Skip to main content

Just In

Colombia Grants El Barranquero Geothermal Exploration Permit, Advancing Policy, Investment, and Renewable Energy Growth

Canada Doubles Down on Clean Energy: Eavor Technologies Secures C$138 Million from Canada Growth Fund

June 7, 2025

Author: Robert Buluma


Canada’s Clean Tech Momentum Gets a Boost with Another Major Investment into Eavor’s Geothermal Breakthrough



In a bold step toward securing a greener future, the Canada Growth Fund (CGF) has announced an additional investment of up to C$138 million in Eavor Technologies Inc., a Calgary-based pioneer in closed-loop geothermal systems. This injection of capital will accelerate the global commercialization of Eavor-Loop™, the company’s groundbreaking technology that promises to reshape the way we harness energy from the Earth.

This is not CGF’s first vote of confidence in Eavor. In October 2023, CGF committed C$90 million to the company, recognizing its immense potential to scale dispatchable, reliable geothermal energy. Now, with construction of Eavor’s first commercial-scale facility in Geretsried, Germany well underway and key technological milestones achieved, CGF is doubling down—with a two-phase investment: C$89 million upfront, and C$48 million tied to performance milestones.


The Eavor-Loop™ Advantage: Innovation Meets Scalability

What makes Eavor so compelling is its proprietary Eavor-Loop™ system—billed as the world’s first truly scalable form of clean, dispatchable baseload energy. Unlike traditional geothermal systems, Eavor’s closed-loop design requires no fracking, no aquifers, and no emissions. Instead, it circulates a sealed working fluid through a deep underground radiator, capturing Earth’s heat via conduction and delivering clean energy to the surface.

With innovations like the Eavor-Link™ Active Magnetic Ranging (AMR) system and Rock-Pipe™ sealing technology, Eavor is removing many of the barriers that have long hindered geothermal expansion. These breakthroughs not only reduce drilling time and cost, but also make high-temperature environments viable for clean energy extraction.


Canada’s Strategic Bet on Geothermal

Yannick Beaudoin, President and CEO of CGF Investment Management Inc., emphasized that this move aligns perfectly with CGF’s mission:

“Our continued investment in Eavor, as the company completes the first commercial-scale application of its technology, is a prime example of CGF’s steadfast commitment to scaling up Canadian companies and investing at a critical stage of their development.”

This support ensures that Eavor’s core operations, leadership, and intellectual capital remain firmly anchored in Canada, leveraging Alberta’s world-class drilling expertise while exporting clean energy solutions to the world.


Eavor’s Global Traction and the Road Ahead

Since its founding in 2017, Eavor has attracted support from a prestigious list of global backers including bp Ventures, BDC Capital, Microsoft Climate Innovation Fund, Chubu Electric Power, and Temasek. Its technology has been heralded as a potential game-changer in decarbonizing heat and power at scale—solving the riddle of clean energy’s reliability gap.

John Redfern, Eavor’s CEO and co-founder, summed it up best:

“Eavor has achieved significant development and technical milestones in scaling clean, reliable, dispatchable heat and power. We are grateful for CGF’s continued commitment to our Canadian company, which uses Albertan expertise to drive innovation.”


Looking Forward: A Greener, Scalable Future

As nations race toward net-zero emissions, Canada is showcasing how strategic investment can unlock innovation in clean energy. With Eavor’s advanced geothermal systems, the dream of a global energy transition—where clean, 24/7 power isn’t just possible, but scalable—is becoming reality.

The Canada Growth Fund has made 13 investments since its inception in 2023, totaling C$2.7 billion. Its backing of Eavor reflects growing confidence that geothermal energy—when reimagined with innovation—can be a cornerstone of the clean energy revolution.

Related: Inside the Eavor Wonder, A Magnetic Leap

For more on Eavor Technologies and its geothermal innovations, visit www.eavor.com.
To learn about the Canada Growth Fund’s mandate and project portfolio, check out www.cgf-fcc.ca.



Comments

Popular posts from this blog

Geothermal Breakthrough in Henan: China’s Deep Earth Clean Energy, Record‑Breaking Connection Wells and High‑Efficiency District Heating

Breaking Through the Deep Earth: China’s Record‑Breaking Geothermal Connection Wells in Henan By: Robert Buluma China is quietly rewriting the rules of clean heating—and one of the most exciting breakthroughs is happening deep underground in Henan Province. Two seemingly ordinary wells, drilled only 35 meters apart at the surface, are reshaping how cities can tap geothermal energy safely, efficiently, and at scale. If you care about clean energy, smart engineering, or how future cities will stay warm without burning fossil fuels, this story is worth your full attention. In this article, we’ll walk through what happened in Henan, why it matters technically and economically, and what it might mean for the rest of the world. A New National Record in Deep Geothermal Recently, in Henan Province, China, the first pair of deep geothermal “connection wells” for the Zhongyuan Agricultural Valley Clean‑Energy Central Heating Phase II Project was successfully completed. These wells are not just a...

