UV-IR spectroscopic system for the in-situ study of the reaction mechanism in photocatalytic processes for clean energy production and environmental protection. (Q3160751): Difference between revisions
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UV-IR spectroscopic system for the in-situ study of the reaction mechanism in photocatalytic processes for clean energy production and environmental protection. | |||
Revision as of 02:52, 9 October 2021
Project Q3160751 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | UV-IR spectroscopic system for the in-situ study of the reaction mechanism in photocatalytic processes for clean energy production and environmental protection. |
Project Q3160751 in Spain |
Statements
166,536.0 Euro
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208,170.0 Euro
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80.0 percent
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1 January 2018
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31 December 2020
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UNIVERSIDAD DE CADIZ
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11028
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Se propone la adquisición de un espectrofotómetro de alta prestaciones que permita elucidar los procesos involucrados en reacciones fotocatalíticas relacionadas con la producción limpia de energía y la protección del medio ambiente. Hay que destacar que esta línea de investigación está alineada con los retos propuestos tanto a nivel autonómico como nacional y europeo. El equipo propuesto dotaría al Instituto de Microscopía Electrónica y Materiales de una infraestructura singular a nivel andaluz y español, puesto que no existen equipos que permitan realizar medidas en condiciones de reacción mientras se mide la actividad fotocatalítica. Esta información es imprescindible para identificar los procesos que reducen la eficiencia de los fotocatalizadores y determinar las configuraciones más efectivas. (Spanish)
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It is proposed the acquisition of a high performance spectrophotometer that would allow to elucidate the processes involved in photocatalytic reactions related to the clean production of energy and the protection of the environment. It should be pointed out that this line of research is aligned with the challenges proposed at the regional, national and European levels. This equipment would provide to the Institute of Electron Microscopy and Materials (IMEYMAT) at the University of Cadiz with a unique infrastructure at the Andalusian and Spanish level, since there are no equipment that can perform measurements under reaction conditions while the photocatalytic activity is obtained. This information is essential to identify the processes that reduce the efficiency of photocatalysts and determine the most effective catalysts configurations. (English)
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Puerto Real
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Identifiers
EQC2018-004650-P
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