Publications by authors named "Isabell Bagemihl"
Article Synopsis
- The electrochemical conversion of captured CO has the potential to enhance the carbon cycle and support energy transitions.
- Research is now focused on optimizing electrolyser designs for industrial use, but many analyses overlook the interdependencies between key performance metrics.
- A new multiscale model highlights these interdependencies, suggesting that optimal operating conditions for economic efficiency may require lower current densities than previously thought, emphasizing the importance of such models in improving CO electrolysis systems.
Electrochemical Reduction of CO in Tubular Flow Cells under Gas-Liquid Taylor Flow.
ACS Sustain Chem Eng
September 2022
Electrochemical reduction of CO using renewable energy is a promising avenue for sustainable production of bulk chemicals. However, CO electrolysis in aqueous systems is severely limited by mass transfer, leading to low reactor performance insufficient for industrial application. This paper shows that structured reactors operated under gas-liquid Taylor flow can overcome these limitations and significantly improve the reactor performance.
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