NYC High-Rise Geothermal Heating and Cooling: Green Building Laws, Clean Energy, and Sustainable Urban Decarbonization

How an NYC High-Rise Is Keeping Cool With Geothermal Energy (And Heating Up a New Era for Cities By: Robert Buluma   Image: The entrance to 555 Greenwich St. in Manhattan's Hudson Square neighborhood (Matt Ritchie) On a sweltering Manhattan afternoon, most office towers battle the heat with roaring chillers and aging boilers that guzzle fossil fuels.  But at 345 Hudson Street, a glass-and-steel high-rise is quietly doing something radical: it’s using the Earth itself as a battery to stay cool in summer and warm in winter — without burning a single molecule of gas on-site. This isn’t just a clever engineering trick; it’s a glimpse of how cities like New York can reinvent their skylines in the age of climate change.  Why an NYC Office Tower Needed a New Way to Stay Cool New York City has given its big buildings a tough ultimatum: cut carbon emissions or start paying hefty fines under Local Law 97. [3][4] Office towers, with their endless HVAC systems, are among the worst of...

Ceraphi-Led Geothermal and Green Hydrogen Innovation: Sustainable Baseload Power, Low-Carbon Heating and Cooling, and Research Partnerships with Leading Climate and Energy Institutes

A pioneering hydrogen storage project in North Yorkshire has secured £500,000 from Ofgem’s Strategic Innovation Fund, positioning the retired Knapton power station at the heart of a new “green energy hub” for flexible, low-carbon power generation. By: Robert Buluma Image: Ceraphi Well Pad With a Rig, Dril baby drill The Knapton power station in the Vale of Pickering stopped generating electricity in 2019 and was later acquired by Centrica in 2023. Centrica’s vision is to repurpose this former gas-fired plant into a green energy hub that can support low-carbon peaking power stations—facilities that only run when electricity demand and prices surge. This shift reflects a broader UK trend: instead of building entirely new sites, companies are reusing existing infrastructure to accelerate the energy transition while reducing costs and planning hurdles. This hasn't been the first we pointed out geological hydrogen as the next geothermal gem we saw this before of course companies are ...

Baseload, state-owned CPC partner on geothermal development in Taiwan

Baseload Power Taiwan and CPC Corporation Forge Strategic Partnership to Accelerate Geothermal Development By:  Robert Buluma  In a significant move for Taiwan's renewable energy landscape, Baseload Power Taiwan and CPC Corporation have signed a Memorandum of Understanding (MoU) to jointly accelerate geothermal energy development across the island nation. This strategic partnership represents a pivotal moment in Taiwan's energy transition journey, combining the strengths of a global geothermal specialist with the deep local expertise and resources of Taiwan's state-owned energy company. The Partnership at a Glance The agreement, announced just one day ago, establishes a framework for comprehensive cooperation between the two entities. Under this MoU, Baseload Power Taiwan and CPC Corporation will collaborate on multiple fronts, including resource evaluation, technical collaboration, due diligence, feasibility studies, and commercial discussions related to geothermal dev...

US Backs Advanced Chips for Faster Geothermal Drilling and Energy Security

US Backs Next-Gen Chips to Speed Geothermal Drilling and Boost Energy Security By: Robert Buluma A strategic bet on energy and chips The U.S. Department of Commerce has awarded I-Pulse $250 million under the CHIPS Research and Development program to accelerate advanced semiconductor technologies with applications in geothermal drilling, manufacturing, mining, and defense . The award reflects a broader push to strengthen domestic semiconductor capability while supporting energy security and industrial resilience . At the center of the project is a set of high-temperature silicon carbide semiconductor components and pulsed power systems designed to work in extreme environments. Those conditions matter because the same technology that can survive heat, pressure, and shock in drilling and defense can also help reduce reliance on foreign chip supply chains. Why geothermal drilling is so hard   Geothermal energy has long promised reliable, around-the-clock clean power, but drilling dee...

