Eavor-Loop is a closed-loop geothermal energy system that generates reliable renewable power and heat for district heating networks. This scalable technology can be deployed in diverse geological locations, providing a consistent energy source with minimal seismic impact.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional geothermal energy extraction is limited by geographical constraints, reliance on hydrothermal reservoirs, and the risk of induced seismicity, hindering its widespread adoption as a reliable renewable energy source. Exploration risk and environmental concerns further impede the development of conventional geothermal projects.
Solution
Eavor Technologies has developed the Eavor-Loop™, a closed-loop geothermal system that extracts heat from the earth without relying on natural hydrothermal reservoirs. This technology utilizes advanced drilling techniques to create a subsurface heat exchanger, circulating a benign working fluid through a sealed loop to capture geothermal energy. The Eavor-Loop™ system eliminates the risk of induced seismicity, aquifer contamination, and greenhouse gas emissions, offering a scalable and environmentally sound solution for baseload power and heat generation. The closed-loop design enables deployment in diverse geological locations, expanding the accessibility of geothermal energy as a reliable and dispatchable renewable resource.
Target Audience
The primary target audience includes utility companies, district heating providers, industrial facilities, and municipalities seeking reliable, clean, and scalable baseload power and heat solutions.
Features
- Closed-loop system with a sealed underground heat exchanger, eliminating reliance on hydrothermal reservoirs
- Advanced multilateral drilling techniques for efficient heat extraction
- Benign working fluid with no exchange with the surrounding environment
- No fracking, earthquake risk, or aquifer contamination
- Scalable design adaptable to various energy demands and geological conditions
- Baseload and dispatchable power generation for continuous energy supply
- Minimal land footprint compared to other renewable energy sources
- Remote monitoring and control for optimized performance and reduced maintenance