Our research projects are based on the principles of energy chemistry and ideas of process coupling and intensification, with a focus on the energy catalysis, waste carbon resources valorization, energy storage, environmental remediation, and imprinting 2D topological structures.

We propose a novel concept of organized assembly for multi-dimensional and multi-functional energy materials, develop a new method for directional assembly of multi-scale energy materials, and achieve significant research advancements in the efficient and cost-effective production of green hydrogen through coupled oxidation during electrolytic water splitting.