Q3139131 (Q3139131): Difference between revisions
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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): ONE OF THE MAIN CHALLENGES OF TODAY’S SOCIETY IS THE CORRECT MANAGEMENT OF THE LARGE AMOUNT OF ORGANIC WASTE GENERATED BY HUMAN ACTIVITY. LIVESTOCK WASTE AND SEWAGE SLUDGE ARE TWO OF THE MOST ABUNDANT ORGANIC WASTE IN SPAIN. FOR LARGE SEWAGE PLANTS AND INTENSIVE LIVESTOCK FARMING AREAS, THE HIGH PRODUCTION VOLUMES IN VERY SPECIFIC AREAS CAUSE THE AGRICULTURAL MANAGEMENT OF THESE WASTES NOT TO BE ENVIRONMENTALLY SUSTAINABLE, SINCE IT WOULD GENERA...) |
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| Property / summary | |||||||||||||||
ONE OF THE MAIN CHALLENGES OF TODAY’S SOCIETY IS THE CORRECT MANAGEMENT OF THE LARGE AMOUNT OF ORGANIC WASTE GENERATED BY HUMAN ACTIVITY. LIVESTOCK WASTE AND SEWAGE SLUDGE ARE TWO OF THE MOST ABUNDANT ORGANIC WASTE IN SPAIN. FOR LARGE SEWAGE PLANTS AND INTENSIVE LIVESTOCK FARMING AREAS, THE HIGH PRODUCTION VOLUMES IN VERY SPECIFIC AREAS CAUSE THE AGRICULTURAL MANAGEMENT OF THESE WASTES NOT TO BE ENVIRONMENTALLY SUSTAINABLE, SINCE IT WOULD GENERATE POLLUTION OF WATER, SOIL AND THE ATMOSPHERE. IN THIS CASE, ANAEROBIC DIGESTION APPEARS AS A TREATMENT TECHNOLOGY THAT ALLOWS THE ENERGETIC USE OF ORGANIC WASTE BY OBTAINING BIOGAS. HOWEVER, IN ORDER FOR THIS TECHNOLOGY TO COMPLETELY SOLVE THE ENVIRONMENTAL PROBLEM ASSOCIATED WITH THE GENERATION OF THESE WASTES, IT IS NECESSARY TO CORRECTLY MANAGE THE DIGESTATE, BOTH SOLID FRACTION (FSD) AND LIQUID (FLD). THE MAIN CHALLENGES OF THE PROCESS OF ANAEROBIC DIGESTION OF SLUDGE AND SLURRY CAN BE SUMMARISED IN: LOWER THE COST OF BIOGAS CLEANING TREATMENTS AND NITROGEN REDUCTION TREATMENTS IN THE FLD, AS WELL AS OBTAIN A PRODUCT FROM FSD WITH HIGHER VALUE THAN THE FERTILISERS CURRENTLY OBTAINED. _x000D_ in this project is intended to be carried out by a solution, by means of procedures based on the TERMOQUIMIC TREATMENTS of the wastewater and slurry FSD, with an adsorbing capacity to redirect the agreement of ammonium in the FLD and/or to affect the cleaning of biogas, which Could REDUCTION THE GLOBAL COST OF THE INTEGRAL TREATMENT OF THE MEDIAN DIGESTION ANAEROBIA RESIDUTION, SUPPORTING ANVAILABLE FOR THE IMPLEMENTATION OF THIS TECHNOLOGY IN THIS SECTORS THIS ECONOMIC VIABILITY Is Currently Committed, as is the GANADER SECTOR._x000D_ A COMPATIVE STUDY PRELIMINATION OF TREATMENTS PROPONED IN THE PROJECT FOR SOLID OBTENTION, OXIDATIVE Pyrolysis, Pyrolysis WITH CHEMICAL ACTIVATION AND/OR FUNCIONALISATION WITH nitrogenous compounds, and hydrothermal carbonisation, ALL BASED IN Pyrolysis BUT WITH IMPORTANT MODIFICATIONS WITH CONVENTIONAL PROCESSING. WE WILL SELECT THOSE THAT ARE MORE INTERESTING TO CONTINUE WITH THEIR EVALUATION IN FUTURE WORKS AS POSSIBLE TREATMENTS THAT ALLOW THE INTEGRAL MANAGEMENT OF SLURRY AND SLURRY. Taking INTO ACCOUNT that the ultimate end of this project is to promote a medium-term sustainable system of integrated management of all and slurry, in the processes to be proposed, not only will the capacity of the requested solution be deterred from the FSD to receive ammonium, hydrogen SULFURO and CARBON DIOXID, if not also, the possible leaching of organic and METAL COMPOSES POSTED TO MATERIAL DICHO, as well as the Ownerships of the Produts, Liquid and Gasseous products, to be carried out in the process of pyrolysis, with the end of which they can be used for the possible use of them._x000D_ THE FINALITY OF THE PROJECT is in line with the SPANISH STRATEGY OF SCIENCE AND TECHNOLOGY AND INNOVATION AND INNOVATION AND ACCIONS OF THE HORIZON PROGRAMME 2020, agrees to the development of new technologies that permit the re-direction of wastes with great impact in the environment. (English) | |||||||||||||||
| Property / summary: ONE OF THE MAIN CHALLENGES OF TODAY’S SOCIETY IS THE CORRECT MANAGEMENT OF THE LARGE AMOUNT OF ORGANIC WASTE GENERATED BY HUMAN ACTIVITY. LIVESTOCK WASTE AND SEWAGE SLUDGE ARE TWO OF THE MOST ABUNDANT ORGANIC WASTE IN SPAIN. FOR LARGE SEWAGE PLANTS AND INTENSIVE LIVESTOCK FARMING AREAS, THE HIGH PRODUCTION VOLUMES IN VERY SPECIFIC AREAS CAUSE THE AGRICULTURAL MANAGEMENT OF THESE WASTES NOT TO BE ENVIRONMENTALLY SUSTAINABLE, SINCE IT WOULD GENERATE POLLUTION OF WATER, SOIL AND THE ATMOSPHERE. IN THIS CASE, ANAEROBIC DIGESTION APPEARS AS A TREATMENT TECHNOLOGY THAT ALLOWS THE ENERGETIC USE OF ORGANIC WASTE BY OBTAINING BIOGAS. HOWEVER, IN ORDER FOR THIS TECHNOLOGY TO COMPLETELY SOLVE THE ENVIRONMENTAL PROBLEM ASSOCIATED WITH THE GENERATION OF THESE WASTES, IT IS NECESSARY TO CORRECTLY MANAGE THE DIGESTATE, BOTH SOLID FRACTION (FSD) AND LIQUID (FLD). THE MAIN CHALLENGES OF THE PROCESS OF ANAEROBIC DIGESTION OF SLUDGE AND SLURRY CAN BE SUMMARISED IN: LOWER THE COST OF BIOGAS CLEANING TREATMENTS AND NITROGEN REDUCTION TREATMENTS IN THE FLD, AS WELL AS OBTAIN A PRODUCT FROM FSD WITH HIGHER VALUE THAN THE FERTILISERS CURRENTLY OBTAINED. _x000D_ in this project is intended to be carried out by a solution, by means of procedures based on the TERMOQUIMIC TREATMENTS of the wastewater and slurry FSD, with an adsorbing capacity to redirect the agreement of ammonium in the FLD and/or to affect the cleaning of biogas, which Could REDUCTION THE GLOBAL COST OF THE INTEGRAL TREATMENT OF THE MEDIAN DIGESTION ANAEROBIA RESIDUTION, SUPPORTING ANVAILABLE FOR THE IMPLEMENTATION OF THIS TECHNOLOGY IN THIS SECTORS THIS ECONOMIC VIABILITY Is Currently Committed, as is the GANADER SECTOR._x000D_ A COMPATIVE STUDY PRELIMINATION OF TREATMENTS PROPONED IN THE PROJECT FOR SOLID OBTENTION, OXIDATIVE Pyrolysis, Pyrolysis WITH CHEMICAL ACTIVATION AND/OR FUNCIONALISATION WITH nitrogenous compounds, and hydrothermal carbonisation, ALL BASED IN Pyrolysis BUT WITH IMPORTANT MODIFICATIONS WITH CONVENTIONAL PROCESSING. WE