Joule Heating for Materials Manufacturing and Chemical Process
Using Joule heating, pulsed heating, and spatial temperature gradients to enable rapid, selective, and energy-efficient chemical transformations.
We develop advanced materials, chemical platforms, and electrified chemical processes to transform small molecules, renewable feedstocks, and waste resources into fuels, chemicals, and functional materials.
Using Joule heating, pulsed heating, and spatial temperature gradients to enable rapid, selective, and energy-efficient chemical transformations.
Developing catalysts and electrochemical systems for coupling carbon and nitrogen feedstocks into value-added products such as urea and amides.
By coupling PVC dechlorination with CO₂ activation under photocatalytic conditions, our research aims to produce value-added chemicals such as benzoic acid (C₆H₅COOH) and organic chloride (RCl).
Our group brings together researchers with backgrounds in catalysis, electrochemistry, materials chemistry, and sustainable chemical engineering.
Associate Professor
Frontier Science Center for Transformative Molecules, Shanghai Jiao Tong University
Ph.D., Jilin University, 2024
M.S., Shanghai University, 2023
M.S., University of Chinese Academy of Sciences, 2024
M.S., Beijing University of Technology, 2024
M.E., East China University of Science and Technology, 2025
M.S., The University of Queensland, 2024
M.S., Shanghai University, 2024



