American GeoPower
”The Future Is Under Our Feet”
Welcome To Advanced Geothermal Energy Technologies
American GeoPower (AGP) is the original granted patent holder and pioneer of advanced closed-loop geothermal technologies worldwide. AGP was first to define and introduce key terms now central to the industry, including “Geo Salt,” A.G.C.L.S. (Advanced Geothermal Closed Loop Systems), and A.G.C.L.M.S.S. (Advanced Geothermal Closed Loop Molten Salt Systems). These groundbreaking concepts continue to lead the evolution of ultra-high temperature geothermal energy.
AGP is The Amazon of Renewable Energy Solutions. Not because we imitate anyone—but because we offer vast, scalable, and interconnected solutions to the world’s most urgent energy and climate challenges. And if anyone asks, we’re talking about the river—deep, diverse, and powerful.
What sets AGP apart is our entire suite of solutions that integrate into one system—a complete, ready-to-deploy platform for sustainable energy transformation. From geothermal heat harvesting to molten salt thermal storage, our technologies are designed to work together to help put the greenhouse emissions genie back in its bottle—and keep it there for good.
Contact AGP at info@americangeopower.com to help Planet Earth Today.
American GeoPower (AGP) develops innovative and practical solutions to effectively transform how geothermal energy is accessed, harvested, stored, and distributed. A key component of our geothermal energy technology is using molten salts in a closed-loop system that is capable of extracting thermal energy from hot briny fluids and ultra-high temperature sources such as hot rock, and even magma. These are the sources that will unlock the true potential of geothermal power. We believe that our granted patent systems represent the best means of capitalizing on ultra-high temperature geothermal energy available today. Our technologies also offer an effective means to enhance conventional geothermal systems.
AGP’s Concentric Molten Salt Closed Loop System Animation Approximately 1:30 Seconds.
Mission Statement
Enable Geothermal Power To Become The World’s Leading Renewable Energy Technology
ADVANTAGES OVER OTHER GEOTHERMAL TECHNOLOGIES :
- Closed-loop system abates the release of harmful gases and fluids to the environment.
- The amount of water and energy consumption needed to drive the processes is greatly reduced.
- Operating costs are reduced by cutting the amount of maintenance compared to conventional geothermal systems.
- Improved ability to store and distribute thermal energy.
- Greatly reduced environmental impact compared to other enhanced geothermal energy extraction systems.
Countries around the world are urgently searching for faster, more effective ways to meet their growing energy demands while simultaneously slashing greenhouse gas emissions.
There is a pressing global need to rapidly expand renewable energy production, improve energy storage and transmission, increase access to clean water, accelerate the development of green hydrogen, and decarbonize nearly every aspect of modern life. These challenges must be tackled simultaneously, and at scale.
At the same time, it is critical to protect the health of global economies, safeguard existing jobs, and create meaningful new employment opportunities. The energy transition must support both environmental goals and economic resilience.
American GeoPower’s intellectual property portfolio includes a diverse and powerful suite of granted patents—both U.S. and international—focused on advanced geothermal energy technologies. In addition to these core patents, we have developed a wide range of complementary proprietary methods and solutions that make up a unified, practical platform for next-generation geothermal deployment.
Our primary business is licensing these technologies to geothermal developers, operators, municipalities, and energy-intensive industries worldwide. We are also actively building full-scale working demonstration projects in key global locations. These profitable, real-world installations will serve as living proof for potential licensees—because at AGP, we believe that seeing is believing.
AGP Is Ready For Your Challenge Now!
Target Markets:
- Geothermal energy companies looking to become more cost-efficient and environmentally responsible
- Other thermal energy-producing facilities looking for efficient thermal energy storage solutions.
- Municipalities
- High energy consumption industries
- Industries in need of environmentally friendly heat sources
- Waste management and water resource industries
- Carbon credit buyers
- Syngas and Bio-Crude producers
SAND82-2377 Unlimited Release Printed October 1982 – Final Report – Magma Energy Research Project John L. Colp, Geophysics Division 1541, Sandia National Laboratories, Albuquerque, NM 87185 Distribution Category UC-66
Abstract
The DOE-funded, 7-year research project conducted by Sandia National Laboratories to assess the scientific feasibility of extracting energy directly from buried magma sources in the upper 10 km of the earth’s crust has been completed successfully. Scientific feasibility (the demonstration, by means of theoretical calculations and supporting laboratory and field measurements, that there are no known insurmountable theoretical or physical barriers which invalidate a concept or process) was demonstrated for the concept of magma energy extraction.
The U.S. magma resource is estimated at 50,000 to 500,000 quads of energy — a 700- to 7000-year supply at the current U.S. total energy use rate of 75 quads per year. Existing geophysical exploration systems are believed capable of locating and defining magma bodies and were demonstrated over a known shallow buried molten-rock body. Drilling rigs that can drill to the depths required to tap magma are currently available, and experimental boreholes were drilled well into buried molten rock at temperatures up to 1100°C.
Engineering materials compatible with the buried magma environment are available, and their performances were demonstrated in analog laboratory experiments. Studies show that energy can be extracted at attractive rates from magma resources in all petrologic compositions and physical configurations. Downhole heat extraction equipment was designed, built, and demonstrated successfully in buried molten rock and in the very hot margins surrounding it. Two methods of generating gaseous fuels in the high-temperature magmatic environment — generation of H₂ by the interaction of water with ferrous iron, and H₂, CH₄, and CO generation by the conversion of water–biomass mixtures — have been investigated and show promise.
Quads and Quads and Quads of Endless Green Thermal Magma Energy — Powered by AGP
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