Robust Polymeric Membranes for Carrier-based Selective Ion Separations for Battery Recycling

Current rates of recycling for many metal species are near-zero. Improved processes are needed for enabling efficient recycling of electronics waste, including batteries. In our work, we will design polymeric membrane materials that will provide a robust platform for separations processes, specifically targeting separating metal ions from each other in aqueous solution. The interns will be involved in membrane synthesis, mathematical modeling, and membrane performance testing, collaborating with an industrial recycling partner and a national lab partner. We ultimately aim to produce robust membrane materials that will be translated into real-world separations processes for our industrial partner, making battery recycling more efficient, safe, and cost-effective. This work will strengthen the critical Canadian mining and minerals sector.

Faculty Supervisor:

Jay Werber

Student:

Partner:

Retriev Technologies Ltd.

Discipline:

Engineering

Sector:

Administrative and support, waste management and remediation services

University:

University of Toronto

Program: