Fundación Fundecyt-pctex. Procesos Selectivos. (2025080192)
Anuncio de 5 de febrero de 2025 sobre bases de convocatoria y oferta (Proyecto ALCHEMHY).
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Cualquier dato, sea personal o no, ya está disponible en internet y con acceso público antes de estar en Zahoribo. Si lo ves aquí primero es simple casualidad.
No ocultamos, cambiamos o tergiversamos la información, simplemente somos un altavoz organizado de los boletines oficiales de España.
NÚMERO 29
7756
Miércoles 12 de febrero de 2025
Contact information for sending
requests
FUNDECYT-PCTEX (Science and Technology Park Building), Avda. de la Investigación, s/n, PCTEX Building, Campus of the University of Extremadura – 06006
Badajoz (Spain)
Email: ciiae.personal@fundecyt-pctex.es Phone: +34 927 690 042 Ext. 107
www.fundecyt-pctex.es
www.ciiae.org
Estimated start date:
April 2025
Waiting list
Yes, according to the regulations of points 9 and 10 of the Call Bases.
Conditions and requirements for applicants:
Probation:
2 MONTHS
Those established in point 4 of the Call Bases
President: José Luis Canito Lobo
Secretary and member: Lucia Cordon Masero
Members of the selection body:
Member: David Parra Mendoza
Member: Blanca I. Arias Serrano
Member: Juan Maria Gonzalez Carballo
Tasks to be developed:
The chemical industry is a major energy consumer (10% of global energy) and greenhouse gas emitter (7% of emissions), mainly due to the use
of fossil feedstocks. To achieve net-zero emissions targets by 2050, CO2
emissions must be reduced by 18% by 2030. Platform chemicals, vital
for secondary and finished products such as ammonia and methanol, are
highly dependent on hydrogen, which is currently mainly obtained using
fossil feedstocks. Ammonia production using the Bosch Haber process
emits 1.8% of global emissions due to the 95% hydrogen coming from
carbon-based feedstocks obtained through energy-intensive steam methane reforming (SMR). Methanol, mainly produced from natural gas or coal
gasification, is also largely based on fossil fuels and is used in various
chemical processes, contributing to emissions. The integration of green
hydrogen is therefore crucial to enable the decarbonisation of these processes as set out in the Processes4Planet strategic research and innovation agenda.
ALCHEMHY project aims to support the decarbonisation of the chemical
industry by demonstrating four sustainable and cost-effective pathways to
produce ammonia and methanol using hydrogen as feedstock.
The successful candidate is expected to perform the following tasks:
-R
esearch activities related to at least one of the following CIIAE activities
in the ALCHEMHY project:
-A
ctivity I (work packages 2 and 5) - review of the state of the art,
synthesis and characterization of materials and cells for the electrochemical production of ammonia in solid oxide cells;
7756
Miércoles 12 de febrero de 2025
Contact information for sending
requests
FUNDECYT-PCTEX (Science and Technology Park Building), Avda. de la Investigación, s/n, PCTEX Building, Campus of the University of Extremadura – 06006
Badajoz (Spain)
Email: ciiae.personal@fundecyt-pctex.es Phone: +34 927 690 042 Ext. 107
www.fundecyt-pctex.es
www.ciiae.org
Estimated start date:
April 2025
Waiting list
Yes, according to the regulations of points 9 and 10 of the Call Bases.
Conditions and requirements for applicants:
Probation:
2 MONTHS
Those established in point 4 of the Call Bases
President: José Luis Canito Lobo
Secretary and member: Lucia Cordon Masero
Members of the selection body:
Member: David Parra Mendoza
Member: Blanca I. Arias Serrano
Member: Juan Maria Gonzalez Carballo
Tasks to be developed:
The chemical industry is a major energy consumer (10% of global energy) and greenhouse gas emitter (7% of emissions), mainly due to the use
of fossil feedstocks. To achieve net-zero emissions targets by 2050, CO2
emissions must be reduced by 18% by 2030. Platform chemicals, vital
for secondary and finished products such as ammonia and methanol, are
highly dependent on hydrogen, which is currently mainly obtained using
fossil feedstocks. Ammonia production using the Bosch Haber process
emits 1.8% of global emissions due to the 95% hydrogen coming from
carbon-based feedstocks obtained through energy-intensive steam methane reforming (SMR). Methanol, mainly produced from natural gas or coal
gasification, is also largely based on fossil fuels and is used in various
chemical processes, contributing to emissions. The integration of green
hydrogen is therefore crucial to enable the decarbonisation of these processes as set out in the Processes4Planet strategic research and innovation agenda.
ALCHEMHY project aims to support the decarbonisation of the chemical
industry by demonstrating four sustainable and cost-effective pathways to
produce ammonia and methanol using hydrogen as feedstock.
The successful candidate is expected to perform the following tasks:
-R
esearch activities related to at least one of the following CIIAE activities
in the ALCHEMHY project:
-A
ctivity I (work packages 2 and 5) - review of the state of the art,
synthesis and characterization of materials and cells for the electrochemical production of ammonia in solid oxide cells;
