B.C. invests $26 million to cut industrial emissions and boost competitiveness
The funding from the Clean Industry Fund supports projects including carbon capture and electrification.
The British Columbia government has allocated more than $26 million for industrial projects and studies aimed at reducing emissions. The funding from the Clean Industry Fund was announced on Sept. 21 and will support four demonstration projects with over $23 million and 13 feasibility studies with more than $3 million. Technologies covered include carbon capture, methane detection, industrial heat pumps and biomass. "British Columbia is proving that cutting emissions and growing our economy go hand in hand," Energy and Climate Solutions Minister Adrian Dix said in a statement. "These projects will help businesses adopt innovative technologies, lower their emissions and compete in a world that is increasingly demanding low-carbon products."
Tourmaline Oil will receive $12 million for a project to capture acid gas and CO2 near Fort St. John. Heidelberg Materials has been awarded $11 million for its Delta slag project. Additional initiatives involve the electrification of compressor stations in the northeast and replacing diesel-powered equipment at various industrial sites. The Clean Industry Fund uses revenue from the province's industrial carbon pricing to finance low-emission technology. According to the Canada Energy Regulator, this approach is designed to protect the competitiveness of industrial operations.
Since its inception in 2019, the fund has directed more than $330 million toward projects that are projected to cut emissions by over 14 million tonnes. Provincial contributions are matched by industry and other partners at a rate of two dollars for every government dollar. The strategy is part of a larger plan to leverage B.C.'s clean electricity grid, which is powered almost entirely by hydroelectricity. The province's Clean Energy Strategy argues this gives energy-intensive industries like mining and manufacturing a competitive advantage in a global market focused on low-carbon products.
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Lord Adair Turner, chair of the Energy Transitions Commission, said the inherent efficiency of electric technologies will drive deep industrial electrification. He noted that electrifying medium-temperature industrial heat is already economical in many situations. While high-temperature processes in sectors like steel and cement are currently less competitive, Turner expects them to become more viable as technology advances. "If you’ve got a technology which is fundamentally superior, it is a question of when, not if," Turner said. For nations like Canada with ample clean power, this represents a growing industrial edge.
B.C.'s analysis suggests producing a tonne of copper in the province creates more than 20 percent fewer greenhouse gas emissions than the same process in Chile, largely due to its clean grid. The national challenge is scaling up electricity supply to meet soaring demand. Canada's National Electricity Strategy forecasts the country's electricity demand will double by 2050 as transportation, buildings and industry shift away from fossil fuels. For British Columbia, this means accelerating the construction of new clean power generation while helping its industrial sector transition to more efficient, electrified operations.
With files from Energi.Media