Grant: Alliance Grants

Our project aims to develop novel flotation reagents for lithium and rare earth element (REE) extraction, critical for advancing green technologies. Collaborating with NRCan, we will leverage machine learning and molecular dynamics simulations alongside experimental organic synthesis to create highly selective reagents. This initiative addresses the current challenge of poor reagent selectivity in mineral flotation, which results in inefficient extraction processes. By establishing advanced computational and experimental capabilities in Canada, this project will enhance our ability to conduct high-throughput screening of flotation reagents and pave the way for developing new activators. The research will directly contribute to securing a stable, local supply of critical minerals, reducing reliance on foreign sources, and supporting economic growth within the Canadian mining industry. Environmentally, the project aims to minimize the ecological footprint of mining operations by developing more efficient and selective reagents, reducing energy consumption and waste. Furthermore, it will provide training for highly qualified personnel in computational chemistry and mineral processing, addressing a critical skills gap in the sector. This work supports Canada's transition to a low-carbon economy and aligns with national strategic priorities in critical minerals, offering significant economic, environmental, and societal benefits.