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Start date: 29/09/2024 Fee status : UK Duration 4 years 1st Supervisor: Dr Mingming Zhu 2nd Supervisor: Dr Ali Nabavi Main Content of Advertisement Hydrogen and sustainable fuels will play a
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Bioenergetics and Protein Engineering Laboratory | Marseille, Provence Alpes Cote d Azur | France | about 1 month ago
Description Due to their amazing properties, redox enzymes are catalysts of choice to replace platinum in low-temperature fuel cells, and performances of bio-electrochemical devices have increased considerably
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Description The polymer electrolyte fuel cell, converting hydrogen to electricity, is a key technology for the green transition for transport as well as stationary applications. The anion exchange membrane fuel
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efficient fuel cells and fuel cell systems for the transport sector. Vehicles powered by fuel cells convert hydrogen completely emission-free except for the water produced. With more efficient fuel cells
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Doctoral student in development of novel catalysts for hydrogen fuelled alkaline membrane fuel cells
The polymer electrolyte fuel cell, converting hydrogen to electricity, is a key technology for the green transition for transport as well as stationary applications. The anion exchange membrane fuel
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Your Job: To further develop the high-temperature electrolysis and fuel cell technology (Solid Oxide Cell, SOC), you will take over management of the merged departments "Electrochemistry" and
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a Postdoc Research Associate (PDRA) to demonstrate the Fuel Cell (FC) system's role in decarbonisation missions. The post holder will practically and computationally demonstrate FC's performance in
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fuel cells have the highest efficiency of all available fuel cells. In order to eliminate existing restrictions of this technology, e.g. with regard to cycle stability and the still high production costs
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with this technology. Rather, when sustainable flights are desired, hydrogen can be employed combined with fuel cells. Having a dependable fuel cell system in UAS is paramount, especially in critical
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applications, our expertise is concentrated on the innovative fields of hydrogen technologies and fuel cell production. As part of this thesis, you will investigate the limitations of current sheet metal forming