Mine Waste Biotechnology
Transform mine waste from environmental hazard to
economic opportunity through
economically sustainable mine waste
The Centre for Mine Waste Biotechnology will be a pilot-scale facility equipped with tools and expertise to accelerate the commercialization of genomics-based bioremediation and bioleaching technologies.
Located in proximity to active mines in Sudbury, Ontario, the Centre will provide a development and testing site where large samples of waste materials can be brought for pre-processing and treatment.
The Centre will respond to the urgent need for innovative solutions that transform mine waste from environmental hazard to economic opportunity through economically sustainable mine waste strategies.
The Centre will accelerate the development, commercialization, and regulatory uptake of alternative green technologies in mine waste treatment by providing crucial infrastructure and expertise in three critical areas:
- Process and scale-up from bench to pilot
- Commercialization, de-risking, adoption, and implementation
- Highly-qualified personnel (HQP) training.
With pilot-scale facilities and world-class expertise, the Centre develops biotechnologies for use in real-world sites to improve the environmental and economic sustainability of mining and related sectors.
The Centre is a catalyst for transforming bench mine waste biotechnologies into commercial applications.
Target Processes and Outputs
Mine waste processing
- Legacy or newly generated
- Liquids and solids (e.g. tailings, waste rock, slag)
- Driven by OMICS data, methods, and applications
- Copper, nickel, cobalt, gold
- Sulfate, arsenic
A total capital investment of $17.3 million commencing 2023-24 is required to launch construction of this important project.
MIRARCO is seeking support from municipal, provincial, and federal partners to help build and equip the Centre. Once constructed, the facility will rapidly begin to generate revenues from its suite of memberships, services, and programs.
Canada needs critical minerals to support its transition to a low-carbon economy. It also faces significant environmental and financial liabilities associated with traditional mining practices.
Mining biotechnologies (including bioremediation and biobeaching) offer innovative solutions to these challenges.