathogen-free and nutrient rich irrigation water.The treatment system isconnected to:the mixing module (for tailor-made mixing with freshwater andadditional fertilizers)the fertigation unita monitoring \/ control moduleincluding soil sensors to guarantee demand-driven and case sensitivefertigation.By combining these modules, a complete and turn-key system forsafe wastewater reuse in agriculture is available.It is RichWater projectambition to develop an up-scaled commercial prototype (150 m³ treatment capacity\/day) in South Spain to reuse local community wastewater for irrigationpurposes.The aim is to create a win-win situation between two sectors (thewastewater treatment and the agricultural sector) by turning public wastewaterinto a valuable end-product." + }, + { + "input": "Circular economy benefits of integrating reversible building design tools in construction; How can resource efficiency be improved through the use of materials passports in the building industry; What are the potential impacts of reducing waste and virgin resource use in the construction sector through the adoption of circular economy principles.", + "output": "TheBAMB (Buildings As Material Banks)project started in September 2015 and will progress for 3,5 years as an innovation action within the EU funded Horizon 2020 program. It involves partners from 6 EU countries and Bosnia-Herzegovina.Today, building materials often end up as waste when no longer needed, wasting energy and raw materials, increasing environmental costs, and enhancing risks of resource scarcity. It takes huge amounts of energy to produce building materials and products, energy embodied in the building.BAMB will enable a systemic shift where dynamically and flexibly designed buildings can be incorporated into a circular economy. Through design and circular value chains, materials in buildings sustain their value – in a sector producing less waste and using less virgin resources.The project is developing and integrating tools that will enable the shift:Materials Passports, Reversible Building Design Tools and Circular Building Assessment.Itsnetworkis open to all stakeholders in the construction industry.Read the scientific paper on Materials Passports" + }, + { + "input": "Circular economy principles applied in the fashion industry; How can design for reuse and recycling reduce waste in textile production; What are the benefits of adopting a resource-efficient approach in the fashion supply chain?", + "output": "Mistra Future Fashionis a research program that focuses on how to turn today’s fashion industry and consumer habits toward sustainable fashion and behavior.Guided by the principles of the circular economy model, the program operates cross disciplinary and involves 50+ partners from the fashion ecosystem. Its unique system perspective combines new methods for design, production, use and recycling with relevant aspects such as new business models, policies, consumer science, life-cycle-assessments, system analysis, chemistry, engineering etc.The program publishes reports using the circular economy framework to highlight possible positive changes in the fashion industry. It has also enabled publications of peer reviewed articles on sustainable practices in the textile and apparel industry." + }, + { + "input": "Resource Efficiency in toner cartridge recycling; What are the benefits of upcycling magnetic and charging rollers in new cartridges; Can the closed-loop recycling system for Canon toner cartridges be scaled up to reduce waste in the automotive industry?", + "output": "Canon has been providing a toner cartridge recycling programme since 1990 for all Canon genuine all in one laser cartridges (Canon toner cartridges used in i-Sensys type machines). Today the official programme operates in 18 countries across Europe.The programme is free of charge to customers within selected geographies across Europe and has been designed to be easy to use to further encourage recycling, using web based systems where customers can download a free post return label.All cartridges returned are collected and bulked up locally before being shipped for recycling inCanon Bretagnein France, where our toner cartridge recycling programme ensures that every component of Canon toner cartridges are reused or recycled - be it as a component in a new toner cartridge, as a base material in other industries, or as a substitute for fossil fuels. No part of the toner cartridge is sent to landfill.Components which are not suitable for reuse are broken down and either used to make the casing of the cartridge, are recycled in the open loop recycling system or are recycled as part of energy recovery.For example:The magnetic and the charging roller for example are removed, inspected carefully, cleaned and then reused in the new cartridge.The remaining toner is used as raw material to make the new cartridge.The housing parts are shredded and used as material for new cartridges.As much as possible we try to operate a closed loop recycling system with zero waste going to landfill.Canon has strongly focused onplastic closed-loop recyclingduring product development right from the design stage - for example, by using plastic materials that better resist the" + }, + { + "input": "What are the benefits of implementing Resource Efficiency measures in urban wastewater treatment plants?; How can Recycling of valuables in wastewater treatment contribute to a Circular Economy; Can Waste Reduction in urban wastewater treatment be achieved through innovative technologies and business models?", + "output": "The EU FP7 funded projectR3Water“Demonstration of innovative solutions for Reuse of water, Recovery of valuables and Resource efficiency in urban wastewater treatment“ demonstrated solutions to support the transitionfrombeing purely a wastewater treatment plantusing energy and chemicals,towards a resource facility delivering different valuables.Focus in the project was to develop, demonstrate and test solutions for upgrading existing urban wastewater treatment plants and to improve resource efficiency with the implementation of new technologies and business models.In order to reach this target R3Water developed and demonstrated more than 10 innovative technologiesat demo sites in Belgium, Spain and Swedenwithin threetopics:Resource efficiencyin treatmentby improved aeration, better Anammox