Q3190036 (Q3190036): Difference between revisions
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(Changed an Item: Edited by the materialized bot - inferring region from the coordinates) |
(Created claim: summary (P836): METHANE AND ETHANE ARE THE TWO MAIN COMPONENTS OF NATURAL GAS, OF WHICH THE FIRST CAN AMOUNT TO UP TO 95 %. DESPITE THIS GREAT AVAILABILITY, THE PROCESSES TO CONVERT THESE SUBSTANCES INTO COMPOUNDS WITH ADDED VALUE ARE STILL SCARCE. THE MAIN USE OF METHANE IN THE CHEMICAL INDUSTRY IS RESTRICTED TO THE PRODUCTION OF SYNTHESIS GAS (MIXTURE OF CARBON MONOXIDE AND HYDROGEN), WHILE ETHANE IS MAINLY TRANSFORMED INTO ETHYLENE. THE OBJECTIVE OF THIS PRO...) |
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METHANE AND ETHANE ARE THE TWO MAIN COMPONENTS OF NATURAL GAS, OF WHICH THE FIRST CAN AMOUNT TO UP TO 95 %. DESPITE THIS GREAT AVAILABILITY, THE PROCESSES TO CONVERT THESE SUBSTANCES INTO COMPOUNDS WITH ADDED VALUE ARE STILL SCARCE. THE MAIN USE OF METHANE IN THE CHEMICAL INDUSTRY IS RESTRICTED TO THE PRODUCTION OF SYNTHESIS GAS (MIXTURE OF CARBON MONOXIDE AND HYDROGEN), WHILE ETHANE IS MAINLY TRANSFORMED INTO ETHYLENE. THE OBJECTIVE OF THIS PROJECT IS THE DEVELOPMENT OF CATALITIC SYSTEMS BASED ON TRANSITION METALS THAT ALLOW THE CONVERSION OF THESE MOLECULES DIRECTLY INTO OTHERS WITH GREATER ADDED VALUE, AND OF GREAT INDUSTRIAL IMPORTANCE: METHANOL AND ETHANOL, FROM DIRECT OXIDATION AND IN A SINGLE STEP OF METHANE AND ETHANE, RESPECTIVELY. IN A SECOND OBJECTIVE THE CONVERSION OF ETHANE INTO ETHYL ADIPADO IS PROPOSED BY DOUBLE FUNCIONALISATION OF ITS METHYL BONDS. THE CURRENT PRODUCTION OF METHANOL, ETHANOL AND ETHYL ADIPATE IS DONE THROUGH COMPLEX PROCESSES, WITH LOW ATOMIC ECONOMY AND PROCESSES FAR FROM BEING CONSIDERED FRIENDLY WITH THE ENVIRONMENT OR IN THE CONTEXT OF SUSTAINABLE CHEMISTRY, PARAMETERS THAT ARE CONTEMPLATED IN THE FRAMEWORK OF THIS PROPOSAL. (English) | |||||||||||||||
| Property / summary: METHANE AND ETHANE ARE THE TWO MAIN COMPONENTS OF NATURAL GAS, OF WHICH THE FIRST CAN AMOUNT TO UP TO 95 %. DESPITE THIS GREAT AVAILABILITY, THE PROCESSES TO CONVERT THESE SUBSTANCES INTO COMPOUNDS WITH ADDED VALUE ARE STILL SCARCE. THE MAIN USE OF METHANE IN THE CHEMICAL INDUSTRY IS RESTRICTED TO THE PRODUCTION OF SYNTHESIS GAS (MIXTURE OF CARBON MONOXIDE AND HYDROGEN), WHILE ETHANE IS MAINLY TRANSFORMED INTO ETHYLENE. THE OBJECTIVE OF THIS PROJECT IS THE DEVELOPMENT OF CATALITIC SYSTEMS BASED ON TRANSITION METALS THAT ALLOW THE CONVERSION OF THESE MOLECULES DIRECTLY INTO OTHERS WITH GREATER ADDED VALUE, AND OF GREAT INDUSTRIAL IMPORTANCE: METHANOL AND ETHANOL, FROM DIRECT