Lin Longli holds a PhD in Engineering and is a Professor and Engineer, recognized as a dual-qualified (teaching and research) backbone faculty member. He is a provincial-level high-level innovative “Thousand-Level” talent, serves as a part-time academic master’s supervisor, and is also a part-time professor at Guizhou University of Technology. His professional background is distinguished by a rare combination of academic depth, industrial practice, and public-sector experience.

Dr. Lin has over 8 years of teaching experience in undergraduate institutions, 5 years in vocational colleges, 6 years of service in government agencies, and 4 years of enterprise experience, giving him a comprehensive understanding of education, policy, and industry needs. His teaching focuses on hydrogen energy and chemical safety technologies, and he has delivered a wide range of courses, including Safety Technology of Hazardous Chemicals, Safety Psychology, Chemical Unit Operation Safety Technology, Chemical Instrumentation and Automatic Control, Hydrogen Storage and Transportation, Hydrogen Energy Equipment Testing and Maintenance, and Electrical Engineering Technology.

His research centers on the preparation of catalytic and adsorption functional nanomaterials and their applications in pollution control and environmental analysis. He has presided over four provincial-level and four municipal-level research projects, participated in nearly ten additional projects, and completed multiple projects rated “excellent.” One research achievement received a first prize at the municipal and departmental level. He has published nearly 40 academic papers, holds 11 authorized patents, one software copyright, and has applied for three invention patents. Notably, he successfully developed an intelligent chloride detection device for hydrogen production via seawater electrolysis.

In technology transfer, his work on glycerin extraction, production, and industrial application has been successfully commercialized. He has facilitated the transfer of seven technologies, supported the development of more than ten new products, and secured one invention patent and four utility model patents, demonstrating strong capabilities in research commercialization and industry collaboration.