WILL SELECT THOSE THAT ARE MORE INTERESTING TO CONTINUE WITH THEIR EVALUATION IN FUTURE WORKS AS POSSIBLE TREATMENTS THAT ALLOW THE INTEGRAL MANAGEMENT OF SLURRY AND SLURRY. Taking INTO ACCOUNT that the ultimate end of this project is to promote a medium-term sustainable system of integrated management of all and slurry, in the processes to be proposed, not only will the capacity of the requested solution be deterred from the FSD to receive ammonium, hydrogen SULFURO and CARBON DIOXID, if not also, the possible leaching of organic and METAL COMPOSES POSTED TO MATERIAL DICHO, as well as the Ownerships of the Produts, Liquid and Gasseous products, to be carried out in the process of pyrolysis, with the end of which they can be used for the possible use of them._x000D_ THE FINALITY OF THE PROJECT is in line with the SPANISH STRATEGY OF SCIENCE AND TECHNOLOGY AND INNOVATION AND INNOVATION AND ACCIONS OF THE HORIZON PROGRAMME 2020, agrees to the development of new technologies that permit the re-direction of wastes with great impact in the environment. (English) / rank | |||||||||||||||
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| Property / summary: ONE OF THE MAIN CHALLENGES OF TODAY’S SOCIETY IS THE CORRECT MANAGEMENT OF THE LARGE AMOUNT OF ORGANIC WASTE GENERATED BY HUMAN ACTIVITY. LIVESTOCK WASTE AND SEWAGE SLUDGE ARE TWO OF THE MOST ABUNDANT ORGANIC WASTE IN SPAIN. FOR LARGE SEWAGE PLANTS AND INTENSIVE LIVESTOCK FARMING AREAS, THE HIGH PRODUCTION VOLUMES IN VERY SPECIFIC AREAS CAUSE THE AGRICULTURAL MANAGEMENT OF THESE WASTES NOT TO BE ENVIRONMENTALLY SUSTAINABLE, SINCE IT WOULD GENERATE POLLUTION OF WATER, SOIL AND THE ATMOSPHERE. IN THIS CASE, ANAEROBIC DIGESTION APPEARS AS A TREATMENT TECHNOLOGY THAT ALLOWS THE ENERGETIC USE OF ORGANIC WASTE BY OBTAINING BIOGAS. HOWEVER, IN ORDER FOR THIS TECHNOLOGY TO COMPLETELY SOLVE THE ENVIRONMENTAL PROBLEM ASSOCIATED WITH THE GENERATION OF THESE WASTES, IT IS NECESSARY TO CORRECTLY MANAGE THE DIGESTATE, BOTH SOLID FRACTION (FSD) AND LIQUID (FLD). THE MAIN CHALLENGES OF THE PROCESS OF ANAEROBIC DIGESTION OF SLUDGE AND SLURRY CAN BE SUMMARISED IN: LOWER THE COST OF BIOGAS CLEANING TREATMENTS AND NITROGEN REDUCTION TREATMENTS IN THE FLD, AS WELL AS OBTAIN A PRODUCT FROM FSD WITH HIGHER VALUE THAN THE FERTILISERS CURRENTLY OBTAINED. _x000D_ in this project is intended to be carried out by a solution, by means of procedures based on the TERMOQUIMIC TREATMENTS of the wastewater and slurry FSD, with an adsorbing capacity to redirect the agreement of ammonium in the FLD and/or to affect the cleaning of biogas, which Could REDUCTION THE GLOBAL COST OF THE INTEGRAL TREATMENT OF THE MEDIAN DIGESTION ANAEROBIA RESIDUTION, SUPPORTING ANVAILABLE FOR THE IMPLEMENTATION OF THIS TECHNOLOGY IN THIS SECTORS THIS ECONOMIC VIABILITY Is Currently Committed, as is the GANADER SECTOR._x000D_ A COMPATIVE STUDY PRELIMINATION OF TREATMENTS PROPONED