Datasets:

Seetha
/

visual_files

+ [{"": "0", "Id": "0", "Fullsentence": "sectorspecific requirements call for differentiated solutions to efficiently decarbonise the energy systemin combination with an extensive increase in the use of renewable energies and the goal of the austrian government to provide 100 of the national electricity consumption from renewable sources by 2030 decarbonisation through direct elec trification is the most efficient option for various applications", "Component": "sectorspecific requirements call", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "2", "Id": "0", "Fullsentence": "sectorspecific requirements call for differentiated solutions to efficiently decarbonise the energy systemin combination with an extensive increase in the use of renewable energies and the goal of the austrian government to provide 100 of the national electricity consumption from renewable sources by 2030 decarbonisation through direct elec trification is the most efficient option for various applications", "Component": "differentiated solutions to efficiently", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "3", "Id": "0", "Fullsentence": "sectorspecific requirements call for differentiated solutions to efficiently decarbonise the energy systemin combination with an extensive increase in the use of renewable energies and the goal of the austrian government to provide 100 of the national electricity consumption from renewable sources by 2030 decarbonisation through direct elec trification is the most efficient option for various applications", "Component": "de car", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "9", "Id": "0", "Fullsentence": "sectorspecific requirements call for differentiated solutions to efficiently decarbonise the energy systemin combination with an extensive increase in the use of renewable energies and the goal of the austrian government to provide 100 of the national electricity consumption from renewable sources by 2030 decarbonisation through direct elec trification is the most efficient option for various applications", "Component": "extensive increase in the use of renewable energies", "causeOrEffect": "cause", "Labellevel1": "Performance", "Labellevel2": "Unclassified"}, {"": "10", "Id": "0", "Fullsentence": "sectorspecific requirements call for differentiated solutions to efficiently decarbonise the energy systemin combination with an extensive increase in the use of renewable energies and the goal of the austrian government to provide 100 of the national electricity consumption from renewable sources by 2030 decarbonisation through direct elec trification is the most efficient option for various applications", "Component": "the goal of the austrian government to", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "11", "Id": "0", "Fullsentence": "sectorspecific requirements call for differentiated solutions to efficiently decarbonise the energy systemin combination with an extensive increase in the use of renewable energies and the goal of the austrian government to provide 100 of the national electricity consumption from renewable sources by 2030 decarbonisation through direct elec trification is the most efficient option for various applications", "Component": "provide 100 of the national electricity", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "14", "Id": "0", "Fullsentence": "sectorspecific requirements call for differentiated solutions to efficiently decarbonise the energy systemin combination with an extensive increase in the use of renewable energies and the goal of the austrian government to provide 100 of the national electricity consumption from renewable sources by 2030 decarbonisation through direct elec trification is the most efficient option for various applications", "Component": "renewable sources carbonisation through direct elec trification", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "16", "Id": "0", "Fullsentence": "sectorspecific requirements call for differentiated solutions to efficiently decarbonise the energy systemin combination with an extensive increase in the use of renewable energies and the goal of the austrian government to provide 100 of the national electricity consumption from renewable sources by 2030 decarbonisation through direct elec trification is the most efficient option for various applications", "Component": "is the most efficient option for various applications", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Society"}, {"": "17", "Id": "1", "Fullsentence": "additional measures to enhance energy efficiency and promote a circular economy shall further increase the decarbonisation potential of electrificationat the same time climateneutral hydrogen can be an important sustainable option for a secure energy supply in austria in the future", "Component": "measures to enhance energy efficiency", "causeOrEffect": "cause", "Labellevel1": "Performance", "Labellevel2": "Customers"}, {"": "18", "Id": "1", "Fullsentence": "additional measures to enhance energy efficiency and promote a circular economy shall further increase the decarbonisation potential of electrificationat the same time climateneutral hydrogen can be an important sustainable option for a secure energy supply in austria in the future", "Component": "increase the decarbonisation potential of electrification neutral", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "20", "Id": "1", "Fullsentence": "additional measures to enhance energy efficiency and promote a circular economy shall further increase the decarbonisation potential of electrificationat the same time climateneutral hydrogen can be an important sustainable option for a secure energy supply in austria in the future", "Component": "hydrogen