The research aims to explore the effectiveness of CuZn alloy-supported Co3O4 as a catalyst for CO2 electroreduction, targeting selective formation of CO and alcohol.
Utilized CuZn alloy-supported Co3O4 as an electrocatalyst.
Conducted electrochemical reduction experiments focusing on CO2.
Analyzed product selectivity toward CO and alcohol.
Demonstrated significant enhancement in catalytic performance for CO and alcohol formation.
Achieved high selectivity rates for desired products, indicating favorable reaction pathways.
Abstract
Transition metal oxide-supported alloys offer a compelling route to overcome the efficiency stability trade-off in the electrochemical reduction of CO