Rockburst Collaborates on $4.2M McMaster-Led Research to Advance Critical Minerals Innovation

Rockburst Technologies is proud to collaborate with McMaster University on a groundbreaking $4.2M NSERC-funded research project to advance sustainable critical mineral extraction. This initiative, part of Canada’s Critical Minerals Strategy, focuses on developing energy-efficient solutions for mining lithium, nickel, and other minerals vital to clean energy and technology.

Led by Dr. Nana Ofori-Opoku, the project evaluates Rockburst’s CO2 Pulverization technology, which uses CO₂ gas to fracture rocks internally instead of energy-intensive mechanical methods. Early trials with McMaster and UBC demonstrated 50% energy savings and significant emission reductions, positioning CO2 Pulverization as a game-changer for Canada’s mining sector.

As the world transitions to cleaner energy systems, the demand for critical minerals such as lithium, nickel, and cobalt is skyrocketing. These materials are vital components of batteries, electric vehicles, and renewable energy systems. However, traditional mining methods are energy-intensive and environmentally taxing. That’s where Rockburst’s solutions come in—helping to lower the environmental footprint of critical mineral production while improving efficiency and scalability.

This collaboration underscores Rockburst’s leadership in cleantech innovation, following recent accolades like the Foresight 50 and Innovate BC Awards. By optimizing CO2 Pulverization for industrial use, we aim to strengthen Canada’s role as a global critical minerals supplier while reducing the environmental footprint of mining.