BC’s Southeast Region has hot fluid flow systems associated with crustal faults. Study of these systems would help assess the geothermal resource potential of the region to guide development decisions by industry, communities, Indigenous groups, government and the regulator. Existing electrical infrastructure in the region is a benefit to any geothermal resource development.
BC’s Northwest Region hosts numerous volcanoes and hot springs, and therefore has potentially significant geothermal energy resources. Further study would help assess the geothermal resource potential of the region to guide development decisions by industry, communities, Indigenous groups, government and the regulator. Existing electrical infrastructure in the region is a benefit to any geothermal resource development.
Successful studies of geothermal potential of the Garibaldi Volcanic Belt in British Columbia’s Southwest Region are driving investment, including the development of low carbon intensity hydrogen production. In BC’s Northeast Region, Fort Nelson First Nation is developing its Tu Deh-Kah Geothermal project following significant research into geothermal potential at Clarke Lake.
Geothermal energy resources can provide baseload power and heat (direct use), bringing potential economic development opportunities, particularly for remote communities. However, characterizing geothermal resources and assessing their potential can be a risky and expensive exercise. Public geoscience has been used successfully to develop predictive models to target specific resources and sites and to evaluate geothermal as a viable energy source.
These project concepts are being considered and developed by Geoscience BC and its members and partners.
If you are interested in contributing to these projects, please email info@geosciencebc.com. Your information will be sent to the most appropriate member of our team.