Vale Teams Up With University Of Toronto To Pow... Apr 2026

: Projects explore "circular mining" knowledge, such as storing CO2 in mine tailings to prevent atmospheric emissions while potentially creating stable materials for products like cement.

: The collaboration aims to drive innovation in the mining industry, specifically focusing on decarbonization and the energy transition economy .

: Vale committed an initial C$1.6 million over three years to support research, professional development, and community engagement. Vale teams up with University of Toronto to pow...

Vale Energy Transition Metals and the University of Toronto (U of T) have established a significant multi-year partnership to accelerate sustainable mining solutions and foster high-level talent for the critical minerals sector.

: Researchers are also developing processes like bioleaching to extract nickel from pyrrhotite waste in tailings ponds, which could help remediate land while recovering billions of dollars in valuable metals. Impact on the Sector : Projects explore "circular mining" knowledge, such as

This alliance is positioned to keep Canada at the forefront of the global critical minerals supply chain . By combining U of T’s academic expertise with Vale's industrial scale, the initiative aims to supply the minerals—such as nickel and cobalt—essential for the transition to carbon-free energy.

: An initial priority is improving the commercial recovery of low-grade nickel-containing ores , particularly those found in ultramafic deposits near Vale’s operations in Thompson, Manitoba. Vale Energy Transition Metals and the University of

: The partnership includes sponsored research, experiential learning for students, and technical training to develop a future-ready workforce. Key Research Focus Areas