IN THE PROJECT FOR SOLID OBTENTION, OXIDATIVE Pyrolysis, Pyrolysis WITH CHEMICAL ACTIVATION AND/OR FUNCIONALISATION WITH nitrogenous compounds, and hydrothermal carbonisation, ALL BASED IN Pyrolysis BUT WITH IMPORTANT MODIFICATIONS WITH CONVENTIONAL PROCESSING. WE WILL SELECT THOSE THAT ARE MORE INTERESTING TO CONTINUE WITH THEIR EVALUATION IN FUTURE WORKS AS POSSIBLE TREATMENTS THAT ALLOW THE INTEGRAL MANAGEMENT OF SLURRY AND SLURRY. Taking INTO ACCOUNT that the ultimate end of this project is to promote a medium-term sustainable system of integrated management of all and slurry, in the processes to be proposed, not only will the capacity of the requested solution be deterred from the FSD to receive ammonium, hydrogen SULFURO and CARBON DIOXID, if not also, the possible leaching of organic and METAL COMPOSES POSTED TO MATERIAL DICHO, as well as the Ownerships of the Produts, Liquid and Gasseous products, to be carried out in the process of pyrolysis, with the end of which they can be used for the possible use of them._x000D_ THE FINALITY OF THE PROJECT is in line with the SPANISH STRATEGY OF SCIENCE AND TECHNOLOGY AND INNOVATION AND INNOVATION AND ACCIONS OF THE HORIZON PROGRAMME 2020, agrees to the development of new technologies that permit the re-direction of wastes with great impact in the environment. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 13:23, 12 October 2021
Project Q3139131 in Spain
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3139131 in Spain |
Statements
128,260.0 Euro
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256,520.0 Euro
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50.0 percent
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30 December 2016
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29 December 2019
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UNIVERSIDAD DE ZARAGOZA
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41°39'7.67"N, 0°52'51.38"W
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50297
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UNO DE LOS PRINCIPALES RETOS DE LA SOCIEDAD ACTUAL ES LA CORRECTA GESTION DE LA GRAN CANTIDAD DE RESIDUOS ORGANICOS GENERADOS POR LA ACTIVIDAD HUMANA. LAS DEYECCIONES GANADERAS Y LOS LODOS DE DEPURADORA SON DOS DE LOS RESIDUOS ORGANICOS MAS ABUNDANTES EN ESPAÑA. PARA LAS GRANDES DEPURADORAS Y LAS ZONAS DE GANADERIA INTENSIVA, LOS ELEVADOS VOLUMENES DE PRODUCCION EN ZONAS MUY CONCRETAS PROVOCAN QUE LA GESTION AGRICOLA DE ESTOS RESIDUOS NO SEA MEDIOAMBIENTALMENTE SOSTENIBLE, PUESTO QUE GENERARIA CONTAMINACION DE LAS AGUAS, DEL SUELO Y DE LA ATMOSFERA. EN ESTE CASO, LA DIGESTION ANAEROBIA APARECE COMO UNA TECNOLOGIA DE TRATAMIENTO QUE PERMITE APROVECHAR ENERGETICAMENTE LOS RESIDUOS ORGANICOS MEDIANTE LA OBTENCION DE BIOGAS. SIN EMBARGO, PARA QUE ESTA TECNOLOGIA SOLUCIONE POR COMPLETO EL PROBLEMA MEDIOAMBIENTAL QUE CONLLEVA LA GENERACION DE