process, modelling and energy audit, better control systems and improved biogas production;Facilitatingwater reuseby on-line monitoring, efficient disinfection and treatment of pharmaceutical residues;Resource recoveryby sludge valorisation with recycling of nutrients and other valuables." + }, + { + "input": "Resource Efficiency in paper production; How can aquatic plants be reused as a sustainable input in papermaking; What are the benefits of using upcycled biomass blends for producing paper products.", + "output": "The city of Almere, working together with local stakeholders and the company Millvision, has developed an innovative circular economy partnership.Due to Almere's establishment on land reclamed from the sea, its Weerwater lake is the home of fast growing aquatic plants, that cause a burden to the local watersport and catering businesses.The mowed plants are now being integrated by Millvision, a paper company, into biomass blends used to produce sustainable paper.Paper being produced this way involves both new technologies that use residual biomass blends but also addresses a challenge in a circular way.Indeed not only the aquatic plant is a local and renewable input to the production of the paper but it also \"circular\" as it is something that would be discarded as waste, and that would needed to be transported away and incinerated, is re-valued as a raw material used in production. Products that have used biomass paste using the aquatic plants have proven to be cheaper than their non-circular counterparts. Therefore these plants have been transformed in many products including paper and airplane lunch boxes." + }, + { + "input": "How can industrial symbiosis promote resource efficiency and reduce waste in regional development policies; What are the benefits of upcycling industrial waste as raw materials for other industries; Can the concept of eco-design be applied to industrial symbiosis to promote the sharing of materials and minimize waste in a circular economy.", + "output": "Industrial symbiosis is a form of brokering to bring companies together in innovative collaborations, finding ways to use the waste from one as raw materials for another.SYMBI project will contribute to improve the implementation of regional development policies and programmes related to the promotion and dissemination of Industrial Symbiosis and Circular Economy.It addresses 7 participating countries facing the need for policies alignment with the Circular Economy Strategy of the European Commission to transform Europe into a more competitive resource-efficient economy. INDUSTRIAL SYMBIOSIS looks at interactions between the environment, the economy and industry, and promotes the sharing of materials to minimize waste, following the example of a natural ecosystem, where everything is reused." + }, + { + "input": "How can Resource Efficiency be improved in the waste-to-energy process to recover valuable fine non-ferrous metals from municipal waste ash?; What are the benefits of upcycling municipal waste ash to produce high-value metal products?; Can Recycling of waste ash be optimized through Advanced Dry Recovery technology to reduce waste and minimize environmental impact?", + "output": "Inashco was founded in the Netherlands in 2008 to offer a unique patented technology developed by the Technical University of Delft for recovering and up-grading fine non-ferrous metals from municipal waste-to-energy ash for sale to global metal markets.A breakthrough Advanced Dry Recovery (ADR) technology was developed to separate the sticky, wet mineral fraction from the coarser ash fraction containing the valuable fine metal particles.This fraction can now be processed by conventional eddy current separators to liberate non-ferrous metals from the mineral aggregates. We concentrate on the ash fraction smaller than 12 mm that contains the highest\/most valuable percentage of non-ferrous metals. Further product upgrading is performed in the Netherlands by Inashco’s proprietary upgrading systems to ultimately create metal blends that maximize the value of recovered heavy and light non-ferrous products." + }, + { + "input": "Circular economy applications for algae waste management; Benefits of upcycling coastal vegetal waste into acoustic panels; Resource Efficiency in noise isolation through wet-laid technology and non-woven textile structures.", + "output": "Algae and seaweed accumulations on beaches and along our coasts are an environmental nuisance. This biomass emits unpleasant odors, promotes mosquitos and its rotting contributes to the high mortality in shellfish beds as they turn into rubbish.SEA-MATTER demonstrates that non-woven textile structures made from coastal vegetal waste can be used as composite reinforcement in noise isolation acoustic panels.Wet-laid technology has been selected as the most optimum technology to transform the algae waste in non-wovens to be used as reinforced structure. Fibrous and particulate materials can be easily applied in wet-laid process to develop non-woven structures. This waste has to meet some technical requirements (length, size, density, etc.) that have already been successfully studied.In addition, the possibility of using these algae and seaweed residues in non-woven textile industry with applications in building noise isolation opens a new and attractive environmental option to design new green composites as an alternative to the conventional synthetic ones." + }, + { + "input": "Resource Efficiency in lighting solutions; Benefits of circular design in airport infrastructure; Waste Reduction strategies for lamp recycling and material recovery.", + "output": "Under the name of \"light as a service\", Schiphol Airport pays for the light produced, while its two partners Philips and Cofely remain the owners of the lamps and fittings. This innovative type of relationship permits to ensure that the client (Schiphol) receives the necessary service (lighting) while ensuring that the physical support for the service is not simply discarded after a first usage.These two companies worked together with Schiphol Airport to adapt the fittings of the lightning. The components of the lighting and the fittings can now be disassembled and replaced separately thus reducing maintenance cost. The life of the fittings is also extended by 75%. Moreover, lamps are collected for recycling