Introduction:

Name: Haofan Wang

Title: Associate Professor

E-mail: whf@scut.edu.cn

Personal homepage: https://www2.scut.edu.cn/cnn_ch/2023/0804/c16608a516089/page.htm

Supervisor: Master’s ＆ PhD Supervisor

Area: 

Electrocatalysis

Education:

2013.9–2018.7， Ph.D. in Chemical Engineering， Tsinghua University

2009.9–2013.7， B.E. in Chemical Engineering， Tsinghua University

Research interests:

(1) Development of catalytic materials for energy-related electrocatalytic reactions;

(2) Applications of electrocatalysts in high-performance energy conversion and storage systems.

Representative publications :

(1) Shao-Xin Mo， Hai-Liang Su， Jianhao Chen， Wei Liao， Yu Wang， Hongjuan Wang， Yonghai Cao， Hao Yu， Hao-Fan Wang*， Defect-Promoted Reductive Regeneration on Cobalt Catalysts Enables Efficient Dual-Pathway Hydrazine Electrooxidation， Angew. Chem. Int. Ed.， 2025， 64， e202514064.

(2) Hai-Liang Su， Wei Liao， Shao-Xin Mo， Hongjuan Wang， Yonghai Cao， Hao Yu， Hao-Fan Wang*， Decoupling Volmer and Tafel Steps via Dual-Site Interface Engineering in Ni/MoBTx for Efficient Hydrogen Electrocatalysis， Adv. Funct. Mater.， 2025， e18373.

(3) Hai Zhang， Tongyu Tang， Hao-Fan Wang*， Hongjuan Wang， Yonghai Cao， Hao Yu*， Topological Conversion of Nickel Foams to Monolithic Single-Atom Catalysts， Adv. Funct. Mater.， 2024， 34， 2312939.

(4) Wanli Liang， Zixuan Dan， Xiyu Gong， Jinchang Xu， Hongjuan Wang， Yonghai Cao， Hao Yu， Yanshuo Jin*， Hao-Fan Wang*， Activating Ni via heterostructure-induced electron deficiency and spatial intermediate coupling for enhanced alkaline HER/HOR， Appl. Catal. B， 2026， 383， 126069.

(5) Hong-Xiao Yang， Wenkang Xu， Pei-Wei Zhong， Dongliang Zhang， Zhiyang Yu， Bei Li， Hongjuan Wang， Yonghai Cao， Hao-Fan Wang*， Hao Yu*， Coupling NiFe alloy/LDH and Mo2CTx MXene for enhanced oxygen evolution， J. Energy Chem， 2025， 105， 121–129.