Nascent breakthrough technology builds on more than a decade of innovation in modern oil and gas drilling and production, translating those advances into a step‑change for geothermal energy. By applying proven high‑performance drilling techniques, we’ve achieved major improvements in system efficiency, well design, and overall project economics.
Using precision directional drilling to create horizontal wells within geothermal reservoirs—an approach that fundamentally reshapes what geothermal development can look like. Horizontal drilling allows us to access more of the heat resource from a single wellbore, drill multiple wells from a single pad, and dramatically reduce our surface footprint. This approach also lowers drilling risk and opens up geologic formations that were previously too complex or costly to reach. The result is a significant expansion of a geothermal resource base which is accessible and provides a pathway to deploying carbon‑free, always‑on power in regions where it was never before possible.
The planned installation of fiber optic cables downhole in our geothermal wells will allow us to gather and analyze real-time data regarding flow, temperature, and performance of the resource, providing unique insights into subsurface behavior at a resolution never before possible. Advanced data analytics algorithms enable us to identify precisely where the best resources exist and optimize flow distribution through the reservoir to maximize heat mining efficiency.
Taken together, Geo Energy’s engineers innovative approach to geothermal well design, reservoir engineering management, and advanced data analytics allows us to access a massive resource base that other operators are unable to exploit.
Geothermal energy is generated continuously within the Earth, making it inherently stable and immune to weather patterns or seasonal variability. As a true 24/7 resource, geothermal power delivers consistent, dispatchable electricity that can operate around the clock. This reliability allows geothermal to serve as a firm backbone for the grid or to seamlessly complement the fluctuations of variable renewable resources like wind and solar. It provides the dependable clean energy needed to support a fully decarbonized, resilient power system source with the lowest land‑use requirements of any clean energy technology. Modern geothermal plants use an efficient binary cycle process to convert underground heat into electricity without combustion, producing zero carbon emissions and no harmful pollutants. Because the working fluid is fully contained and the water used in the system is continuously recycled, geothermal has exceptionally low water consumption and no impact on local air quality. It delivers clean power with a minimal environmental footprint—making it one of the most sustainable energy solutions available today.
ReliableGeothermal energy is produced constantly within the Earth and is not dependent on seasonal variability like other forms of renewable energy. As an always-on resource, geothermal power can be used reliably around the clock or to complement the fluctuations of other renewable energy resources.
A 2016 National Renewable Energy Laboratory study found that there is enough geothermal energy within a subsurface depth of 5 km – commercially accessible today – to fully satisfy U.S. electrical demands. The report also found that within a subsurface depth of 7 km, there is an electricity generating potential that can meet U.S. electrical demands five times over.
Geo Energy’s approach to reservoir development relies on applying proven technologies from other industries in ways that are new to geothermal. All the drilling technology used to develop our projects already exists, and therefore we have a unique opportunity to begin scaling rapidly today, tapping into the skilled workforce of the oil industry for a new clean energy resource.
The markets have already begun to recognize the value that geothermal energy can provide. As we reach deeper levels of decarbonization, including a massive buildout of wind and solar, the value of reliable, 24/7 clean power will continue to increase significantly. In addition, an increase in drilling productivity and technological advancements will lower geothermal drilling costs through well-established learning curve cost reductions.
Geo Energy is committed to advancing the next-generation geothermal industry and accelerating the growth of 24/7 clean power. By relying on authored peer-reviewed research papers, we aim to accelerate geosciences innovation.
Geo Energy uses advanced drilling techniques adapted from the oil and gas industry to improve geothermal performance. By combining directional drilling, horizontal wells, and real-time data analytics, the technology increases efficiency, reduces risk, and makes previously inaccessible geothermal resources viable.
Horizontal drilling allows access to a larger portion of the underground heat resource from a single well. It enables multiple wells to be drilled from one location, reduces surface impact, lowers costs, and improves overall energy output by maximizing heat extraction.
Fiber optic cables installed inside wells provide real-time data on temperature, flow, and performance. This data helps engineers analyze subsurface conditions, optimize resource use, and improve efficiency through advanced analytics and precise reservoir management.
Geothermal energy is a constant, 24/7 renewable source that is not affected by weather conditions. With proven drilling technologies and an experienced workforce from the oil industry, geothermal projects can scale quickly while maintaining consistent and dependable power generation.
