Fort Nelson First Nation to lead new geothermal project

A diagram of the Clarke Lake site from a 2019 feasibility study
A diagram of the Clarke Lake site from a 2019 feasibility study.

The federal government has invested more than $40 million in a geothermal project led by the Fort Nelson First Nation.

The funding will see the Clarke Lake gas site, in northeastern British Columbia, transitioned to a commercially viable geothermal electricity production facility.

“We are proud and honoured to be able to move ahead with the Clarke Lake Geothermal Project,” said Fort Nelson First Nation Chief Sharleen Gale during the virtual announcement of the funding on March 12.

“Today is a pinnacle of years of hopes and dreams, and especially all the hard work we have put into this project. It marks one milestone on our journey to assert our inherent rights and build an economic base that will help us be financially independent.”



She said the project will act not only as catalyst for the First Nation’s economy but the economy of the entire northern Rockies region.

Gale also represented Deh Tai Corporation, the First Nation’s economic development arm. She said the First Nation had been involved in oil and gas work for 50 years and workers already had the skillset for the work, which would provide an opportunity for youth to “meet their full potential” without having to leave their home community.

Along with creating jobs and other local economic opportunities, the Clarke Lake project will provide capacity building and training to workers from other industries to help them transition to the renewable energy sector.

Fort Nelson Mayor Gary Foster joined Gale in noting the economic hardships the region has faced since the onset of the coronavirus pandemic and the downturn in the oil and gas industry.



“[This] sets us on a path of how First Nations and non-Indigenous people can work together to build a brighter and better future for all of us,” said Foster, who recognized Gale and other First Nation leaders who “pressed this project forward.”

Gale, who chairs the First Nations Major Projects Coalition, credited the work undertaken by the coalition in helping to secure funding for the project.

“Supporting it was a natural choice. The request was core to our mandate in providing capacity support to our members when they need to get projects across the line,” said coalition vice chair Chief Corinna Leween of Cheslatta Carrier Nation.

“This project is a prime example of Indigenous leadership in green energy infrastructure, which is an area of focus for our coalition,” she said.

The coalition will continue to support the project as it moves toward completion and operation, Leween added, including the next steps for commercial financing.

Federal funding at this stage comes through Natural Resources Canada with $39.5 million, including $38.5 million from the Emerging Renewables Power Program; $2 million through Western Economic Diversification Canada; and $250,000 from Indigenous Services Canada’s Community Opportunity Readiness Program.

“[This] is a huge opportunity to deliver on our shared vision of economic prosperity, strengthen environmental performance and advance Indigenous partnerships,” said Natural Resources Canada’s minister, Seamus O’Regan.

The province of BC contributed $1 million including $430,000 through the First Nations Clean Energy Business Fund.



The BC Indigenous Clean Energy Initiative, a partnership with Western Economic Diversification Canada and the New Relationship Trust, contributed $500,000.

Gale said the geothermal project, fuelled by heat from the earth’s core, is expected to be operational in 2024. Test exploration work is under way.

Although electricity generation will be the primary source of revenue from the Clarke Lake project, additional opportunities include the sale of waste heat generated by the plant. Excess heat could provide power to the forestry sector and for greenhouses and food production.

The Clarke Lake geothermal facility is expected to produce between seven and 15 MW of clean electricity, equivalent to powering up to 14,000 households.