Baseload Geothermal Power for the
Data-Driven World
Vega Geo 3.0 is working to deliver continuous, scalable geothermal power through a semi-closed-loop system that converts deep Earth heat into renewable baseload energy.
Texas’ annual electricity generation capacity is 214,900,000 terawatt hours, or 11% of the United States total. It is estimated that the total amount of heat resource in the upper 6.2 miles (10 kilometers) of the Texas subsurface is approximately 163 trillion barrels of oil equivalent which is equates to roughly one million times Texas’ annual electricity generation. This geothermal energy potential resides just below the surface of Texas’ ranches, farms, towns and cities.

Our Mission
Determine how much of this energy resource is recoverable using our proprietary VegaGeo3.0 well design technology.
Design and execute drilling wells that deliver portions of these energy resources to businesses, cities, investors and end users.
Identify and integrate joint venture partners to achieve shared goals and explore additional geothermal areas outside Texas use.
Continue exploring and quantifying geothermal resources outside Texas where VegaGeo’s approach can be commercially applied today.
trillion
Barrels of oil in place
Or 978 Trillion cubic feet of natural gas in place


why Vega Geo 3.0?
The world’s voracious appetite for energy continues to evolve and grow exponentially. Current supplies, traditional energy producing resources coal, oil & natural gas are being consumed at an increasing rate, the promise of wind and solar are falling short and expansion of nuclear power remains a distance in the future.
Technology
Unlike current developments that are in the news, which rely on numerous long reach lateral wellbores and multiple stages of “slick water” fracture treatments to enhance natural fracture systems in the rock, Vega Geo 3.0 is simple. Vega Geo 3.0 technology relies on one vertical wellbore, placed deep into crystalline basement rock with elevated temperature to above 350 deg F.
Conventional
Hydrothermal Systems
Conventional Hydrothermal Systems (herein CHS), are geographically limited. CHS requires the presence of natural, dynamic or static water or steam in the subsurface.
Enhanced Geothermal Systems
Enhanced Geothermal Systems (herein EGS) is the current push in geothermal development. Many of the geothermal entities in the news today are pursuing EGS with some commercial success.
Vega Geo 3.0
Vega Geo 3.0’s single well concept is the next generation of EGS, which is focused on Hot Dry Rock (herein HDR). HDR is impermeable, massive granitoid or crystalline basement rock existing beneath the sedimentary cover, exhibiting critical temperatures ranging from 325 degrees F to 600 degrees F (170 - 315 C).

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contact us
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