The University of Calgary has secured $4.3 million in federal funding to advance three carbon capture projects, strengthening Alberta’s position in emissions reduction technology. The investment, part of the Energy Innovation Program’s Carbon Capture Screen, supports the development of new carbon management solutions for the oil, gas, and steel industries.
Key Carbon Capture Initiatives
The federal grant will support three main research areas at the University of Calgary:
- Improving carbon management technology assessments
- Enhancing carbon capture data collection and analysis
- Developing innovative carbon capture solutions for steel industry emissions
Federal Energy Minister John Wilkinson emphasized that these technologies will reduce carbon capture and storage (CCS) costs, making them more competitive in the global market. The funding aligns with Canada’s legally mandated goal of achieving net-zero emissions by 2050.
Industrial Impact and Environmental Benefits
Professor George Shimizu of the University of Calgary highlighted the project’s potential impact on steel industry emissions, which account for 8% of local greenhouse gas output. The research aims to capture thousands of tons of carbon monoxide from factory operations.
“The findings will translate to broader heat harmonization efforts in Alberta, contributing to cleaner energy solutions for all Albertans,” Shimizu stated.
Research and Policy Implications
Dr. Joule Bergeson from the Schulich School of Engineering emphasized that the research will enhance understanding of carbon dioxide removal pathways and provide data-driven support for policy decisions. The findings will offer strategic guidance for technology deployment while ensuring a balanced approach to innovation and environmental impact.
Broader Funding Context
The $4.3 million grant is part of a larger $13.5 million funding package that includes projects at:
- University of Alberta
- InnoTech Alberta Inc. (Calgary)
- Ionada Calgary
This investment positions Alberta as a leader in carbon capture innovation while supporting Canada’s transition to a low-carbon economy. The research outcomes will inform future energy and climate change policies while maintaining industrial competitiveness.
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