ESTOS RESIDUOS ES NECESARIO GESTIONAR CORRECTAMENTE EL DIGESTATO, TANTO LA FRACCION SOLIDA (FSD) COMO LA LIQUIDA (FLD). LOS PRINCIPALES RETOS DEL PROCESO DE DIGESTION ANAEROBIA DE LODOS Y PURINES SE PUEDEN RESUMIR EN: ABARATAR EL COSTE DE LOS TRATAMIENTOS DE LIMPIEZA DE BIOGAS Y DE LOS TRATAMIENTOS DE REDUCCION DE NITROGENO EN LA FLD, ASI COMO OBTENER UN PRODUCTO A PARTIR DE LA FSD CON MAYOR VALOR QUE LOS ABONOS QUE SE OBTIENEN ACTUALMENTE. _x000D_ EN ESTE PROYECTO SE PRETENDE OBTENER UN SOLIDO, MEDIANTE PROCESOS BASADOS EN TRATAMIENTOS TERMOQUIMICOS DE LA FSD DE LODOS DE EDAR Y PURINES, CON SUFICIENTE CAPACIDAD ADSORBENTE PARA REDUCIR LA CONCENTRACION DE AMONIO EN LA FLD Y /O PARA CONTRIBUIR A LA LIMPIEZA DEL BIOGAS, LO QUE PODRIA REDUCIR EL COSTE GLOBAL DEL TRATAMIENTO INTEGRAL DEL RESIDUO MEDIANTE DIGESTION ANAEROBIA, SUPONIENDO UN AVANCE PARA LA IMPLEMENTACION DE ESTA TECNOLOGIA EN AQUELLOS SECTORES DONDE SU VIABILIDAD ECONOMICA ESTA ACTUALMENTE COMPROMETIDA, COMO ES EL SECTOR GANADERO._x000D_ SE LLEVARA A CABO UN ESTUDIO COMPARATIVO PRELIMINAR DE LOS TRATAMIENTOS QUE SE PROPONEN EN EL PROYECTO PARA LA OBTENCION DEL SOLIDO, PIROLISIS OXIDATIVA, PIROLISIS CON ACTIVACION QUIMICA Y/O FUNCIONALIZACION CON COMPUESTOS NITROGENADOS, Y CARBONIZACION HIDROTERMAL, TODOS ELLOS BASADOS EN PIROLISIS PERO CON IMPORTANTES MODIFICACIONES CON RESPECTO AL PROCESO CONVENCIONAL. SE SELECCIONARA AQUELLOS QUE SEAN MAS INTERESANTES PARA CONTINUAR CON SU EVALUACION EN TRABAJOS FUTUROS COMO POSIBLES TRATAMIENTOS QUE PERMITAN LA GESTION INTEGRAL DE LODOS Y PURINES. TENIENDO EN CUENTA QUE LA FINALIDAD ULTIMA DE ESTE PROYECTO ES PLANTEAR UN SISTEMA MEDIOAMBIENTALMENTE SOSTENIBLE DE GESTION INTEGRAL DE LODOS Y PURINES, EN LOS PROCESOS QUE SE PROPONEN, NO SOLO SE DETERMINARA LA CAPACIDAD DEL SOLIDO OBTENIDO A PARTIR DE LA FSD PARA RETENER AMONIO, SULFURO DE HIDROGENO Y DIOXIDO DE CARBONO, SINO TAMBIEN, LA POSIBLE LIXIVIACION DE COMPUESTOS ORGANICOS Y METALES PESADOS A PARTIR DE DICHO MATERIAL, ASI COMO LAS PROPIEDADES DEL RESTO DE PRODUCTOS, LIQUIDOS Y GASEOSOS, QUE SE OBTIENEN EN EL PROCESO DE PIROLISIS, CON EL FIN DE QUE SE PUEDAN PLANTEAR PARA ELLOS POSIBLES VIAS DE APROVECHAMIENTO._x000D_ LA FINALIDAD DEL PROYECTO SE ADECUA A LA ESTRATEGIA ESPAÑOLA DE CIENCIA Y TECNOLOGIA Y DE INNOVACION Y A LAS ACCIONES DEL PROGRAMA HORIZONTE 2020, CONCRETAMENTE CONTRIBUYE AL DESARROLLO DE NUEVAS TECNOLOGIAS QUE PERMITEN LA REDUCCION DE RESIDUOS CON GRAN IMPACTO EN EL MEDIOAMBIENTE. (Spanish)
