Prof . Zhang Weidong, Beijing University of Chemical Technology, China.
Professor Zhang Weidong is a distinguished researcher at Beijing University of Chemical Technology, specializing in membrane separation processes, fine chemical production, and CO₂ capture and utilization. He holds dual Bachelor’s Degrees in Chemical Engineering and Environmental Engineering and a Ph.D. in Chemical Engineering from Tsinghua University, China. His expertise extends internationally, having been a Postdoctoral Fellow in Chemical Systems Engineering at the University of Tokyo, Japan. With 111 published papers (66 indexed by SCI) and 20 patents, he has significantly contributed to chemical technology advancements. His pioneering work has earned him prestigious State Science and Technology Awards. 
Publivation Profiles
Education and Experience
Dual Bachelor’s Degrees in Chemical Engineering & Environmental Engineering, Tsinghua University 
Ph.D. in Chemical Engineering, Tsinghua University 
Postdoctoral Fellow, Chemical Systems Engineering, University of Tokyo, Japan 
Professor, Beijing University of Chemical Technology 
Expert in Membrane Separation, Fine Chemicals, and CO₂ Utilization 
Suitability summary
Professor Zhang Weidong of Beijing University of Chemical Technology is a distinguished researcher in membrane separation processes, fine chemical production, and CO₂ capture and utilization. With over 111 published research papers, 20 patents, and several prestigious awards—including the Second-Class Prize of the State Technological Innovation Award—his contributions to chemical engineering have been groundbreaking. His pioneering work in polymer inclusion membranes (PIM) for high-purity hydroxylamine (HA) separation and hollow fiber renewal liquid membranes exemplifies his expertise and innovation. These outstanding contributions make him a deserving recipient of the Best Researcher Award.
Professional Development
Professor Zhang Weidong has made remarkable contributions to chemical engineering, particularly in membrane science and separation processes. His extensive research has led to 20 patents, six published books, and 111 research papers (66 indexed by SCI). He has played a vital role in 23 industry-sponsored projects and 25 research projects, driving innovation in membrane technologies and CO₂ capture. As an editorial board member of leading journals, he influences academic discourse in membrane science. He is actively involved in Beijing Membrane Society, Membrane Industry Association of China, and MOE Teaching Guidance Committee. His work continues to shape the future of sustainable chemical processes. 
Research Focus
Professor Zhang Weidong’s research revolves around membranes and separation processes, focusing on hollow fiber renewal liquid membranes, fine chemical production, and CO₂ capture technologies. His innovative approach to hydroxylamine separation through polymer inclusion membranes (PIM) coupled with electrodialysis (ED) has led to high-purity production of HA (99.4%). His work in selective separation and process optimization has revolutionized chemical purification techniques. Additionally, he has significantly contributed to the development of industrial membrane systems, fine chemical manufacturing, and sustainable solutions for carbon capture. His research is driving global advancements in chemical engineering. 
Awards And Honours
Second-Class Prize, State Technological Innovation Award
Second-Class Prize, State Science and Technology Advancement Award
Multiple national and international awards for contributions in chemical engineering & membrane science
Recognized expert in Membrane Separation & CO₂ Utilization
Editorial Board Member of leading journals in Membrane Science & Chemical Engineering 
Publication Top Noted
Assessment of CO₂ Capture into Efficient EAE/NHD Water Lean Solvent: CO₂ Capture Performance, Phase Change Behavior, and Mechanism Analysis (2025) – Energy and Fuels 
- Fabrication of Hofmann-type metal-organic framework based mixed-matrix membranes for efficient CH₄/N₂ separation (2025) – Journal of Membrane Science
- CO₂ absorption by diethylenetriamine-based phase change absorbents: Phase change mechanism and absorption performance (2024) – Separation and Purification Technology
(Cited by: 6)
- Construct mechanical interlocking structure between hydrophilic and hydrophobic layers without pore blockage (2024) – Journal of Membrane Science
- Defect-free pervaporation mixed matrix membranes fabricated on ZIF-8 surface segregation substrates (2024) – Separation and Purification Technology (Cited by: 3)
- Inorganic-Organic Composite Cathode Materials for Aqueous Zinc Ion Batteries (2024) – Batteries and Supercaps
- Improve MOF-801 dispersibility in PVA membranes by a pre-crosslinking strategy for enhanced pervaporation performance (2023) – Journal of Membrane Science
(Cited by: 10)
- Evaluation of phase separation behavior of amine + organic solvent + H₂O phase change absorbents (2023) – Chemical Engineering Journal (Cited by: 11)