OXIDATION AND IN A SINGLE STEP OF METHANE AND ETHANE, RESPECTIVELY. IN A SECOND OBJECTIVE THE CONVERSION OF ETHANE INTO ETHYL ADIPADO IS PROPOSED BY DOUBLE FUNCIONALISATION OF ITS METHYL BONDS. THE CURRENT PRODUCTION OF METHANOL, ETHANOL AND ETHYL ADIPATE IS DONE THROUGH COMPLEX PROCESSES, WITH LOW ATOMIC ECONOMY AND PROCESSES FAR FROM BEING CONSIDERED FRIENDLY WITH THE ENVIRONMENT OR IN THE CONTEXT OF SUSTAINABLE CHEMISTRY, PARAMETERS THAT ARE CONTEMPLATED IN THE FRAMEWORK OF THIS PROPOSAL. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: METHANE AND ETHANE ARE THE TWO MAIN COMPONENTS OF NATURAL GAS, OF WHICH THE FIRST CAN AMOUNT TO UP TO 95 %. DESPITE THIS GREAT AVAILABILITY, THE PROCESSES TO CONVERT THESE SUBSTANCES INTO COMPOUNDS WITH ADDED VALUE ARE STILL SCARCE. THE MAIN USE OF METHANE IN THE CHEMICAL INDUSTRY IS RESTRICTED TO THE PRODUCTION OF SYNTHESIS GAS (MIXTURE OF CARBON MONOXIDE AND HYDROGEN), WHILE ETHANE IS MAINLY TRANSFORMED INTO ETHYLENE. THE OBJECTIVE OF THIS PROJECT IS THE DEVELOPMENT OF CATALITIC SYSTEMS BASED ON TRANSITION METALS THAT ALLOW THE CONVERSION OF THESE MOLECULES DIRECTLY INTO OTHERS WITH GREATER ADDED VALUE, AND OF GREAT INDUSTRIAL IMPORTANCE: METHANOL AND ETHANOL, FROM DIRECT OXIDATION AND IN A SINGLE STEP OF METHANE AND ETHANE, RESPECTIVELY. IN A SECOND OBJECTIVE THE CONVERSION OF ETHANE INTO ETHYL ADIPADO IS PROPOSED BY DOUBLE FUNCIONALISATION OF ITS METHYL BONDS. THE CURRENT PRODUCTION OF METHANOL, ETHANOL AND ETHYL ADIPATE IS DONE THROUGH COMPLEX PROCESSES, WITH LOW ATOMIC ECONOMY AND PROCESSES FAR FROM BEING CONSIDERED FRIENDLY WITH THE ENVIRONMENT OR IN THE CONTEXT OF SUSTAINABLE CHEMISTRY, PARAMETERS THAT ARE CONTEMPLATED IN THE FRAMEWORK OF THIS PROPOSAL. (English) / qualifier | |||||||||||||||
point in time: 13 October 2021
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Revision as of 22:03, 12 October 2021
Project Q3190036 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | No label defined |
Project Q3190036 in Spain |
Statements
164,560.0 Euro
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205,700.0 Euro
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80.0 percent
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1 December 2016
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14 January 2019
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UNIVERSIDAD DE HUELVA
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37°15'27.32"N, 6°56'54.56"W
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21041
