For electrochemical CO2 conversion into fuels and chemicals to become viable component of future sustainable energy infrastructures, the development of catalysts that are active, selective, stable and inexpensive is required. In this talk I will discuss research efforts towards the discovery and development of new catalyst materials for electrochemical CO2 reduction. I will discuss the synthetic methods to prepare these materials, along with highlighting the structure-property-performance relationships established from electrochemical performance measurements and rigorous materials characterization, including operando characterization of the catalyst structure/properties under reaction conditions. An outlook on the state of the research field and future needs will also be discussed.

Development and understanding of nanomaterial catalysts for electrochemical CO2 conversion

ACS Fall 2021

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