RPI ID: 2023-044-601
Innovation Summary: This technology provides hydrophilic crosslinked polymer membranes with tunable properties for separation applications. The membranes are engineered to adjust water uptake, permeability, and selectivity through controlled crosslinking. They are designed for use in aqueous environments and support high-efficiency separation of solutes. The system is applicable to water purification, dialysis, and chemical processing.
Challenges / Opportunities: Membrane fouling and poor selectivity are common issues in separation technologies. This invention addresses the need for customizable membranes that maintain performance over time. It opens opportunities for next-generation filtration systems with improved durability and efficiency. The method also supports integration into existing membrane platforms.
Key Benefits / Advantages: ✔ Tunable hydrophilicity and permeability ✔ Enhanced separation performance ✔ Reduced fouling potential ✔ Applicable to multiple separation processes
Applications: • Water purification, dialysis, chemical separations
Keywords: Polymer membranes, hydrophilic materials, separation, crosslinking, filtration
Intellectual Property: US20250091017A1 (Application 18/934768), Published November 1, 2024