Tuning strategies and structure effects of electrocatalysts for carbon dioxide reduction reaction

Carbon dioxide emissions have increased due to the consumption of fossil fuels, making neutralization and utilization CO2 a pressing issue. As clean efficient energy conversion process, electrocatalytic reduction can reduce carbon into series alcohols acidic organic molecules, which effectively realize transformation dioxide. This review focuses on tuning strategies structure effects catalysts for reaction (CO2RR). The active sites been reviewed from intrinsic external perspectives. CO2RR also discussed, such as tandem catalysis, synergistic confinement catalysis. We expect that this about provide guidance designing highly electrocatalysts.