purposes at the end of their service life and the complete fittings materials can be reused. This minimizes waste and reduces raw material consumption." + }, + { + "input": "How can resource efficiency be improved in public spaces through recycling initiatives like Every Can Counts; What are the benefits of reducing waste at festivals and tourist locations through recycling programs; Can the circular design approach of Every Can Counts be applied to other industries to promote sustainable practices and waste reduction.", + "output": "The “Every Can Counts” programme aims to improve recycling by enabling and encouraging people to recycle drinks cans used outside the home (e.g. workplaces, festivals, tourist locations, etc.).By providing information materials and practical advice, Every Can Counts is a‘one stop shop’to help organisations increase recycling and demonstrate their commitment to sustainability. Developed and funded by the beverage can manufacturing and recycling industry, there are now Every Can Counts programmes operating across12 European countries(UK, France, Austria, Hungary, Romania, Ireland, Greece, Spain, Montenegro, Serbia, Poland, Belgium)." + }, + { + "input": "What are the benefits of upcycling ocean plastic into meaningful products; How does waste reduction through recycling contribute to a circular economy in the marine industry; Can circular design principles be applied to the development of marine equipment to reduce waste and promote resource efficiency in fishing practices?", + "output": "WFO collects and transforms Ocean Plastic by collaborating with fishermen and brands.Using a unique \"Trash Catcher\", which can be attached to small and middle-sized boats, they collect ocean floating on the water's surface. Partnering with business collected marine litter is upcycled to create meaningful products telling a story of reuse and innovation." + }, + { + "input": "How can Resource Efficiency in the bakery industry be improved by upcycling waste into biodegradable films; What are the benefits of using bioplastic polymers like PLA in food packaging; Can Waste Reduction strategies be implemented in the packaging sector through the use of biodegradable materials from bakery waste.", + "output": "BREAD4PLA is a project conducted by a consortium of four European organisations led by AIMPLAS.It seeked to demonstrate, in a pre-productive pilot plant process, the viability of poly(lactic  acid), a bioplastic polymer,(PLA) synthesized from waste products of the bakery industry.Using an enzymatic process and associated technologies, it makes it possible to produce a biodegradable film from bakery waste. This film would be then used in the packaging of bakery products, thus closing the life cycle.The PLA obtained by synthetizing bakery waste was completely comparable with its currently available commercial equivalent. This biopolymer could be even more sustainable then the other biodegradable film used in the industry: the raw material did not come from agricultural produce, that might have caused direct or indirect land use change, but instead from a resource that was previously only recognised as waste and would be landfilled. Moreover, using waste from bakeries also reduces the potential price volatility of supply. The film was also compostable, thus removing the waste completely at the end of the cycle." + }, + { + "input": "What are the benefits of implementing door-to-door household waste collection for food waste and small plants; How can we reduce waste sent to incineration through efficient waste management systems; What are the advantages of using biogas and compost production from food waste in a circular economy.", + "output": "Door to Door household waste collection in Milan for food waste and small plants:The door to door households organic waste collection plan was first introduced in November 2012 in one quarter of the city of Milan and then was extended to the whole city in June 2014. Brown bins and compostable bags are used for collection, while small kitchen bins with a special airy structure to minimize the inconvenience related to the formation of odors and liquids are used in apartments.Collection frequency is twice a week.The aim of the separate collection of food waste is to divert this material from incineration and to send it to AD for production of biogas and good quality compost. Food waste collection sent to recycling will help also to boost recycling rate enabling Milan to achieve the EU target of 50% recycling.The city also benefitted from the trailing phenomenon with better quality for all other separately collected fractions (paper, plastic, etc.) and increased the existing levels of customer satisfaction and system efficiency." + }, + { + "input": "What are the benefits of implementing a pay-as-you-throw system in waste management?; How can resource efficiency be improved in municipal waste management?; What are some effective strategies for reducing waste and promoting recycling in communities with high source separation rates?", + "output": "The company Contarina is responsible for the management of waste in most of the Province of Treviso (Italy). It serves 554.000 inhabitants in 50 municipalities and has reached levels of source separation of up to 85% and generates only 58kg of residual waste per inhabitant and year. In order to achieve the exceptional separate collection rates the system needs to be most efficient. This can only be achieved with the use of intensive and adapted curbside collection combined with pay-as-you-throw system.The company's daily objectives are to increase the percentage of separate collection, to reduce the amount of waste produced, to raise the quality of the collected recyclable material, and to improve the service offered, optimising the cost-benefit ratio. Recently, Contarina has realized two new plants for the development of recyclable waste and the recycling of absorbent products for personal care.The success of Contarina is the result of a combination of several factors:great source separation at source,waste reduction incentives through pay-as-you-throw system,transparency and efficiency,political will and commitment to continuously improving the system." + }, + { + "input": "What are the benefits of implementing circular economy principles in school canteens to reduce food waste; How can waste reduction strategies be integrated into the daily operations of educational institutions; Can circular design thinking be applied to menu planning and food management in schools to minimize waste and promote resource efficiency.", + "output": "At the end of 2014, the Lozere Department engaged in a territorial plan of waste prevention.Among the different actions, the Department has implemented an action in three pilot colleges to fight food waste in the canteens. The ambitious and transversal program involved actors at all levels in the college: director, manager, kitchen team, teachers, students and their parents.The action phases:creation of a project team and a referent by the collegediagnosis of waste in each institution and for all categories of waste producedanalysis of the results, including already existing kitchens personnel practices to reduce food wasteidentification and choice of actions, different for each institutionfollow-up of the implementation of the actions.In practice, the actions implemented in the three pilot colleges addressed:awareness of students in the social, environmental, and food wasteeconomic impact the involvement of students in the development of the menus and the adjustment of quantities (for example with a tailor-made \"hungry\" or \"great hunger\" system)immediate reinvestment  'on the plate' with better quality and locally sourced food." + }, + { + "input": "How can we increase Resource Efficiency in the recycling of plastic materials from end-of-life vehicles; What are the benefits of implementing Recycling processes for these materials; Can Circular Design principles be applied to the production of plastic granules from recycled plastics.", + "output": "The Rolling Plastics project is a pioneering system developed in the Basque Country.Its purpose is to rescue the different plastic materials from end-of-life vehicles (VFU) to turn them into plastic granules of a quality accepted by the market. The project places special emphasis on separating the different plastic parts that make up a vehicle, depending on the type of plastic they are made of. A near infrared spectroscopy system has ben used to systematically analyse the vehicles' plastic parts.Zicla is leading this project with the participation of the companies Econia and Jubedi and the Gaiker-IK4 technology centre." + }, + { + "input": "What are the benefits of upcycling textile waste into high-quality recycled yarns for the clothing industry; How can resource efficiency in textile recycling reduce waste reduction and environmental pressure; Can circular design principles be applied to the production of sustainable packaging materials for textiles to promote recycling and reuse.", + "output": "Hilature Ferre mill has been recycling textile materials since 1947, but it is in 2015 that the company officially launched itsRecover Upcycled Textile Systemfor open end high quality recycled yarns.Hilaturas Ferre collects and sorts textile waste resources from all over the planet, cutting and shredding them to produce new fiber to feed their industrial spinning process. The Recover yarns contain a consistent percentage of 50% recycled cotton, blended with other recycled material such as polyester from PET bottles.The high percentage of cotton means that the recycled yarn can be used in the production of high-end textiles, fit for the clothing industry. It also adresses the very high environmental pressure linked to virgin cotton production for the textile industry. Despite the market constraint of maintaining consistent quality and colours, the recycling process at the Ferre mill includes no water nor chemical dies.All products made out of Recover textiles can be recycled at the end of their lives, returning into the system for a new production loop.Watch the Recover video" + }, + { + "input": "What are the benefits of implementing green public procurement principles in urban development; How can resource efficiency be improved through the reuse of construction materials; What are the environmental implications of using recycled aggregates in road construction and maintenance.", + "output": "In Hamburg, green public procurement principles are included in the City's overarching procurement policy. Additional environmental contract requirements are imposed by the City.Hamburg has taken a significant step forward to encourage an increase of recycling rates in construction materials by establishing an online exchange for soil, debris and construction materials.Hamburg prescribes the use of a minimum 35% white aggregates in order to brighten road surfaces and to have a colder, deformation resistant road surface in summer. The high cost of these aggregate materials increased the incentive to recycle more than just base courses. A more careful consideration of the whole process of asphalt production was also triggered by recent dramatic increases in bitumen prices.The City allowed a group of private companies, who originally came up with the full recycling technology, to test its use on public roads owned by the City State. After the quality was then tested by Hamburg’s road construction authority, the City was reassured about the use of the 100% recycling process." + }, + { + "input": "How can smart magnetic separation technologies contribute to Resource Efficiency in plastic recycling; What are the benefits of using recycled PET materials in textile and carpet production; Can this innovative recycling process help reduce Waste Reduction and promote a more Circular Design in the plastics industry;", + "output": "Ioniqa is a company founded in 2009. It has developed a new chemical recycling process to re-use PET bottles, textiles and carpets indefinitely.Ioniqa uses a process of smart magnetic separation that turns any kind of PET plastic into high quality raw materials, from which new PET can be made. The recycled raw materials compete in both costs and quality with ‘virgin’ raw materials produced from crude oil. With this game changing innovation Ioniqa hopes to unleash no less than an industry transition.The Ioniqa brand intends to reduce the impact of fossil oils use offering the solution of being more independent of it." + }, + { + "input": "What are the benefits of implementing circular design in packaging production? How does recycling of packaging materials contribute to Resource Efficiency and Waste Reduction? Can smart waste management in cities be achieved through the development of new techniques and processes making recycling easier for citizens?", + "output": "In 2017, Ecoembes has launched its pioneering circular economy project in Europe; TheCircularLab, which will involve all phases of packaging: from creation, via ecodesign, up to the reintroduction of our products into the consumption cycle. Based in the La Rioja region, TheCircularLab aims to turn the region into a great centre for experimentation by enabling innovations to be tested on a real scale. Cities and municipalities will serve as testing ground for researching into concepts such as packaging of the future, smart waste management within smart cities, responsible consumption or the development of new techniques\/processes making recycling easier for citizens.TheCircularLab main lines of research include:1) the study of future packaging through ecodesign2) the development of solutions enabling citizens to recycle3) smart waste management and4) entrepreneurship.The CircularLab was established in close collaboration with the public authorities of the testing location and together with companies active in each of the fields of research." + }, + { + "input": "Resource Efficiency in asphalt production; What are the benefits of using bio-based rejuvenators in recycled asphalt; Can this circular design approach be scaled up for use in other infrastructure projects.", + "output": "The Port of Rotterdam Authority and the Municipality of Rotterdam partnered with KWS Infra and Arizona Chemical to deploy recycled asphalt.This recycled asphalt, developed by the two firms, can be restored up to its original specifications. A bio-based \"rejuvenator\", the raw material which is extracted from by-products of pine trees used in the paper industry, is used to make the asphalt useful again.  This type of recycled asphalt was used to construct the subbase, base course and surface layer of the paving of a bike lane in Rotterdam's Merwe-Vierhavens (M4H).This was the first time that completely recycled asphalt was utilized on its own. The utilization for the bike lane showcases the potentially for this type of asphalt to be used on its own, or associated with non-recycled asphalt." + }, + { + "input": "Resource Efficiency in pharmaceutical waste management; Waste Reduction strategies for unused medications; Recycling of unopened, unexpired pharmaceuticals in humanitarian and health NGOs.", + "output": "The municipal pharmacies of the city of Genoa, in partnership with the Associazione Gigi Ghirotti, organise the collection of unused pharmaceuticals to provide for the needs of those would otherwise struggle to afford them.Through this project, Genoa's eightFarmacie Comunalidistribute these reused pharmaceutical products, which must still be unopened, unexpired, and not thermolabile, to the cities humanitarian and health NGOs. Before they are distributed, all pharmaceuticals are further checked by the pharmacists.Pharmacies become collection points where local citizens can drop off pharmaceuticals they will not use. The main benefits of the activity:It reduces the consumption and wastage of pharmaceuticals, thus reducing both the economic and environmental costs of their production and their disposal.It allows health and humanitarian NGOs and the people that are assisted by them to not to have to buy expensive medication that they would have to partly or fully pay for.Finally, it will also reduce the expenses of the ItalianServizio Sanitario Nazionale(National Health Service) that covers parts of the costs of many of the pharmaceuticals concerned." + }, + { + "input": "What are the benefits of promoting buggy sharing in cities; How can circular design principles be applied to the development of sharing platforms for children's buggies; Can waste reduction strategies be implemented in the production and maintenance of the buggies to minimize environmental impact?", + "output": "If car sharing could be a success, so could buggy sharing!This thought led to Frank Verheijden championing the idea… and in 2014, Buggybooker started commercially sharing children's buggies.In the run up to this moment, they prepared by collaborating with the city of Leuven on thorough trials with a test buggy.Time is scarce and experiences are becoming more valuable and young people want to use the time they have as efficiently as possible, with as little hassle as possible.The starter package comprises 10 buggies. The buggies are rented out to cities and municipalities but there is also increasing interest from shopping malls, leisure and attraction parks. The respective managers can then rent out the buggies or offer them for free. In addition, the side panels for the buggies can also be rented out as advertising space." + }, + { + "input": "How can Resource Efficiency be improved in textile recycling through spectroscopy-based sorting; What are the benefits of implementing Circular Design principles in the textile industry; Can Reuse of synthetic textiles be increased through the development of innovative recycling technologies like NIR spectroscopy?", + "output": "IVL Swedish Environmental Research Institute is an investigation center that addresses environmental concerns by applied research and development in close collaboration with the industry (Avesta), combining interdisciplinary science and system thinking.IVL has developed a new technology and innovative method fullfilling some textile recycling industry critical needs. This new technology can detect different types of fibres, such as cotton, wool, viscose, polyester and acrylic by means of visual (VIS) and near-infrared (NIR) spectroscopy.This technology can bring about higher efficiency in textile sorting and collection and therefore, increased quality in resulting recycled products." + }, + { + "input": "What are the benefits of responsible waste management in reducing environmental pollution and human health risks; How can efficient recycling of hazardous materials like lead, cadmium, and mercury contribute to a Circular Economy; Can innovative partnerships between public institutions and private companies promote sustainable waste reduction and Resource Efficiency in communities.", + "output": "Lithuania Post is encouraging residents to pay special attention to waste batteries containing hazardous materials (lead, cadmium, mercury etc.) that may contaminate groundwater and damage the environment and human health.In cooperation with a private company, Lithuania Post made it possible for the residents to bring waste batteries to post offices and dispose of them in an ecological way. In post offices, residents can find special boxes for waste batteries disposal. The batteries are then collected and handed over for recycling to the company’s partner." + }, + { + "input": "How can resource efficiency be improved in work clothing supply chains to reduce waste and increase reuse; What are the benefits of implementing a recycling program for used work clothes in the mail delivery industry; Can circular design principles be applied to develop more sustainable and recycled work clothing for postal employees.", + "output": "Due to harsh weather conditions, working as a mail deliverer in Finland is very demanding. Thus work clothing must provide warmth, protection, safety and breathability to almost 17,000 Posti’s employees.Since spring 2016, the used work clothes are first sent to Posti’s recycling centre, where they are collected into larger batches and sorted. The reusable work clothing is sent to the work clothing supplier’s warehouse, where it is washed, repaired and marked with a bundle label. These work clothes are then returned to Posti from the moment a new work clothing order is placed by its employees. Otherwise Posti donates the remaining work clothing to non-profit organisations." + }, + { + "input": "What are the benefits of reusing bread in the production of fish feed in the context of a circular economy; How can resource efficiency be improved in fish farming through the recycling of bread; Can the use of algae in an integrated system contribute to waste reduction in the food industry.", + "output": "TheThau area permanent centre for environmental initiatives(centre permanent d’initiatives pour l’environnement - CPIE) wants to set up a sustainable and local fish farming industry, promoting the fight against food waste. The project objectives are to develop granulated food fish from circular economy with:reuse and recycling of bread,algae producing in integrated systemThe aim of this project is to produce quality food at affordable prices by raising public awareness of the fight against food waste and the concept of circular economy for local and sustainable consumption.After the first consultation phase, an experimental phase is under way to test the fish pellets with the various proportions of bread. Next an experimental phase in fish farm will test the adaptability of the project under actual farming conditions. In addition, a study of the dry bread baking industry will be performed to estimate the volume and existing value chains. Throughout the project, a cross-sectoral phase has been set up to train the different people involved in each of the targeted sectors, in order to raise awareness and sustain the project." + }, + { + "input": "Resource Efficiency in soil creation, Recycling of quarry tailings, Zero Waste in farmland production.", + "output": "SubsTer® is a geotechnical engineering process that recreates fertile ground from tailings. Itcan be used torecover unused materials and tocreate substitute farmland for crops or landscape without stripping soil from existing fields.SubsTer® produces substitute soil from quarry tailings and unsold production, leveraging unique expertise derived from both: a transfer of technology developed by INRA, CNRS and the University of Lorraine's Soil and Environment laboratory (UMR 1120) and a unique experience in The Middle East (UAE) to create soils in arid desertic areas to reduce water consumption.SubsTer® uses transmission electron microscopy to characterise soils in order to recreate living earth. This process regenerates soil by focussing its formulation activities on the micro-aggregation of mineral tailings with organic matter that has microbial potential suited to the needs of each deposit. This process yields healthy living land that has not been obtained by depleting farmland and is not of variable quality as often the case with brownfield land. SubsTer® land is provided with an agronomic certificate attesting to its quality and harmlessness." + }, + { + "input": "Resource Efficiency in data centers; Waste Reduction in server cooling systems; Circular Design for decentralized water heating and server rooms.", + "output": "Stimergy made two crucial observations: Firstly that 45% of energy needs of servers came from their cooling systems. Secondly that water heating was one of the main sources of energy consumption in public and residential buildings.By using a liquid cooling and heat recovery system in server rooms or by decentralising its servers in \"digital boilers\" located in residential and public buildings, Stimergy \"kills two birds with one stone\" by recycling heat from data servers to water heating systems.From the economic side, the server room technology improves the energy performance of the rooms therefore cutting operational costs. The costs of the decentralized option on the other hand are compensated by not needing to bear the costs of the cooling systems that server rooms require to operate.From the environmental side, the gain is even clearer. Neither, the energy that would have been used for the cooling system of the servers nor the energy that is saved by using the heat provided by Stimergy's \"digital boilers\" and server rooms is expended. This therefore greatly reduces the energetic consumption and therefore environmental impact of the servers and water heating systems." + }, + { + "input": "How can circular design principles be applied to the recycling process of copper and other metals at Aurubis to promote Resource Efficiency and Waste Reduction? What are the benefits of upcycling the by-products of copper production into valuable materials like zinc sulfate and lead carbonate? How cto contribute to a more circular economy in the production of zinc sulfate and other metal-based products, with a focus on Recycling and Material Recovery?", + "output": "Aurubis, an expert in multi-metal recycling, helps to close the loop for copper and other metals.At the Aurubis plant in Lünen (Germany), the company uses the Kayser-Recycling-System (KRS) to produce copper.During this process a zinc-containing filter dust occurs that also