Geothermal Powered Data Centers & Direct Use Industrial Complexes

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Clean, reliable, dedicated power complexes, delivering baseload power and thermal efficiency

OUR COMPANY

We develop geothermal resources for captive power and direct use applications. Our baseload, clean power complexes provide unique cost advantages, reliability and sustainability for tomorrow's compute needs

Solution

Our soluton is built on three main differentiators.

Captive Baseload Power

On-site use of electricity shifts the power plant model from utility power purchase agreements (PPA) to an avoided cost model, often at 2-3x PPA pricing, driving high flow through margins. Integrated geothermal power generation and compute complexes present multiple synergies and thermal efficiencies, providing significantly greater operating margin potential.

Integration Synergies and Thermodynamic Efficiency

Geothermal resources provide reliable 24/7 baseload power with minimal variable cost, eliminating risk of fuel supply chain (gas/coal) or intermittent storage cost for clean energy (solar/wind). Great basin hydrothermal resources benefit from significant water output and low ambient air temperatures, enabling an integrated waste heat and cooling system with high thermodynamic efficiency through regenerative cycles and absorbtion chilling.

Sustainability

Nuclear, coal and natural gas pollution along with water requirements are sparking severe opposition to large scale data center development. Clean, reliable baseload power and water access is a key differentiator for geothermal as a optimal solution for sustainable development of the compute power needed for the AI economy.

OUR SITES

Geothermal Site Portfolio

The great basin presents an optimal region for geothermal compute complexes with extensional hydrothermal resources in basin/range settings providing predictable, shallow drilling resources with favorable ambient temperatures.

Hot Snake, ID

Lease Position: 4,565 acres

History: Skyladder holds proprietary drilling data from historical exploration

Status: Deep temperature gradient permitting and power capacity modeling - Planned Summer/Fall 2026

McCoy, NV

Lease Position: 14,263 acres

History: McCoy mercury mine heat source modeled and TG confirmed with drilling and geochemistry. (Lange 1980)

Status: Low Density Shallow Temperature Gradient Fault Trace - Planned Summer 2026

Seven Troughs, NV

Lease Position: 3,040 acres

History: Hot wells confirmed in basin and springs in foothills. Shallow TG anomaly identified on leasehold Q2FY26.

Status: High density shallow temperature gradient - Planned Winter 2026

Tuscarora, NV

Lease Position: 3,067 acres

History: Region explored by Earth Power leading to northern Tuscarora power plant construction in 2011.

Status: Low Density Shallow Temperature Gradient Fault Trace - Planned Summer 2026

Boulder Valley, NV

Lease Position: 638 acres

History: Warm wells and springs confirmed in region and fault structures mapped.

Status: High density shallow temperature gradient - Planned Winter 2027

Battle Mountain, NV

Lease Position: 1,521 acres

History: Warm wells and springs confirmed in region and fault structures mapped.

Status: Intermediate density shallow temperature gradient - Planned Winter 2027

HOW IT WORKS

Our Process.

Resource Confirmation

AI enhanced reservoir model development and temperature, water and permeability confirmation through subsurface sampling and temperature gradient drilling. In house exploration and geologist team conduct field mapping (fault, geochemical and spectral), followed by contracted drilling confirmation and GeothermEx feasibility study.

Site Design and Forward Purchase Agreements

Secure forward purchase agreements for power, compute and carbon credits. 3rd party design/development contracting and shovel-ready budget and cash flow model.
Secure construction financing and build-out timeline established.

Construction & Integration

Finalize partnerships along with production and injection drilling plan. Contract turn-key power block and data center construction. 18-24 months to go live power generation.