Abstract
AbstractPrimary challenges in electrochemical CO2 reduction lie with its product selectivity and competitive hydrogen evolution reaction (HER). Therefore, selective CO2 reduction with less hydrogen evolution or without any hydrogen evolution is very essential for industrial interests. In this study, we report a selective electrochemical CO2 reduction at a boron‐doped diamond electrode modified with Cu nanoparticles in ionic liquid. In addition to the improved product selectivity, control of the competitive HER was also achieved in this work.
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