Eden

Electrical Reservoir Stimulation Technology

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Subsurface resource recovery that’s more precise, sustainable, and effective. Our Electrical Reservoir Stimulation Technology makes it possible.

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Eden's unique approach is equally well suited to enhancing subsurface permeability across industries, including geothermal, mining, carbon storage, and geologic hydrogen. 

Our patented Electrical Reservoir Stimulation (ERS) Technology uses electricity to enhance permeability, increasing the recovery of new and existing assets. Our technology reduces water consumption, curbs carbon emissions, and mitigates the seismicity risks that come with traditional hydraulic fracturing, making the process fundamentally more sustainable.
 

LEADING INNOVATIONS IN RESOURCE RECOVERY
Directional Permeability Enhancement
Our innovative technology harnesses the power of electrical pulses, granting us precise control over the directionality of the fractures.

We help industry leaders recover natural resources with unprecedented precision by strategically positioning our proprietary downhole electrodes. This allows for more targeted and efficient stimulation of rock formations.

MAXIMIZING RESERVOIR PERFORMANCE
No Short Circuits
Traditional hydraulic fracturing often leads to uncontrollable fractures that can dominate fluid flow, preventing re-stimulation in areas that still need fracturing.

‍Eden’s ERS technology, offers control over where fractures are generated, allowing for targeted stimulation in previously missed areas to ensure optimal geologic reservoir stimulation.


CREATING NEW OPPORTUNITIES
Field Tested Across Geologies
Eden's technology is not just a theoretical concept; it’s an actionable solution deployed in the field. 

With successful projects in the Middle East and ongoing pilots in the US, we've proven our method's real-world applicability across multiple geologies.

Industry leaders are already deploying our Electrical Reservoir Stimulation Technology across mining, geothermal, and more.

  • Precise control over the direction of permeability enhancement
  • Environmentally friendly and reduced water consumption
  • Maximize geologic reservoir fracture creation
  • Tested across industries and geologies