In the last days, our project member, Prof. Frank Lipnizki from the Department of Chemical Engineering of Lund University (Sweden) has had the opportunity to organise a workshop on “New Membrane Developments” with some great international speakers.
The online workshop is free-of-charge and will be on Thursday 7th of December from 9:00 – 11:00.
The aim of the workshop is to provide an overview on recent developments of membrane with focus on water and wastewater. For this, the LUND team has invited some of the leading researchers in the field from Japan, Egypt, India and Sweden.
Membranes are the centre of all the stages of the desalination process, nanofiltration (NF) pre-treatment, Forward Osmosis (FO) and Membrane Distillation (MD) processes. In DESOLINATION, modelling and small-scale testing activities will target the optimization of all steps of hybrid membrane separations. First, NF membranes will be used to reduce fouling and scaling effect in FO. Then, the FO separation membrane will be fine-tuned to ensure control over high water flux in combination with low reverse flux from the draw to the feed solution and thus maximize the efficiency and use of the osmotic pressure difference between the seawater and the draw solution. Lastly, the MD separation membrane needs to optimize the removal of pure water from the draw solution and must therefore be adapted to the chemical and physical properties of the draw solution designed for thermal heat recovery, as well as to the temperature and pressure conditions required for the VMD recovery process.
09:00 – Welcome (Prof. Frank Lipnizki, Lund University, Sweden)
09:05 – Prof. Takeo Yamaguchi (Tokyo Institute of Technology, Japan): Modification of antifouling membrane surfaces
09:30 – Prof. Marwa Shalaby (National Research Centre Cairo, Egypt): Water shortage and membrane applications
09:55 – Prof. Sabu Thomas (Mahatma Gandhi University, Kerala, India): Polysaccharide based membranes for water purification: Recent advances
10:20 – Prof. (assoc.) Naser Tavajohi (Umeå University, Sweden): A greener approach to PVDF membrane production
10:45 – Final Discussion (ALL)
11:00 – End
Meeting ID: 335 628 157 200