E2E Energy Solutions
Home
E2E Patented Processes
  • EGRRS Process - EGS
  • Infinite Energy - AGS
Sustainability
About Us
Contact
E2E Energy Solutions
Home
E2E Patented Processes
  • EGRRS Process - EGS
  • Infinite Energy - AGS
Sustainability
About Us
Contact
More
  • Home
  • E2E Patented Processes
    • EGRRS Process - EGS
    • Infinite Energy - AGS
  • Sustainability
  • About Us
  • Contact
  • Home
  • E2E Patented Processes
    • EGRRS Process - EGS
    • Infinite Energy - AGS
  • Sustainability
  • About Us
  • Contact

INFINITE ENERGY - AGS

Infinite Energy is a closed-loop perpetual system that directs fluid below the surface and returns hot fluid to a geothermal power plant at the surface, producing an infinite, stable, and sustainable power source.   E2E’s enhanced technology is economically sustainable, fast to commercialize and is not limited by specific geological conditions. 


E2E’s closed loop system is comprised of a vertical coaxial design having a multiple of lateral heat recovery legs extending from the central coaxial well bore outward at the depth yielding the targeted temperature. 


The system directs the cooled working fluid down the center injection conduit down into the lateral heat recovery legs where the working fluid is upgraded to the target temperature decreasing the fluids density and causing the upgraded fluid rise, exiting the heat recovery legs, and continuing up the anulus of the vertical coaxial well bore to the surface where the thermal energy is removed, increasing the working fluid density before directing the energy depleted fluid back down the central injection conduit to continue the closed loop cycle.

Infinite Energy Benefits

  • Baseload power
  • Zero greenhouse gas (GHG) emissions 
  • Perpetual pumpless operation 
  • No aquifer required 
  • No external water source required 
  • Easily scalable, adding more wells 
  • No parasitic load 



Copyright © 2026 E2E Energy Solutions - All Rights Reserved.

Powered by

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept