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Li Weiyi

Assistant Professor
Environmental science
South University of Science and Technology of China
China

Biography

He worked at the Singapore Film Technology Center (SMTC) at Nanyang Technological Institute, Nanyang Polytechnic University, New Zealand for 7 years. The main research topics include the application of experimental (optical coherence tomography, OCT, etc.) and the numerical value of the membrane separation technology, and the development of membrane separation technology based on the direction of efficient water treatment technology has accumulated rich experience; (Such as network-based modeling, etc.) to explore the extremely complex coupling transfer in the process of membrane separation, and to optimize the performance of the separation membrane (for example, microporous structure of anti-film contamination, etc.) to develop a new separation membrane And membrane separation applications. The research results have been published in the journal The Membrane Science, Water Research, Environmental Science & Technology, Applied Energy, Desalination, AIChE Journal and other international famous authoritative journals, and presided over (co-chaired) or participated in a number of US and Singapore government research project.

Research Interest

1) New membrane separation process characterization technology 2) Membrane separation process simulation and optimization 3) New separation membrane material and preparation technology development 4) Separation membrane module design and optimization 5) Membrane separation In seawater desalination, sewage treatment, biomedical and other fields Comprehensive Application

Publications

  • Han Q, Li W, Trinh TT, Liu X, Chew JW, (2017) A Network-Based Approach to Interpreting Pore Blockage and Cake Filtration During Membrane Fouling. J of Membrane Science 528: 112-125.

  • Wang Y, Wang R, Li W, Tang CY, (2017) Whey Protein Recovery Using Forward Osmosis - Evaluating the Factors Limiting the Flux Performance. J of Membrane Science 533: 179-189.

  • Wang Y, Li W, Wang R, Tang CY, (2017) Enhancing Boron Rejection in FO Using Alkaline Draw Solutions. Water Research 118: 20-25.

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