Polyelectrolyte multilayer membrane module design: advancing micropollutant removal using a modular approach
Polyelectrolyte multilayer membrane module design:advancing micropollutant removal using a modular approach
This project focuses on advancing the removal of organic micropollutants (OMPs) by designing and testing polyelectrolyte multilayer (PEM) membrane modules. PEM membranes, created by alternating layers of positively and negatively charged polyelectrolytes, have tunable pore sizes, selective permeability, and charge, making them effective for OMP removal. Unlike traditional studies focussing on individual membrane fibers, this project emphasizes testing bench-scale membrane modules to reflect industrial conditions better. The project aims to optimize OMP retention through different membrane charge configurations, investigate operational parameters, and assess module performance in removing OMPs from both artificial and real water sources. This modular approach is expected to provide valuable insights into the scalability, efficiency, and fouling behavior of PEM membranes for water treatment applications.
Contact info:
Purvil Gangar - p.k.gangar@utwente.nl
