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Drilling innovation at Eavor’s first-of-a-kind geothermal project in Germany

Maria Gallucci from Canary Media took this look at Eavor’s closed-loop technology, and the importance of what we’ve learned drilling at our first of a kind geothermal project in Geretsried, Germany. Eavor Co-founder and EVP Corporate Affairs, Jeanine Vany, spoke with Gallucci about the project, exploring Eavor’s drilling performance improvements and innovation. Deployment of enabling […]

Eavor Announces Significant Drilling Performance Gains at Geretsried Geothermal Project

Eavor Announces Significant Drilling Performance Gains at Geretsried Geothermal Project Drilling Breakthroughs at First Commercial Project Validate Eavor-Loop™ as Scalable, Cost-Competitive Baseload Energy Calgary, AB — October 28, 2025 — Eavor Technologies, the advanced geothermal technology company, today released a detailed white paper at the Geothermal Rising Conference proceedings in Reno. The paper highlights substantial […]

Geothermal Energy Is Heating Up. It’s Going to Need More Geologists

The Wall Street Journal highlighted a key challenge facing the geothermal industry: the growing need for geologists and subsurface experts to meet rising demand. Eavor Technologies Inc.’s co-founder and EVP of Corporate Affairs Jeanine Vany spoke with Clara Hudson about the workforce realities the sector is up against. Interest in extractive industries has declined among […]

Using techniques honed by oil and gas to find near-limitless clean energy beneath our feet

CNN recently spotlighted the growing momentum behind next-gen geothermal, and we’re proud that Eavor Technologies Inc.’s closed-loop technology is part of that conversation. There’s real progress happening in this space, with a number of companies advancing different technologies to help geothermal scale. It’s encouraging to see the sector getting the attention it deserves. As our […]

Enhanced seismicity monitoring in central Alberta, Canada: 2020–2022

Geothermal energy has emerged in recent years as a potential alternative green technology to address an ever-increasing demand by the world for energy. This study focuses on a geothermal prototype system in Alberta, Canada whereby fluid circulating in the system never enters the surrounding rock, and instead acts in a similar manner to a radiator, using conduction to heat the fluid returning to the surface. We installed a local monitoring array within 10 km of the geothermal operations to monitor for any potential microseismicity over a 2-year period. Using a machine learning data analysis approach, we identified 94 seismic events within a350 km radius of the geothermal operations, with magnitudes ranging from ML 0.94 to ML 4.09. Events detected included natural and induced events (e.g. from quarry blasting). However, no seismicity was detected within 30 km of the operations. The fact that small magnitude events were detected by the monitoring equipment, but not in the vicinity of the operations, gives us confidence that no events ML > 1 were likely induced by the geothermal activities during the 2-year monitoring period.

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