Polymer Chemistry (Design, Synthesis and Characterization) Functional thermoresponsive polymers with defined and adjustable properties
Topic 3. Resource recovery and valorization
Project Proposal: Development of Novel Pulling Agents for Competitive and Sustainable Forward Osmosis Systems for Water Extraction The aim of our project is to make the currently established, yet non-competitive forward osmosis process more efficient and competitive by developing innovative, adaptive materials. The innovation of our approach concerns the reusability of the pulling agent and its fast and efficient separation from the purified water by utilizing solar energy at moderate temperatures. Compared to traditional methods such as reverse osmosis and distillation, our process offers a sustainable and energy-efficient alternative for producing drinking water from sea water. We bring extensive expertise in polymer chemistry to create functional polymers precisely tailored to their application. We also employ a wide range of analytical methods to better understand and adapt the behavior of these polymers for optimal performance. A key aspect of developing a complete forward osmosis system is ensuring that the semipermeable membrane is precisely tailored to the system's requirements. Therefore, we are seeking collaborators with expertise in membrane development who can assist us in designing durable and selective membranes that effectively block salts and other contaminants. In addition, we are looking for partners who can provide testing facilities or support us in the design and construction of a pilot plant for forward osmosis.
forward osmosis, sea water desalination, waster water purification, reusable pulling agent, solar energy