Series A — Wyoming Corporation
Energy From the
Earth's Core
AI data centers need gigawatts of 24/7 clean power. Solar and wind can't deliver it. We drill into Wyoming's geothermal gradient to produce baseload electricity that never stops.
Request Partnership Overview4–8 km
EGS Drill Depth
250°C
Target Temp
20-Year
PPA Structure
The System
The TerraPipeline System
01
The Drill
Hard-rock drilling is the unsolved problem in geothermal. We engineer tungsten-carbide composite drill bits designed to sustain performance through granite and basalt at depths of 4–8 km — where conventional oil and gas bits fail within hours. Getting through the rock is the technical bet we are making.
02
The Depth
Wyoming sits on the Yellowstone hotspot, delivering a geothermal gradient roughly twice the national average — around 50–60°C per kilometer of depth. At 4–8 km we reach 200–350°C: the economic sweet spot for binary-cycle power generation. No fracking, no aquifer contact, no induced seismicity.
03
The Output
A closed-loop Enhanced Geothermal System (EGS): pressurized working fluid circulates through sealed wellbores, returns superheated, drives a binary-cycle turbine. 10–50 MW per well pair. A multi-well field reaches 100–500 MW. Zero fuel. Zero emissions. Power purchase agreements structured for 20-year delivery.
Market Timing
AI Needs Power That Doesn't Stop
Microsoft, Google, Meta, and Amazon are signing 10–20 year power purchase agreements for clean baseload electricity right now — and they are struggling to find enough of it. A single large AI data center draws 100–500 MW continuously, around the clock, every day. Solar produces nothing at night. Wind is unpredictable. Neither can anchor a data center SLA.
The geothermal industry has already validated the model. Fervo Energy is delivering firm geothermal power to Google in Nevada. Eavor Technologies is proving closed-loop EGS in multiple basins. The IRA provides a 30% investment tax credit for geothermal projects — the same credit that accelerated solar deployment tenfold. The policy tailwind is real.
Wyoming has not been developed for geothermal power at commercial scale. That is both the challenge and the opportunity. The Yellowstone hotspot gives this state the best geothermal gradient in the continental U.S. We are betting that the right drill bit, the right closed-loop design, and the right offtake partner can change that. We are pre-revenue and pre-first-well. The 5M Series A funds the proof.
Nuclear takes 15 years and 0 billion to permit. Hydro is geographically saturated. Battery storage at 500 MW scale remains economically marginal. The data center operators know this. They are looking for what comes next.
Competitive Analysis
Built Different
| Category | TerraPipeline | Wind | Solar | Nuclear |
|---|---|---|---|---|
| Availability | 24/7 Baseload | Weather-Dependent | Weather-Dependent | 24/7 (when online) |
| AI Data Center Ready | Yes — firm capacity | No — intermittent | No — intermittent | Yes, but 15+ yr build |
| Carbon Emissions | Near Zero | Near Zero | Near Zero | Near Zero |
| Construction Time | 3–5 Years | 2–3 Years | 1–2 Years | 15–20 Years |
| IRA Tax Credit | 30% ITC | 30% PTC | 30% ITC | 30% ITC |
| Fuel Cost | bash — Permanent | bash | bash | Ongoing Uranium |
| Land Use | Minimal Surface | Thousands of Acres | Thousands of Acres | Moderate |
About TerraPipeline
Pre-Revenue. Pre-Well. Serious About Both.
TerraPipeline is an early-stage geothermal energy company incorporated in Wyoming. We are pre-revenue and have not drilled our first production well. We are raising a 5M Series A to change that.
The founding team brings together oil and gas drilling operations experience — specifically hard-rock directional drilling — with materials science research focused on drill bit performance at extreme temperatures and pressures. We have spent three years on the bit engineering problem before touching a capital raise. That sequencing was intentional.
We closed a seed round to complete laboratory validation of our tungsten-carbide composite formulation and to identify our first drill site in the Wind River Basin. The Series A funds the first production well: 18 months of drilling, completion, and commissioning, targeting 250°C at 6 km depth.
We are not the only company working on next-generation geothermal. The space has been validated by well-funded peers who are already delivering power. Our specific bet is Wyoming — an underdeveloped basin with exceptional geology, a business-friendly regulatory environment, and proximity to the data center corridors being built across the Mountain West.
If you operate data centers, develop energy infrastructure, or invest in hard-tech climate companies, we want to talk.
Stage
Pre-Revenue / Pre-Well
Raising
M Series A
Use of Funds
First Production Well, Wyoming
Target Customer
AI Data Centers (100–500 MW)
HQ
Cheyenne, Wyoming
IRA Benefit
30% Investment Tax Credit
Get In Touch
Let's Talk Power
Data center operators, energy investors, drilling partners, and grid developers — reach out directly. We respond to every serious inquiry.