Novel biofouling resistant ultrafiltration membranes for sustainable water filtration projects

Biofilm formation is a serious problem in materials design for applications ranging from marine
equipment, biomedical devices to water filtration processes. Biofilm formation not only adversely impact
the water treatment process but also decrease the life of membranes. In this study, we propose to develop
innovative membranes using electrospinning followed by growing of secondary nanostructures on the
surface of the membranes using hydrothermal process which will inhibit attachment and development of
biofilms on the surface of the fibres ensuring anti-fouling property within the membranes. This project
will pave the path for the development of low-cost membranes with substantial antifouling properties.