Revolutionizing Geothermal Energy

At GEIOS, we’ve developed a next-generation geothermal system that combines advanced nanotechnology, quantum engineering, and AI-driven optimization to unlock the Earth’s vast energy potential.

Key Innovations

• Unmatched Efficiency: Delivering 20x more power per well at a fraction of the cost.

• Low Environmental Impact: Compact, modular designs with zero-water operation and minimal surface disruption.

• Scalable Solutions: Seamless integration with existing infrastructure for rapid, global deployment.

Proven Results

Backed by peer-reviewed research and industry-leading partnerships, our technology has already secured a 600 MW Power Purchase Agreement (PPA) and is on track to scale to 1.2 GW.

The Future of Geothermal

GEIOS is not just solving today’s energy challenges—we’re shaping the future. By making geothermal energy affordable, accessible, and reliable, we’re paving the way for a sustainable, decarbonized world.

Introducing Nanogeios: The Future of Nanotechnology and Advanced Manufacturing

At Geios Energy, we are proud to introduce Nanogeios, our state-of-the-art nanotechnology laboratory and manufacturing facility. Spanning 5,420 square meters, Nanogeios integrates cutting-edge research, sustainable manufacturing, and advanced quality control systems to develop innovative metamaterials, nanofluids, and components through our proprietary patents.

As part of our mission to democratize geothermal energy, we not only manufacture our own advanced materials but also collaborate with geothermal companies and industry leaders worldwide to enhance their projects through our groundbreaking technologies. For instance, we partnered with PT GEODIPA and UGM (Universitas Gadjah Mada) in Indonesia to address silica scaling control using our patented Nano-Sol Gel technology, among many other successful initiatives.

At Nanogeios, we have combined our expertise with leading companies like Kaigen, Airrane, Fuji, and many more to ensure that our facility benefits from top-notch specialists across every domain. These collaborations enable us to stay at the forefront of innovation, leveraging diverse knowledge and cutting-edge advancements to deliver unparalleled solutions in nanotechnology and advanced manufacturing.

Equipped with ISO-certified cleanrooms, CRISPR technology labs, and AI-driven manufacturing systems, Nanogeios is designed to advance nanotechnology while maintaining the highest standards of safety, security, and environmental sustainability. With a focus on renewable energy integration and operational efficiency, Nanogeios represents our commitment to pioneering the future of advanced materials and energy solutions.

Explore how Nanogeios is driving innovation in nanotechnology and shaping the future of energy solutions at Geios Energy.

NANOGEIOS, in collaboration with KAIGEN, demonstrates our comprehensive expertise in nanotechnology and the manipulation of structures at the angstrom scale.

Our Cutting-Edge Innovations from Macro to Micro for Geothermal Applications

What sets GEIOS apart from competitors is our unique approach to geothermal technology, integrating macro-scale engineering with micro and nanoscale innovations.

Our proprietary nano-enhanced materials, nitrogen-based nanofoam, and advanced geothermal coatings revolutionize heat transfer efficiency, reservoir stability, and energy extraction, making GEIOS the leader in next-generation geothermal solutions.

Geothermal Nitrogen Nanofoam

Our Nanofoam technology is designed for Quantum-Enhanced Geothermal (EQG) systems, replacing costly proppants by enhancing heat transfer, fracture stability, and reservoir efficiency through nitrogen gas injection.

Utilizing nanoparticle reinforcement, this innovation ensures long-term geothermal performance, superior flow dynamics, and sustainable energy extraction in GEIOS EQG applications.

IONanofluid for GEIOS EQG Geocasing Structure

Our IONanofluid technology is engineered for geothermal energy systems, improving heat transfer efficiency while preventing scale formation and corrosion in deep well structures.

Leveraging advanced ion-based stabilization mechanisms, this innovation enhances reservoir longevity, operational safety, and energy output.

This next-generation nanocoating is specially developed for Enhanced Geothermal Systems (EGS), reinforcing pipes and equipment against abrasion, chemical degradation, and scaling.

The inclusion of self-healing CeO₂ nanoparticles provides long-term durability while ensuring optimal thermal conductivity and mechanical resilience.

Nano-Al₂O₃, ZnO, and TiO coating for Geothermal EGS

Many more publications are available online at google scholar or in Elsevier and other Scientific Peer Reviewed Journals Worldwide

NANOGEIOS, in collaboration with other companies such as Airrane, Fuji or Kaigen, demonstrates our comprehensive expertise in nanotechnology and the manipulation of structures at the angstrom scale.