I have long been dedicated to research related to controlling atmospheric pollutant emissions using catalytic methods. My expertise lies in combining DFT simulations and in-situ characterization techniques to describe macroscopic catalyst activity changes from a microscopic electronic perspective. Based on this, I regulate the electronic states of catalysts and design catalyst systems suitable for various application environments.

To date, I have published 17 SCI papers as the first author/corresponding author in top-tier environmental journals such as Nature Communications, Environmental Science & Technology, and Applied Catalysis B: Environmental (including 9 papers in the first quartile of the Chinese Academy of Sciences categories) as well as 1 Chinese EI paper. I have contributed to the publication of more than 50 papers, with a total citation count exceeding 2700 and an h-index of 31. I have been involved in the application of three invention patents, one of which has been granted. I have led four projects at the provincial and ministerial levels, two university-level projects, and one school-enterprise cooperation project. I have also played a significant role as a participant in two national key R&D programs and one Prime Minister's Fund project. Additionally, I have authored the sixth chapter of the book "Advanced Technologies and Engineering Applications for Multi-Pollutant Control in Industrial Flue Gas." I have received honors such as the Hongkong Scholar, Beijing Excellent Doctoral Dissertation (out of 123), and recognition as an outstanding doctoral graduate of Tsinghua University (top 3%).