Alberta relies on geothermal innovation

Alberta launches a feasibility study for a geothermal drilling test site, the first of its kind in Canada, to boost this promising technology.
L'Alberta investit dans la géothermie avec un nouveau site de forage pour renforcer son leadership en matière d'énergies renouvelables.

Partagez:

The Alberta government has announced a $750,000 investment in a feasibility study for an open-access geothermal drilling test site. This site, called the Alberta Drilling Accelerator, aims to propel geothermal technology, which uses natural underground heat to generate energy. This project could position Alberta, with its wealth of drilling expertise, as a leader in geothermal energy and, more broadly, in renewable energy.

Importance of the project for technological innovation

Calgary-based Eavor Technologies will lead the study. The company, which is currently building its first commercial project in Germany with the support of the provincial and federal governments, sees this test as a crucial step in the development of geothermal energy. Jeanine Vany, Executive Vice President of Corporate Affairs at Eavor, emphasizes the importance of this initiative in bridging the technological gap with already well-established wind and solar energies.

Potential impact on the energy sector

John Redfern, president and CEO of Eavor, says: “The need, and part of the argument for geothermal, has only arisen because of the rise of wind and solar. With many of these energies, it’s certainly an inexpensive way to add lots of bare kilowatts quickly. But over time, there’s a need for something less intermittent and more reliable – and that’s where we come in.” “We are attracted to the market because of the success of wind and solar.”

John Redfern also explains why the appeal of geothermal energy has grown in parallel with therise of wind and solar power. Unlike the latter, geothermal energy offers less intermittent and more reliable energy production, which is essential for a sustainable energy transition. The Eavor test could therefore play a decisive role in the diversification of Alberta’s renewable energy sources.

Environmental and economic considerations

The Minister for the Environment and Protected Areas, Rebecca Schulz, specifies that the study will assess the economic and environmental viability of the proposed site. The aim is to fully understand the opportunities and challenges before expanding the project and attracting partners for large-scale development. Schulz also highlights the significant potential of geothermal energy to reduce carbon emissions, create jobs and strengthen energy security, while keeping her vision reasonable:

“I think it’s obvious that due diligence needs to be done before bringing all the partners together to develop the gas pedal.”

With its commitment to produce 30% of its electricity from renewable resources by 2030, Alberta is seriously considering geothermal energy as a pillar of its energy strategy. The geothermal drilling test site project not only represents a technological breakthrough, but also a commitment to a more sustainable and diversified energy future.

Ignis Energy closes its $13.6mn Series A funding round, gathering international players to finance geothermal projects in the United States and Türkiye, now entering the technical maturity phase.
Austrian oil group OMV announces a seismic campaign starting in December 2025 in the Graz region, aiming to identify potential deep geothermal reservoirs suitable for local energy production.
Saint-Nazaire Agglo and Dalkia officially sign a Public Service Delegation contract for a 37-kilometre urban heating network, primarily fuelled by thermal recovery and local biomass, operational from 2030.
Unit 2 of the Lumut Balai geothermal plant, with a capacity of 55 MW, has successfully synchronized to the Indonesian national grid, paving the way for full commercial operation scheduled by the end of June 2025.
A new report states that the US state could reach 163 GW of geothermal capacity through a set of public measures and expertise drawn from its oil sector.
Eavor Technologies secures an additional CA$138mn from the Canada Growth Fund for its geothermal project in Germany, reinforcing its operational base in Canada.
Project InnerSpace and Indonesia's IESR join forces to accelerate national geothermal development, estimated at 3,000 GW, with a strategic report expected in the autumn.
Advances in enhanced and closed-loop geothermal systems are drawing growing interest from governments and tech giants, despite critical cost reductions still needed for competitiveness.
Enertech Global will supply heat pumps for a 1,500-home project in partnership with Dandelion Energy, marking one of the largest residential geothermal deployments ever undertaken in the United States.
Google signs a power purchase agreement with Baseload Capital to develop 10 MW of geothermal energy in Taiwan, doubling the country’s current commercial geothermal capacity.
Zero Industrial secures a $10 mn Series A funding round led by Evok Innovations to develop thermal storage projects for industrial sites in North America.
Syntholene Energy Corp has secured a 20-megawatt geothermal resource to support the world's first geothermal-powered synthetic sustainable aviation fuel (eSAF) production facility.
Thomassen Amcot Holdings LLC has completed the acquisition of a 160 MW steam turbine generator from TC Energy. The equipment, currently stored in Canada, could be redeployed to the United States to meet the energy needs of certain markets.
The cities of Melun and Vaux-le-Pénil are launching the expansion of their heating network with the drilling of a new geothermal well planned for 2026. This project aims to strengthen local energy supply by increasing the capacity of the existing network.
Google Cloud, SLB, and Project Innerspace announce a collaboration to stimulate the global adoption of geothermal energy by combining advanced data and technical expertise in identifying geothermal resources.
Energy Secretary Chris Wright highlighted the importance of advanced geothermal energy in ensuring the United States' energy abundance at the Geothermal House DC MAGMA event in Washington.
EDF Saudi Arabia and TAQA Geothermal Energy Company have signed a memorandum of understanding to develop geothermal energy in the Kingdom. This initiative aims at electricity production and HVAC applications, aligning with Saudi Arabia’s Vision 2030.
Safran has announced a partnership with Dalkia and Arverne Group to install a geothermal power plant at its Villaroche site. This infrastructure is expected to cover 84% of the factory’s heating needs, thereby reducing its natural gas consumption.
DEEP Earth Energy Production Corp. and SLB partner to develop an innovative geothermal project in Saskatchewan, aiming to produce 30 MW of emission-free energy.
Bihor County in Romania accelerates geothermal energy integration into its energy economy. With over €45 million invested, mostly funded by the European Union, the region highlights the growing profitability of this resource.