معرفی
Sui Zhang leads a research group focused on membrane science and technology, addressing challenges in water, energy, and sustainability. Their work emphasizes engineering membrane transport pathways at molecular, nano, and micro-scales, with a focus on nanoporous materials such as graphene, 2D laminar membranes, and polymers. Key research areas include antifouling surface engineering, high-efficiency separations, and applications in gas separation and organic solvent nanofiltration. Collaborations leverage machine learning to accelerate material design and membrane fabrication. Their technology for high-flux, antifouling membranes has been licensed for commercialization, highlighting practical industrial impact. The group actively collaborates globally, with members including postdoctoral researchers and advanced students in materials science and chemical engineering.
Research Interests:
- Design of nanoporous membranes for CO2 capture, gas separation, and water treatment
- Surface engineering for fouling resistance and enhanced permeability
- Integration of machine learning in materials discovery
- Development of sustainable synthesis methods for eco-friendly membranes
Recent advances include licensed antifouling membrane technology and breakthroughs in MOF-based composite membranes for hydrogen purification. The team’s patent (WO2020076240) underscores commercial viability. Advising spans interdisciplinary projects with 10+ active researchers, and grants focus on advancing membrane-based solutions for environmental and energy challenges.
