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%) doctoral scholarship holder in the field of (flow) batteries and electrochemical engineering for research group ELCAT The focus within the group is on electrochemical processes for power-to-x-to-power
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largely covered by 5 key activities: (1) electrochemical CO2 conversion; (2) green hydrogen production; (3) redox-flow batteries; (4) power-to-chemicals and (5) electrochemical reactor engineering. The
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and sustainable alternatives. The research falls mainly under 5 key activities: (1) electrochemical CO2 conversion; (2) green hydrogen production; (3) redox flow batteries; (4) power to chemicals; and
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) electrochemical CO2 conversion; (2) green hydrogen production; (3) redox-flow batteries; (4) power-to-chemicals and (5) electrochemical reactor engineering. The research group ELCAT in the Faculty of Applied
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conversion; (2) green hydrogen production; (3) redox flow batteries; (4) power to chemicals; and (5) reactor design for electrochemical purposes. Position You will work actively on the preparation and defence