Huiyuan Zhu

Huiyuan Zhu is an Associate Professor of Chemistry (with a courtesy appointment in Chemical Engineering) at Virginia Tech. He leads the Nano Energy and Environmental Catalysis Lab, focused on designing nanomaterials for energy conversion and environmental catalysis. His research emphasizes understanding atomic-scale structure-property relationships in catalysts for CO2 conversion, nitrogen cycling, and heterogeneous reactions.

Education: B.Sc. in Chemistry from the University of Science and Technology of China (2009), Ph.D. in Chemistry from Brown University (2014).

Research interests include: (1) Developing atomically precise nanocrystals and 2D materials for catalytic applications, (2) Breaking adsorption-energy scaling limitations in electrocatalysis, (3) Sustainable strategies for CO2 and nitrogen utilization. Key focus areas are electrochemical CO2 reduction, ammonia synthesis from nitrate, and acetylene semi-hydrogenation.

Notable achievements include入选the 2021 Class of Influential Researchers in The Americas. His work bridges experimental catalysis with computational insights, leveraging machine learning and first-principles modeling to optimize catalyst design.

Currently explores structural evolution of catalysts under reaction conditions, electrolyte-catalyst interactions, and scalable synthesis methods for advanced materials. Active in developing core-shell nanocrystals and intermetallic alloy systems for enhanced catalytic performance.