consists of other valuable metals like copper, tin and lead. This so-called “KRS oxide” is used as raw material at Grillo-Werke AG for the production of zinc sulfate.Zinc sulfate is used as a trace element carrier in the feeding and fertilizer industry. When producing zinc sulfate from KRS oxide, a residue remains that contains copper, tin and lead in an enriched form. This residue is returned into Aurubis’ production process. Beforehand, the by-product lead sulfate from the residue is converted into lead carbonate via a further partner of Aurubis, Jean Goldschmidt International SA (Belgium). Valuable metal resources are returned to the cycle. The environmentally friendly recycling ensures that none of these valuable metals becomes wasted.The cooperation between Grillo and Aurubis makes the value chain of KRS Oxide more efficient." + }, + { + "input": "Resource Efficiency strategies in industrial-scale bio- and circular economy parks; Waste Reduction opportunities in sewage water and biowaste recycling; Circular Design applications for transforming waste into biological nutrients and biogas in agriculture and construction.", + "output": "EC03 is an innovative, multidisciplinary industrial-scale, bio- and circular economy industrial park of 600 hectares.Based on the needs and ideas of cooperating companies, universities and public organizations, a new circular innovation ecosystem has been created and continuously developed. A waste recycling plant ‘digests’ materials from both sewage water and biowaste. This material is then turned into biological nutrients for food production, material for green infrastructure, biogas for vehicles and CHP production, and C02 for agricultural production in green houses. With thermal treatment, the waste-water sludge mixed with wood ash is refined as raw material for earthworks." + }, + { + "input": "What are the benefits of implementing waste pre-treatment before landfilling; How can resource efficiency be improved in municipal waste management; Can circular design principles be applied to reduce waste and increase recycling rates.", + "output": "In the district of Leoben about 12.300 tons of municipal waste were buried without any energy recovery until 2003. As a result, areas were polluted and abandoned. Since 2004 landfill regulations prescribe a pre-treatment of waste before landfilling. The district adopts a multiple approach to support both – recycling and thermal utilisation. Demolition and bulky waste are dismantled and used as a substitute fuel for energy production in the combustion plant of the paper mill in Niklasdorf. The resulting energy is equivalent to the heating value of approx. 4.2 million liters of heating oil per year. Lightweight packaging is sorted and used as a substitute fuel in the cement industry, while tree and shrub cut are crushed and used as structural material in composting plants. The separately collected bio waste from the Waste Management Association Leoben (approx. 3,500 tonnes annually) is processed and treated in an agriculture compost plant and used as fertilizer on farmland." + }, + { + "input": "Resource Efficiency in automotive recycling, What are the benefits of upcycling end-of-life vehicles, Recycling of vehicles: what is the impact on reducing waste and conserving natural resources;", + "output": "Renault and SUEZ (formely Sita France) partnered through their joint-venture INDRA to create a competitive end-of-life vehicle treatment program.Program that in 2016 recovered 355 000 end of life vehicles (35% market share). Its vehicle recycling program, which is comprised of a network of 350 end of life (EVL) dismantlers, manages to recycle and resell 95,40% of vehicle mass, thus providing cheaper materials for buyers and saves raw material that would be needed to fabricate a new part as well as some of the associated energetic costs. Thanks to its pooling capacity, INDRA can overcome supply bottlenecks that do afflict some parts of the recycling sector. This network also permits to benchmarks and share best practices inside the EVL dismantler's network." + }, + { + "input": "Resource Efficiency in secondary raw materials markets; How can Recycling of industrial waste streams enhance Circular Design in the production process; What are the benefits of Waste Reduction strategies in the development of secondary raw materials marketplaces?", + "output": "Marketplace Hub is an initiative of the World Business Council for Sustainable Development (WBCSD) to map secondary raw materials markets and industrial synergy networks worldwide. This initiative is centred around a website that enables interested businesses to easily search these markets and networks by location and particular materials.The primary aim of the Hub is to overcome one of the major challenges facing businesses wishing to explore \"circular economy\" solutions: the lack of information on sourceing or selling their secondary raw materials.Moreover, Marketplace Hub also aims to foster the further development of secondary raw material marketplaces and the circular economy model in general. This is why, in addition to its general listing of markets and synergies, the website features case studies of particularly successful marketplaces to showcase the potential of secondary raw material markets and to highlight good practices." + }, + { + "input": "Resource Efficiency in chemical production; Can Recycling of chemicals reduce waste in the chemical industry; How can Circular Design principles be applied to the chemical leasing model of Take Back Chemicals.", + "output": "Take Back Chemicalsis a Belgian & Dutch initiative to study the applicability of chemical leasing to chemical industry. This business model aims to increase the effectiveness of the use of chemicals as well as to reduce waste from chemical use. Chemicals, in this business model, once spent by a particular firm are then sent back to be \"regenerated\" so as to be used again in the same or a similar chemical process. Some advantages:A reduction of chemical inputs from outside sources, as the spent chemicals will be regenerated to be used again.The property rights of the chemicals are modified. Instead of selling virgin chemicals and re-buying spent chemicals, the company that produces\/distributes this chemical  leases the chemicals to the chemical user, who now pays for a service, i.e. the use of the chemical in its process. This creates an alignment of incentives: the volume of chemicals used is optimised by the producer who is granted access to the specific use of the chemical by the user. This alignment between producer and user leads to intensified partnership, with the aim of optimising the overall process." + }, + { + "input": "Resource Efficiency in electronic waste recycling; What is the impact of encouraging consumers to reuse and recycle their outdated devices on sustainable Resource Management?; Can Circular Design principles be applied to the development of innovative solutions for the efficient recovery of valuable materials from electronic waste?", + "output": "The lifecycle of our electric and electronic devices is constantly shortening, but reuse and recycling rates remain disappointingly low.  