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ONE OF THE MAIN CHALLENGES OF TODAY’S SOCIETY IS THE CORRECT MANAGEMENT OF THE LARGE AMOUNT OF ORGANIC WASTE GENERATED BY HUMAN ACTIVITY. LIVESTOCK WASTE AND SEWAGE SLUDGE ARE TWO OF THE MOST ABUNDANT ORGANIC WASTE IN SPAIN. FOR LARGE SEWAGE PLANTS AND INTENSIVE LIVESTOCK FARMING AREAS, THE HIGH PRODUCTION VOLUMES IN VERY SPECIFIC AREAS CAUSE THE AGRICULTURAL MANAGEMENT OF THESE WASTES NOT TO BE ENVIRONMENTALLY SUSTAINABLE, SINCE IT WOULD GENERATE POLLUTION OF WATER, SOIL AND THE ATMOSPHERE. IN THIS CASE, ANAEROBIC DIGESTION APPEARS AS A TREATMENT TECHNOLOGY THAT ALLOWS THE ENERGETIC USE OF ORGANIC WASTE BY OBTAINING BIOGAS. HOWEVER, IN ORDER FOR THIS TECHNOLOGY TO COMPLETELY SOLVE THE ENVIRONMENTAL PROBLEM ASSOCIATED WITH THE GENERATION OF THESE WASTES, IT IS NECESSARY TO CORRECTLY MANAGE THE DIGESTATE, BOTH SOLID FRACTION (FSD) AND LIQUID (FLD). THE MAIN CHALLENGES OF THE PROCESS OF ANAEROBIC DIGESTION OF SLUDGE AND SLURRY CAN BE SUMMARISED IN: LOWER THE COST OF BIOGAS CLEANING TREATMENTS AND NITROGEN REDUCTION TREATMENTS IN THE FLD, AS WELL AS OBTAIN A PRODUCT FROM FSD WITH HIGHER VALUE THAN THE FERTILISERS CURRENTLY OBTAINED. _x000D_ in this project is intended to be carried out by a solution, by means of procedures based on the TERMOQUIMIC TREATMENTS of the wastewater and slurry FSD, with an adsorbing capacity to redirect the agreement of ammonium in the FLD and/or to affect the cleaning of biogas, which Could REDUCTION THE GLOBAL COST OF THE INTEGRAL TREATMENT OF THE MEDIAN DIGESTION ANAEROBIA RESIDUTION, SUPPORTING ANVAILABLE FOR THE IMPLEMENTATION OF THIS TECHNOLOGY IN THIS SECTORS THIS ECONOMIC VIABILITY Is Currently Committed, as is the GANADER SECTOR._x000D_ A COMPATIVE STUDY PRELIMINATION OF TREATMENTS PROPONED IN THE PROJECT FOR SOLID OBTENTION, OXIDATIVE Pyrolysis, Pyrolysis WITH CHEMICAL ACTIVATION AND/OR FUNCIONALISATION WITH nitrogenous compounds, and hydrothermal carbonisation, ALL BASED IN Pyrolysis BUT WITH IMPORTANT MODIFICATIONS WITH CONVENTIONAL PROCESSING. WE WILL SELECT THOSE THAT ARE MORE INTERESTING TO CONTINUE WITH THEIR EVALUATION IN FUTURE WORKS AS POSSIBLE TREATMENTS THAT ALLOW THE INTEGRAL MANAGEMENT OF SLURRY AND SLURRY. Taking INTO ACCOUNT that the ultimate end of this project is to promote a medium-term sustainable system of integrated management of all and slurry, in the processes to be proposed, not only will the capacity of the requested solution be deterred from the FSD to receive ammonium, hydrogen SULFURO and CARBON DIOXID, if not also, the possible leaching of organic and METAL COMPOSES POSTED TO MATERIAL DICHO, as well as the Ownerships of the Produts, Liquid and Gasseous products, to be carried out in the process of pyrolysis, with the end of which they can be used for the possible use of them._x000D_ THE FINALITY OF THE PROJECT is in line with the SPANISH STRATEGY OF SCIENCE AND TECHNOLOGY AND INNOVATION AND INNOVATION AND ACCIONS OF THE HORIZON PROGRAMME 2020, agrees to the development of new technologies that permit the re-direction of wastes with great impact in the environment. (English)
12 October 2021
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Zaragoza
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Identifiers
CTQ2016-76419-R
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