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CO2 Electroreduction
It remains challenging to increase the energy efficiency while maintaining long durability of catalysts for CO2 electroreduction to CO. In article number 2204637, Xin Wang, Ming Feng, Aiping Yu, Zhongwei Chen, and co‐workers demonstrate a dual‐scale delicate design of a non‐noble Sn–ZnO active interface inserted into nanopores of high‐surface‐area carbon nanospheres, through...
Electrochemical CO2 reduction to CO is a potential sustainable strategy for alleviating CO2 emission and producing valuable fuels. In the quest to resolve its current problems of low‐energy efficiency and insufficient durability, a dual‐scale design strategy is proposed by implanting a non‐noble active Sn–ZnO heterointerface inside the nanopores of high‐surface‐area carbon nanospheres (Sn–ZnO@HC)...
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