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electrochemical engineering. Beyond electro-organic synthesis, scientific activities include CO2 reduction and water splitting electrolysis, design and engineering of electrochemical reactors, redox flow batteries
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GDE and electrolyzer design. You will develop novel porous electrodes from scratch with perfect control over its porosity and composition. The further aim is to establish the critical reactor operating
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therefore conduct research to understand how battery design, operating conditions and redox chemistry affect performance and study the influence on lifetime. Within the research group ELCAT you will find
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electrolyzer design. The aim is to establish the critical reactor operating parameters (water supply, pulsing, etc.) to avoid salt deposition to a maximum and as such increase the durability of a typical zero