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  4. Advanced Filters & Membranes: Understanding Surface Zeta Potential with SurPASS 3

Advanced Filters & Membranes: Understanding Surface Zeta Potential with SurPASS 3

Join us to discover how Surface zeta potential plays a crucial role in membrane performance, fouling resistance, and filtration efficiency. Understanding and optimizing this parameter can help develop more effective filter and membrane materials.
 

What You’ll Learn:

  • How zeta potential impacts membrane performance, fouling resistance, and filtration efficiency.
  • How SurPASS 3 measures surface charge and helps optimize filter and membrane materials.
  • How electrokinetic analysis aids in designing advanced membranes for industrial applications
     

Dr. Rishi Gupta, Dr Swapnali Hazarika (English)
Rishi Gupta

Dr. Rishi Gupta earned his doctorate and post-doctoral degrees from the University of Delhi, and he is currently employed as Technical Manager with Anton Paar India's Characterization Division. He has over 15 years of expertise working with catalytic reactions and analytical instruments. Dr. Gupta has over 40 International publications with around 3500 citations. Dr. Gupta also has worked extensively in porous material characterization utilizing Gas Sorption and particle size analysis techniques

Swapnali Hazarika

Dr. Swapnali Hazarika, a Senior Principal Scientist and Professor at CSIR-North East Institute of Science & Technology, Jorhat, leads the Chemical Engineering Group and serves as the Head of the Centre for Petroleum Research. With a Ph.D. in Chemistry, she is a renowned expert in polymer science and engineering, focusing on the design and development of smart materials. Her research spans thin-film composite and nanocomposite membranes for enantiomer separation, biomolecule separation, gas separation, and wastewater treatment. Dr. Hazarika has extensively worked on membrane surface characterization, including electrokinetic analysis, to optimize membrane performance for diverse industrial applications. Her insights into membrane charge properties and their impact on filtration efficiency will provide valuable perspectives for researchers and industry professionals.