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METANO Y ETANO SON LOS DOS COMPONENTES PRINCIPALES DEL GAS NATURAL, DEL QUE EL PRIMERO PUEDE LLEGAR A SUPONER HASTA EL 95%. A PESAR DE ESTA GRAN DISPONIBILIDAD, LOS PROCESOS PARA CONVERTIR ESTAS MATERIAS SUSTANCIAS EN COMPUESTOS CON VALOR AÑADIDO SON TODAVIA ESCASOS. EL PRINCIPAL USO DEL METANO EN LA INDUSTRIA QUIMICA SE RESTRINGE A LA PRODUCCION DE GAS DE SINTESIS (MEZCLA DE MONOXIDO DE CARBONO E HIDROGENO), MIENTRAS QUE EL ETANO SE TRANSFORMA PRINCIPALMENTE EN ETILENO. EL OBJETIVO DE ESTE PROYECTO ES EL DESARROLLO DE SISTEMAS CATALITICOS BASADOS EN METALES DE TRANSICION QUE PERMITAN LA CONVERSION DE ESTAS MOLECULAS DE MANERA DIRECTA EN OTRAS CON UN MAYOR VALOR AÑADIDO, Y DE GRAN IMPORTANCIA INDUSTRIAL: METANOL Y ETANOL, A PARTIR DE LA OXIDACION DIRECTA Y EN UN SOLO PASO DE METANO Y ETANO, RESPECTIVAMENTE. EN UN SEGUNDO OBJTIVO SE PLANTEA LA CONVERSION DE ETANO EN ADIPADO DE ETILO MEDIANTE DOBLE FUNCIONALIZACION DE SUS ENLACES METILICOS. LA PRODUCCION ACTUAL DE METANOL, ETANOL Y ADIPATO DE ETILO SE REALIZA MEDIANTE PROCESOS COMPLEJOS, CON BAJA ECONOMIA ATOMICA Y MEDIANTE PROCESOS LEJOS DE SER CONSIDERADOS COMO AMISTOSOS CON EL MEDIO AMBIENTE O EN EL CONTEXTO DE LA QUIMICA SOSTENIBLE, PARAMETROS QUE SI SE CONTEMPLAN EN EL MARCO DE ESTA PROPUESTA. (Spanish)
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METHANE AND ETHANE ARE THE TWO MAIN COMPONENTS OF NATURAL GAS, OF WHICH THE FIRST CAN AMOUNT TO UP TO 95 %. DESPITE THIS GREAT AVAILABILITY, THE PROCESSES TO CONVERT THESE SUBSTANCES INTO COMPOUNDS WITH ADDED VALUE ARE STILL SCARCE. THE MAIN USE OF METHANE IN THE CHEMICAL INDUSTRY IS RESTRICTED TO THE PRODUCTION OF SYNTHESIS GAS (MIXTURE OF CARBON MONOXIDE AND HYDROGEN), WHILE ETHANE IS MAINLY TRANSFORMED INTO ETHYLENE. THE OBJECTIVE OF THIS PROJECT IS THE DEVELOPMENT OF CATALITIC SYSTEMS BASED ON TRANSITION METALS THAT ALLOW THE CONVERSION OF THESE MOLECULES DIRECTLY INTO OTHERS WITH GREATER ADDED VALUE, AND OF GREAT INDUSTRIAL IMPORTANCE: METHANOL AND ETHANOL, FROM DIRECT OXIDATION AND IN A SINGLE STEP OF METHANE AND ETHANE, RESPECTIVELY. IN A SECOND OBJECTIVE THE CONVERSION OF ETHANE INTO ETHYL ADIPADO IS PROPOSED BY DOUBLE FUNCIONALISATION OF ITS METHYL BONDS. THE CURRENT PRODUCTION OF METHANOL, ETHANOL AND ETHYL ADIPATE IS DONE THROUGH COMPLEX PROCESSES, WITH LOW ATOMIC ECONOMY AND PROCESSES FAR FROM BEING CONSIDERED FRIENDLY WITH THE ENVIRONMENT OR IN THE CONTEXT OF SUSTAINABLE CHEMISTRY, PARAMETERS THAT ARE CONTEMPLATED IN THE FRAMEWORK OF THIS PROPOSAL. (English)
13 October 2021
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Huelva
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Identifiers
CTQ2015-73693-JIN
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