GEOFLEX™
THE NEXT GENERATION OF GEOTHERMAL
The Earth never stops producing heat.
We’re giving that energy a new way to move.
01 / THE OPPORTUNITYRETHINK WHAT’S POSSIBLE
Legacy oil and gas wells were built to extract fuel. GEOFLEX gives suitable wells a second life — as the foundation for a new, decentralized energy system.
GEOFLEX is standalone: no grid connection required. GEIOS stimulation and heat extraction feed DC-native generation, fixed and mobile storage, and power routed on demand. A validated well can become a high-value charging hub—even within a city where suitable wells are available.
One platform. A different possibility.Geothermal heat provides a continuous source; storage shapes delivery around the load.
Containerized surface systems bring generation and storage closer to the resource.
Transportable batteries connect a generation hub to customers beyond its fence.
02 / THE TECHNOLOGYFOLLOW THE ENERGY
AN INTEGRATED ENERGY SYSTEMFrom a resource below ground to usable energy above it. Explore the four stages that make the GEOFLEX platform work.
THE RESOURCE
GEIOS stimulation and extraction capture heat from a validated well. A thermal working fluid carries that heat through the geocasing architecture to the surface conversion pod. Proprietary subsurface design and stimulation know-how remain protected.
03 / THE PLATFORMENGINEERED TO WORK TOGETHER
Four capabilities. One coordinated system.
Each part strengthens the next.
No grid connection is required. GEOFLEX capitalizes on geothermal heat to produce power, stores it, and routes it on demand to local customers or a mobile energy fleet. Site validation and commissioning still apply.
The containerized surface pod integrates thermal conversion and DC charging. Fixed storage anchors the hub; transportable storage extends its reach.
An Organic Rankine Cycle expander drives a DC generator. DC-to-DC conditioning charges batteries without inserting a redundant AC generation and rectification chain.
Geothermal generation and storage operate under unified dispatch. The design combines continuous heat input with battery response, rather than depending on weather-driven charging.
THE DC-NATIVE ADVANTAGE
Native DC generation removes the AC-to-DC rectification stage. Voltage conditioning and battery protection remain part of the system.
DIRECT BY DESIGN04 / WELLS TO WHEELSTHE NOMAD ENERGY FLEET
Generate where the heat is.
Deliver where the demand is.
Firm geothermal generation
charges the Nomad at the hub.
A truck carries stored electrical
energy to the remote site.
A controlled connection transfers
energy to stationary storage.
The Nomad returns to charge.
The site battery serves its load.
ILLUSTRATED OPERATING CONCEPT · ROUTE, LOAD AND STORAGE SIZING DETERMINE DELIVERY CAPABILITY
05 / APPLICATIONSBUILT AROUND REAL DEMAND
From critical compute to remote operations. A platform designed for the places that cannot afford to stand still.
06 / IDEAS INTO ENGINEERINGTHE KNOWLEDGE LIBRARY
Understand the architecture. Explore the concept.
See how protected GEIOS technology connects the pieces.
These high-level explainers describe the platform without publishing protected implementation details. Architecture illustrations are conceptual; project suitability and performance remain site-specific.
07 / COMPANY NEWSTHE NEXT CHAPTER
GEIOS identifies U.S. provisional application 64/103,327 for its expanded DC-native platform, combining battery transfer, fleet management and energy delivery.
Read the updateFind our Houston contact address and speak with the GEIOS team about wells, energy demand and project opportunities.
Read the updateA LITTLE MORE CLARITY
For project-specific engineering and deployment discussions, speak with the GEIOS team.
The geothermal well remains in place. The surface generation pod is transportable, and mobile battery units carry stored electricity from the generation hub to the customer. The fleet does not transport a geothermal reservoir or generate geothermal heat while driving.
No. GEOFLEX is totally standalone and does not need a grid connection. GEIOS stimulation and heat extraction capitalize on the well’s heat to produce DC-native power. That power is stored in fixed or mobile batteries and routed on demand to customers. Supply is conditioned for each load; AC equipment uses an appropriate inverter.
Every documented well with temperature data is a candidate for assessment. A candidate is not automatically a validated resource. Undocumented wells require thermal-camera assessment, well structural evaluation and an on-site visit before validation and acquisition. GEIOS then assesses usable heat, well integrity, access, ownership, site requirements and the intended energy demand.
Yes, depending on well availability and validation. A suitable well can become a high-value geothermal charging station close to urban demand. Fixed storage serves nearby loads; Nomad batteries carry stored power to other locations. Well integrity, site access, safety and local permissions determine whether a particular city site can proceed.
GEOFLEX uses proprietary GEIOS stimulation, extraction and integrated power architecture. Its U.S. patent application is under validation—patent pending. Detailed downhole configurations and stimulation know-how remain protected proprietary information. Patent-pending status is not a notice of an issued patent.
No. DC-native means the generation and battery-charging architecture is built around DC, avoiding an unnecessary external AC generation and rectification detour. Batteries and compatible DC loads use regulated DC; AC loads receive power through suitable inversion. Thermal conversion, conditioning and storage still have losses.
A project starts with well documentation, resource assessment and load requirements. Undocumented wells receive thermal-camera assessment, structural evaluation and a site visit before validation and acquisition. GEIOS then engineers stimulation and extraction, DC generation, storage and delivery together. Site permissions, safety studies and commissioning remain essential.
THE NEXT CHAPTER STARTS WITH A CONVERSATION
Have a well, a power challenge, or a bigger ambition?
Let’s explore what GEOFLEX can make possible.