Hungary Strikes Geothermal Gold: First Hybrid Drilling Project Hits Reservoir Early, Paving Way for Clean Energy Future

Hungary's First Hybrid Geothermal Drilling Reaches Reservoir Ahead of Schedule: A New Chapter in Central Europe's Energy Transition By:  Robert Buluma  Introduction: A Milestone Beneath the Hungarian Plains In the quiet southern region of Hungary, near the historic town of Kiskunhalas, a remarkable achievement is unfolding beneath the earth's surface. The first state-funded hybrid geothermal drilling project in Hungary has successfully reached its target reservoir significantly ahead of schedule, marking a watershed moment for the country's renewable energy ambitions and potentially reshaping the energy landscape of Central and Southeastern Europe. The project, operating at the MVM-KH-01 drilling site, has struck thermal water at a depth of just 1,940 meters—far shallower than the originally planned 2,400 meters. This early success has sent ripples of excitement through Hungary's energy sector and beyond, demonstrating the immense potential that lies beneath the cou...

€22 Million Gamble: Templin's 70°C Underground River Promises 30 Years of Cheap Heating

Templin Lies on a Hot River: How Geothermal Energy Could Secure Affordable District Heating By:  Robert Buluma  A Hidden Treasure Beneath the Uckermark For more than 25 years, the NaturTherme Templin has been pumping thermal brine from a depth of 1,650 meters, using it as a healing remedy. The water that rises from this depth has a temperature of 57.7 degrees Celsius—impressive by any measure, but only a fraction of what lies beneath. During a routine annual check-up of the production well, geothermal specialists from Neubrandenburg posed a question that would set in motion one of the most ambitious energy projects in the region: Did the city even know what treasure it was sitting on? The answer, it turned out, was no. And that realization has since transformed Templin into a pioneer in Germany's heating transition. The Assessment That Changed Everything The city was already working on a heating concept aimed at achieving a sustainable, fossil-fuel-independent supply. The Natu...

Colombia and Iceland Forge Strategic Partnership to Unlock Geothermal Energy Potential

Colombia and Iceland Forge Strategic Partnership to Unlock Geothermal Energy Potential By:  Robert Buluma  On June 17, 2026, Colombia took a decisive step toward transforming its energy landscape. In Bogotá, the Ministry of Environment and Sustainable Development and the Ministry of Mines and Energy of Colombia signed a landmark Memorandum of Understanding with Iceland's Ministry of Environment, Energy and Climate. This strategic agreement establishes a comprehensive framework for bilateral cooperation in the geothermal energy sector, marking a pivotal moment in Colombia's journey toward a diversified, sustainable, and resilient energy future. The Memorandum lays the foundation for a cooperative relationship centered on knowledge exchange, capacity building, research, and the development of joint initiatives that contribute to the sustainable use of geothermal potential. It reflects the shared commitment of both nations to advance renewable energy solutions that strengthen ene...

"Syntholene Completes Iceland Geothermal Synthetic Fuel Facility Ahead of Schedule"

Syntholene’s Iceland Demonstration Facility Signals Real Progress, but Commercial Proof Still Lies Ahead By:  Robert Buluma Syntholene’s announcement that it has completed construction of its Iceland demonstration facility ahead of schedule and commenced operations is an encouraging milestone for investors tracking the company’s development trajectory . In a sector where delays, cost overruns, and technical setbacks are common, early delivery can materially improve confidence in management execution and project discipline . The update does not remove the risks associated with synthetic fuel development, but it does suggest the company is moving from concept validation into operational testing, which is an important threshold for any early-stage industrial energy business . At a high level, the announcement matters because it changes Syntholene’s story from one of planning to one of implementation. The company had previously indicated that first operations could begin as soon as Jun...

Closed Coaxial Wells vs. Networked Closed‑Well Arrays: Comparing CAPEX, OPEX, LCOE, Heat Extraction Efficiency, and Investment Economics for Next‑Generation Geothermal EGS

Closed Coaxial Wells vs. Networked Closed‑Well Arrays: Which Offers the Better Economics for Next‑Generation Geothermal? By: Robert Buluma Networked closed‑well arrays generally offer better long‑run economics and lower LCOE than standalone closed coaxial wells, especially once projects reach commercial scale in good resources, while single coaxial wells remain valuable for smaller, lower‑risk heat and pilot projects.  Why EGS Economics Now Matter As Much As Engineering Enhanced Geothermal Systems (EGS) are moving from technical demonstration toward commercial deployment, and the primary constraint is shifting from engineering feasibility to project economics.  Multiple techno‑economic studies using tools such as GEOPHIRES and GETEM show that EGS LCOE can span roughly 4.6–57 ¢/kWh depending on resource grade, depth, and technology maturity, with “base case” medium‑grade resources often modeled around 11 ¢/kWh.  These wide cost ranges highlight how drilling productivity, ...