Oberhausen
Germany
Fraunhofer UMSICHT - Fraunhofer Institute for Environmental, Safety and Energy Technology
Boosting the Overall Electrochemical Water Splitting Performance of Pentlandites Through Non-Metallic Heteroatom Incorporation&Nbsp;
Transition metal-rich sulfides, pentlandites, heteroatom doping, bifunctional inorganic electrodes, water oxidation, hydrogen production
CO2 electrolysis, zero-gap electrolyzers, molecular electrocatalysts, BIAN, silver
CO2 electroreduction, water management, zero-gap electrolysis, CO2-humidification, GDE compression, carbon utilization, electrolyzer, polymer electrolyte, membrane-electrode-assembly, operational parameter
electrode architecture, electrocatalytic valorization, reactor development, electrochemical hydrogenation, mass transport regulation, industrial applicability, continuous flow, concentrated substrate feeds, substrate diffusion electrode, triple phase boundary
