Power from Within: Building Resilient Operations in an Uncertain Energy Market
A look at how on-site energy recovery helps operators strengthen resilience, manage volatility and create a more stable foundation for long-term operational performance.

We use the geothermal heat and pressure in natural gas to generate clean electricity, but that’s just the start. Geo-Engines™ provides energy where it’s needed most, supporting emissions reduction, hydrogen generation, and carbon capture. It’s a smarter use of energy that works with existing infrastructure to deliver meaningful environmental and commercial impact.
Surplus electricity from Geo-engines powers electrolysis, turning the geothermal energy into a valuable hydrogen resource.
Expected cost per MWh
More carbon-efficient than wind
Recyclable after 20 years
Geo-Engines aren’t just an idea. They’re validated, patented, and ready for deployment. Our technology transforms wasted energy from sour gas and abandoned fields into clean power.
With proven IP and engineering-ready designs, the system supports carbon capture and enables future Net Zero operations in even the world’s most challenging environments.
From remote gas fields to carbon capture hubs, Geo-Engines™ are designed to operate in high-impact environments. These examples show how our technology delivers results across different industrial settings.
Geo-Engines™ capture heat and pressure from high-pressure gas fields and convert it into clean electricity using a patented thermodynamic cycle. The system is closed-loop, fully automated, and built using proven industrial components.
Each unit generates up to 8 megawatts of power, enough to support on-site operations, drive carbon capture systems, or enable hydrogen production at the wellhead.
Yes. The Geo-Engine is constructed from TRL 9 components with performance independently validated by Lloyd’s Register. It’s ready for deployment in real-world industrial environments.
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A look at how on-site energy recovery helps operators strengthen resilience, manage volatility and create a more stable foundation for long-term operational performance.
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Europe’s proposed 2040 climate target calling for a 90% emissions reduction puts new urgency on using existing energy infrastructure more effectively. Subsurface systems will play a key role in geothermal heat, CO₂ storage and hydrogen storage. This post explains how Geo-Engines helps operators turn high-temperature gas streams into on-site power to support practical decarbonisation and move climate policy from ambition to action.

Geo-Engines technology delivers more than renewable power. By harnessing subsurface heat and pressure, our systems also produce clean water as a natural byproduct. This dual benefit helps communities facing both energy scarcity and water stress build lasting resilience.