Redox catalytic device for chemical production
and environmental remediation 

Electromicrobial reduction of CO2 to valuable chemicals

Electrochemistry stands as a pioneering field at the forefront of tackling crucial societal challenges across diverse areas. Electrochemical platforms have been widely demonstrated to reduce CO2 to chemicals (e.g., CO, CH4, C2H4, and CH3OH). However, because of the complicated mechanisms of CO2 reduction, electrochemical materials themselves cannot produce complex and valuable compounds. Microbiology

Related publications:

(1) Nature Catalysis 7(9), 977-986 (2024) [Link]

(2) Trends in Chemistry 5(2), 133-146 (2023) [Link]

(3) Journal of Materials Chemistry A 8(17), 8496-8502 (2020) [Link]

(4) Angewandte Chemie International Edition 57(42), 13825-13828 (2018) [Link]

Electrochemical conversion of wastes

Electrochemistry stands as a pioneering field at the forefront of tackling crucial societal challenges across diverse areas.

Related publications:

(1) Nature Synthesis 1(10), 776-786 (2022) [Link]

(2) ACS Applied Materials & Interfaces 14(9), 11465-11473 (2022) [Link]