can be an important sustainable option for a secure energy supply in austria in the future term phaseout of the use of fossil gas", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Investors"}, {"": "23", "Id": "2", "Fullsentence": "it can contribute to ensure the medium to longterm phaseout of the use of fossil gas and in doing so lead to an important reduction of dependency on imported fossil energyclimateneutral hydrogen can provide the key for decarbonisation especially in those sectors for which direct electrification is not a viable decarbonisation path due to technical and economical limitations or in which hydrogen is needed as feedstock", "Component": "important reduction of dependency on imported fossil energyclimateneutral hydrogen can provide the key for decarbonisation especially in those sectors for", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Unclassified"}, {"": "25", "Id": "2", "Fullsentence": "it can contribute to ensure the medium to longterm phaseout of the use of fossil gas and in doing so lead to an important reduction of dependency on imported fossil energyclimateneutral hydrogen can provide the key for decarbonisation especially in those sectors for which direct electrification is not a viable decarbonisation path due to technical and economical limitations or in which hydrogen is needed as feedstock", "Component": "not a viable decarbonisation path", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "27", "Id": "2", "Fullsentence": "it can contribute to ensure the medium to longterm phaseout of the use of fossil gas and in doing so lead to an important reduction of dependency on imported fossil energyclimateneutral hydrogen can provide the key for decarbonisation especially in those sectors for which direct electrification is not a viable decarbonisation path due to technical and economical limitations or in which hydrogen is needed as feedstock", "Component": "technical and economical limitations or in which hydrogen is needed as feedstock", "causeOrEffect": "cause", "Labellevel1": "Performance", "Labellevel2": "Society"}, {"": "28", "Id": "3", "Fullsentence": "furthermore functioning as an energy storage option hydrogen plays a funda mental role in enabling a completely renewable energy systemclimateneutral hydrogencompatibility with the goal of achieving climate neutrality is only ensured through the use of climateneutral hydrogen", "Component": "as an energy storage option hydrogen plays a funda mental role in", "causeOrEffect": "cause", "Labellevel1": "Performance", "Labellevel2": "Unclassified"}, {"": "29", "Id": "3", "Fullsentence": "furthermore functioning as an energy storage option hydrogen plays a funda mental role in enabling a completely renewable energy systemclimateneutral hydrogencompatibility with the goal of achieving climate neutrality is only ensured through the use of climateneutral hydrogen", "Component": "enabling a completely renewable energy systemclimateneutral hydrogencompatibility with the goal of achieving climate neutrality is only ensured through the use", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Society"}, {"": "30", "Id": "3", "Fullsentence": "furthermore functioning as an energy storage option hydrogen plays a funda mental role in enabling a completely renewable energy systemclimateneutral hydrogencompatibility with the goal of achieving climate neutrality is only ensured through the use of climateneutral hydrogen", "Component": "of climateneutral hydrogen", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "31", "Id": "4", "Fullsentence": "in the intermediate term it will remain a scarce and highquality energy carrier and must therefore be used efficiently through focused deploymentapart from renewable hydrogen climateneutral hydrogen also includes hydrogen which as soon as the corresponding technology is ready to be applied is produced from fossil gas through complete co2separation blue hydrogen or through pyrolysis turquoise hydrogen", "Component": "it will remain a scarce and highquality energy carrier", "causeOrEffect": "cause", "Labellevel1": "Performance", "Labellevel2": "Investors"}, {"": "33", "Id": "4", "Fullsentence": "in the intermediate term it will remain a scarce and highquality energy carrier and must therefore be used efficiently through focused deploymentapart from renewable hydrogen climateneutral hydrogen also includes hydrogen which as soon as the corresponding technology is ready to be applied is produced from fossil gas through complete co2separation blue hydrogen or through pyrolysis turquoise hydrogen", "Component": "used efficiently through focused deploymentapart from renewable hydrogen climateneutral hydrogen also includes hydrogen", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Investors"}, {"": "34", "Id": "4", "Fullsentence": "in the intermediate term it will remain a scarce and highquality energy carrier and must therefore be used efficiently through focused deploymentapart from renewable hydrogen climateneutral hydrogen also includes hydrogen which as soon as the corresponding technology is ready to be applied is produced from fossil gas through complete co2separation blue hydrogen or through pyrolysis turquoise hydrogen", "Component": "corresponding technology is ready to be applied is produced from fossil gas through complete", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Society"}, {"": "35", "Id": "4", "Fullsentence": "in the intermediate term it will remain a scarce and highquality energy carrier and must therefore be used efficiently through focused deploymentapart from renewable hydrogen climateneutral hydrogen also includes hydrogen which as soon as the corresponding technology is ready to be applied is produced