Binee, a German start up funded within the Booster call (star ups call) of EIT Rawmaterials in 2016, aims to encourage consumers to give their outdated devices a new life.Binee is a local in-store collection service to dispose of outdated electric and electronic appliances, currently mostly established in Leipzig and its surroundings. In addition to providing a responsible way of disposing of the appliances, the service rewards consumers with a discount for every returned device. The right mix of convenience (Binee boxes are available across the city), digital tracking, transparency and reward system, makes it an efficient approach to influence consumers' behaviour and maximise 'Urban mining' in EEEW.In June 2017 Binee received recognition by being named asExcellent Place in Germany - the Land of Ideas(\"Deutschland – Land der Ideen\") competition." + }, + { + "input": "Resource Efficiency in electronic waste recycling; What are the benefits of Upcycling in the automotive industry; Circular Design principles in construction waste management.", + "output": "Relight guarantees the collection and transport of waste in compliance with the Italian Waste Management Register for hazardous and non-hazardous waste. Almost 80 % of incoming waste is transported by Relight trucks. All collection and transport operations are managed to minimise the environmental impacts and to guarantee the possibility of recovery.Theappliances with cathode ray tube(TV and monitors) are manually disassembled and then treated with specialized machines, which use a sophisticated cutting system by diamond disks. This step allows the separation of the glass display from funnel glass, and the simultaneous intake of dangerous fluorescent powders contained in the cathode ray tube.Theappliances without CRT(small household appliances), are cleared from potentially hazardous components (such as cartridges and toner for printers and copiers). A special machine separates all the fractions (e.g. metals, plastics, circuit boards).Fluorescent tubes and CFL lamps, are properly sorted and treated in a special plant which separates the components (ferrous metals, non-ferrous metals, and glass)." + }, + { + "input": "Circular economy benefits of recycling fishing nets; How can resource efficiency be improved in the production of nylon; What is the impact of upcycling fishing nets on reducing waste in the ocean?", + "output": "Used nylon, mainly from the fishing industry, is reprocessed and turned into an innovative ecological material: the econyl. Used fishing nets are gathered and brought to the plant in Ajdovščina, Slovenia, where they are reprocessed and sold for further usage. The Econyl regeneration system recovers waste which would otherwise end up in landfills or oceans (fishing nets), causing serious damage to the entire ecosystem and can be regenerated an infinite number of times to produce new polymers with technical characteristics and quality equivalent to products obtained from fossil materials." + }, + { + "input": "Circular Design for gypsum waste treatment; Resource Efficiency in dismantling buildings to minimize waste; Recycling gypsum waste for close-loop recycling;", + "output": "The main objective of the GTOG project is to change the way gypsum based waste are treated. Despite the fact that a closed loop is possible, the reality is different. The GtoG project aims at transforming the European gypsum demolition waste market to achieve higher recycling rates of gypsum waste, thereby helping to achieve a resource efficient economy. Close loop recycling for gypsum products will only happen if:Dismantling practices are applied systematically (as a standard) instead of demolishing buildings;Sorting of waste is preferably done at source, avoiding mixed waste and contamination;Recycled gypsum will meet stringent specifications in order to be re-incoporated in the manufacturing process;The Project aims to turn waste into a resource for close loop recycling in accordance to the criteria set in Article 6 of the Waste Framework Directive. The GTOG innovative concept therefore includes an integration of the supply chain to achieve higher recycling rates of gypsum waste." + }, + { + "input": "Circular Economy Data Platform for Resource Efficiency; How can a centralized platform like ProSUM facilitate Waste Reduction in the EU Urban Mine; What are the benefits of a standardized inventory of waste streams for Circular Design and Recycling in the construction sector?", + "output": "Until now, the data on CRMs has been produced by a variety of institutions including government agencies, universities, NGOs and industry and lies scattered in different databases, formats and reports which is difficult to compare or aggregate.ProSUM, Latin for ‘I am useful’, will create an Information Network that allows partners in the network to provide and use data by the creation of an inventory of waste streams with a high potential to serve as a source of CRMs.This ground breaking project will produce the EU Urban Mine Knowledge Data Platform (EU-UMKDP) providing user friendly, seamless access to data and intelligence on mineral resources from extraction to end of life products with the ability to reference all spatial and non-spatial data. The link to primary mineral resources is provided through the existing EU Minerals Knowledge Data Platform. The project will be addressed to a wide range of end-users, including the recycling industry, producers and producer compliance schemes, and policy makers." + } +] \ No newline at end of file