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Enhanced Geothermal Equipment & Supplies
6 equipment items found
by:DeepPower, Inc. based inLehi, UTAH (USA)
The direct application of the DeepPower Platform is considered to be an Enhanced Geothermal System (EGS). EGS is a next generation geothermal technique and does not require natural hot water reservoirs for the development of geothermal power plants. In EGS, the developer basically creates its own reservoir by drilling down into ...
Manufactured by:AltaRock Energy (ARE) based inSeattle, WASHINGTON (USA)
Enhanced geothermal systems use well stimulation and hydroshearing technology to improve geothermal reservoirs. The hydroshearing process creates movement and sound in the rock, resulting in microseismicity. The opening and growth of fractures during stimulation is mapped by real-time measurement of the microseismicity. ...
Manufactured by:AltaRock Energy (ARE) based inSeattle, WASHINGTON (USA)
Geothermal power is a reliable, clean source of power that provides baseload electricity 24/7 rain or shine. Geothermal power plants have the least down-time of any source of power including coal, gas, oil, hydro, solar, wind, or nuclear. Geothermal plants emit only a tiny fraction of the emissions that fossil fuel powered plants do, and there is a seemingly endless amount of heat near the ...
Manufactured by:enOware GmbH based inKarlsruhe, GERMANY
System to implement an automatic Enhanced Geothermal Response Test (EGRT) with a heating cable inside or outside of an geothermal probe. The measurement is carried out with cyclically inserted GEOsniff TRT MEASUREMENT PIGS into the geothermal ...
by:Sage Geosystems based inHouston, TEXAS (USA)
Discover Sage Geosystems' Subsurface Technologies for Geothermal Everywhere. At Sage Geosystems, we are dedicated to unlocking the potential of geothermal energy across diverse geological formations. Our innovative subsurface technologies allow us to harness geothermal resources using a single well EGS (Enhanced ...
Manufactured by:AltaRock Energy (ARE) based inSeattle, WASHINGTON (USA)
Thermally-degradable zonal isolation materials (TZIMs) are a family of biodegradable polymers used during EGS well stimulations. After a reservoir zone has been stimulated, TZIMs are pumped downhole. These biodegradable plastics temporarily block fractures intersecting the wellbore, allowing the next zone of fractures to open. Once several fracture zones have been created within a single ...