from fossil gas through complete co2separation blue hydrogen or through pyrolysis turquoise hydrogen", "Component": "co2separ ation blue hydrogen or through", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "37", "Id": "4", "Fullsentence": "in the intermediate term it will remain a scarce and highquality energy carrier and must therefore be used efficiently through focused deploymentapart from renewable hydrogen climateneutral hydrogen also includes hydrogen which as soon as the corresponding technology is ready to be applied is produced from fossil gas through complete co2separation blue hydrogen or through pyrolysis turquoise hydrogen", "Component": "pyrolysis turquoise hydrogen", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "42", "Id": "5", "Fullsentence": "in this context it has to be emphasised that pink hydrogen from nuclear energy and blue hydrogen where the co2separation is done by means of nuclear energy are not sustainable and therefore do not constitute as climateneutral hydrogencurrently and for the decisive years of the market rampup two production pathways are especially relevant for the commercial production of renewable hydro gen electrolysis and the biogenic hydrogen production through biomassgasification 3 hydrogen strategy for austriaprocesses", "Component": "done by means of nuclear energy are not sustainable", "causeOrEffect": "cause", "Labellevel1": "Performance", "Labellevel2": "Investors"}, {"": "44", "Id": "5", "Fullsentence": "in this context it has to be emphasised that pink hydrogen from nuclear energy and blue hydrogen where the co2separation is done by means of nuclear energy are not sustainable and therefore do not constitute as climateneutral hydrogencurrently and for the decisive years of the market rampup two production pathways are especially relevant for the commercial production of renewable hydro gen electrolysis and the biogenic hydrogen production through biomassgasification 3 hydrogen strategy for austriaprocesses", "Component": "not constitute as climateneutral hydrogencurrent", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Unclassified"}, {"": "46", "Id": "5", "Fullsentence": "in this context it has to be emphasised that pink hydrogen from nuclear energy and blue hydrogen where the co2separation is done by means of nuclear energy are not sustainable and therefore do not constitute as climateneutral hydrogencurrently and for the decisive years of the market rampup two production pathways are especially relevant for the commercial production of renewable hydro gen electrolysis and the biogenic hydrogen production through biomassgasification 3 hydrogen strategy for austriaprocesses", "Component": "two production pathways are especially relevant for the commercial production of renewable hydro gen electrolysis and the biogenic hydrogen production through biomassgasification 3 hydrogen strategy for austriaprocesses", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Employees"}, {"": "49", "Id": "6", "Fullsentence": "therefore it is important to enable early investment decisions especially through the creation of a level playing field", "Component": "to enable early investment decisions", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Investors"}, {"": "50", "Id": "6", "Fullsentence": "therefore it is important to enable early investment decisions especially through the creation of a level playing field", "Component": "through the creation of a", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "54", "Id": "7", "Fullsentence": "electrolyser facilities can thus support grid stability and provide a balancing input to the electricity system", "Component": "electrolyser facilities", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "56", "Id": "7", "Fullsentence": "electrolyser facilities can thus support grid stability and provide a balancing input to the electricity system", "Component": "support grid stability", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "57", "Id": "7", "Fullsentence": "electrolyser facilities can thus support grid stability and provide a balancing input to the electricity system", "Component": "provide a balancing input to the electricity system", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Customers"}, {"": "60", "Id": "8", "Fullsentence": "furthermore hydrogen should be viewed in the systemic context of alternative decarbonisation strategies in terms of the most efficient use of energyfor selected applications in industry and in certain areas of mobility for which electrification is not a viable option climateneutral hydrogen as a gaseous energy car rier and feedstock is indispensable and offers the most direct path to decarbonisation", "Component": "de carbonisation strategies", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "62", "Id": "8", "Fullsentence": "furthermore hydrogen should be viewed in the systemic context of alternative decarbonisation strategies in terms of the most efficient use of energyfor selected applications in industry and in certain areas of mobility for which electrification is not a viable option climateneutral hydrogen as a gaseous energy car rier and feedstock is indispensable and offers the most direct path to decarbonisation", "Component": "the most efficient use of energyfor selected applications in industry", "causeOrEffect": "cause", "Labellevel1": "Performance", "Labellevel2": "Society"}, {"": "63", "Id": "8", "Fullsentence": "furthermore hydrogen should be viewed in the systemic context of alternative decarbonisation strategies in terms of the most efficient use of energyfor selected applications in industry and in certain areas of mobility for which electrification is not a viable option climateneutral hydrogen as a gaseous energy car rier and feedstock is indispensable and offers the most direct path to decarbonisation", "Component": "in certain areas of mobility", "causeOrEffect": "cause", "Labellevel1": "Performance", "Labellevel2": "Unclassified"}, {"": "64", "Id": "8", "Fullsentence": "furthermore hydrogen should be viewed in the systemic context of alternative decarbonisation strategies in terms of the most efficient use of energyfor selected applications in industry and in certain areas of mobility for which electrification is not a viable option climateneutral hydrogen as a gaseous energy car rier and feedstock is indispensable and offers the most direct path to decarbonisation", "Component": "not neutral hydrogen as a gaseous energy car rier", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "66", "Id": "8", "Fullsentence": "furthermore hydrogen should be viewed in the systemic context of alternative decarbonisation strategies in terms of the most efficient use of energyfor selected applications in industry and in certain areas of mobility for which electrification is not a viable option climateneutral hydrogen as a gaseous energy car rier and feedstock is indispensable and offers the most direct path to decarbonisation", "Component": "feeds tock", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "70", "Id": "8", "Fullsentence": "furthermore hydrogen should be viewed in the systemic context of alternative decarbonisation strategies in terms of the most efficient use of energyfor selected applications in industry and in certain areas of mobility for which electrification is not a viable option climateneutral hydrogen as a gaseous energy car rier and feedstock is indispensable and offers the most direct path to decarbonisation", "Component": "offers the most direct path to decarbonisation fu", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Customers"}, {"": "72", "Id": "9", "Fullsentence": "in the area of mobility especially on longhaul routes as well as for air and waterborne transport hydrogen and energy carriers made from hydrogen efuels can fully substi tute fossil fuelsthose hardtodecarbonise sectors are all characterised by their considerable energy demand", "Component": "can fully", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "73", "Id": "9", "Fullsentence": "in the area of mobility especially on longhaul routes as well as for air and waterborne transport hydrogen and energy carriers made from hydrogen efuels can fully substi tute fossil fuelsthose hardtodecarbonise sectors are all characterised by their considerable energy demand", "Component": "substi tute fossil fuels those hardtodecarbonise sectors are all characterised by their considerable energy", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "76", "Id": "10", "Fullsentence": " hydrogen strategy for austria 4hydrogen infrastructurethe key to an efficient and economic use of hydrogen is a targeted purposeappropriate transport of hydrogen to its respective applications", "Component": "hydrogen strategy for austria 4hydrogen", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "79", "Id": "10", "Fullsentence": " hydrogen strategy for austria 4hydrogen infrastructurethe key to an efficient and economic use of hydrogen is a targeted purposeappropriate transport of hydrogen to its respective applications", "Component": "and economic", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Society"}, {"": "83", "Id": "10", "Fullsentence": " hydrogen strategy for austria 4hydrogen infrastructurethe key to an efficient and economic use of hydrogen is a targeted purposeappropriate transport of hydrogen to its respective applications", "Component": "a targeted purposeappropriate transport of hydrogen", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "84", "Id": "10", "Fullsentence": " hydrogen strategy for austria 4hydrogen infrastructurethe key to an efficient and economic use of hydrogen is a targeted purposeappropriate transport of hydrogen to its respective applications", "Component": "to its respective applications", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "86", "Id": "11", "Fullsentence": "due to the demand for pure hydro gen in key application sectors blending hydrogen and natural gas is not a preferred and viable option", "Component": "demand for pure hydro gen in key application sectors", "causeOrEffect": "cause", "Labellevel1": "Performance", "Labellevel2": "Unclassified"}, {"": "87", "Id": "11", "Fullsentence": "due to the demand for pure hydro gen in key application sectors blending hydrogen and natural gas is not a preferred and viable option", "Component": "blending hydrogen and natural gas is not a preferred and viable option", "causeOrEffect": "effect", "Labellevel1": "Performance", "Labellevel2": "Employees"}, {"": "89", "Id": "12", "Fullsentence": "therefore embedding the austrian hydrogen strategy into a european and international hydrogen economy plays an important role", "Component": "embedding the austrian hydrogen strategy into a european and international hydrogen economy plays an important role", "causeOrEffect": "cause", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}, {"": "94", "Id": "13", "Fullsentence": "therefore strategic cooperation and partnerships with countries in and outside the european union will be enhanced", "Component": "partnerships with countries in and outside the european union", "causeOrEffect": "cause", "Labellevel1": "Performance", "Labellevel2": "Society"}, {"": "95", "Id": "13", "Fullsentence": "therefore strategic cooperation and partnerships with countries in and outside the european union will be enhanced", "Component": "be enhanced", "causeOrEffect": "effect", "Labellevel1": "Non-Performance", "Labellevel2": "Non-performance"}]