We turn stranded gas into AI infrastructure.
Modular power and compute units deployed directly at oil wellsites. No grid. No queue. Operational in weeks.
Why Fortuda Exists
Read Our ThesisOver 500 million cubic feet of natural gas is flared daily across U.S. oil fields
Remote wellsites produce gas with no economical path to pipeline. The gas is burned. Operators absorb the cost, the regulatory exposure, and the lost revenue.
Hundreds of megawatts of stranded energy, converted into AI compute at the wellhead.
Grid interconnection for new power capacity takes 3–5 years. GPU clusters can’t wait. Meanwhile, hundreds of megawatts of stranded energy sit at the wellhead. Already permitted, already flowing, and available now.
Fortuda converts stranded gas into contracted power and compute at the wellsite
We deploy modular power and compute units directly at the wellhead under fuel gas agreements with E&P operators. No grid connection, no land acquisition, no queue. Operational in weeks.
We are the fastest path from stranded energy to operating AI compute.
Our first deployment region is the Williston Basin in North Dakota, one of the most active oil-producing regions in the United States and one of the largest sources of routine gas flaring in the country.
How We Operate
Fortuda owns and operates every stage, from gas agreement to GPU output. Each unit is self-contained, deployable in weeks, and relocatable as production shifts across the basin.
Fuel & Power
We contract directly with E&P operators for wellhead gas supply. On-site conditioning handles H2S, CO2, and liquids. Purpose-built generators convert that gas into 300 to 500 kW of reliable, behind-the-meter electricity at a fraction of grid cost.
For Energy ProducersCompute at the Edge
Each unit co-locates liquid-cooled GPU infrastructure directly alongside generation. No grid interconnection, no utility queue, no land acquisition. Power is consumed where it's produced, the shortest possible path from fuel to FLOPS.
For Compute BuyersFleet Operations
Fortuda's operating model is built for distributed assets. Centralized monitoring, remote diagnostics, and redeployable hardware mean our units follow the basin, moving to the highest-value sites as production shifts over time.
Our ApproachLatest Research
- Industry Report24 min read
The State of Distributed Compute Infrastructure: 2026 Industry Report
- Perspective14 min read
Why Distributed Power Is Essential to AI's Future
- Research22 min read
The Stranded Energy Opportunity: Turning Waste Gas into Compute Power
- Research19 min read
Grid Independence and Resilience: The Case for Off-Grid Data Infrastructure
Leadership
Fortuda's team combines deep operational experience in upstream oil and gas with infrastructure engineering and enterprise technology.
Meet the TeamEnvironmental Impact
Every unit eliminates routine flaring at the wellsite. The gas would be burned regardless. We convert it into productive work. Direct emissions reduction, built into the operating model.
Our Sustainability ApproachPartner With Us
We work with E&P operators, compute buyers, institutional investors, and equipment suppliers. If you operate wellsites, need GPU capacity, or want exposure to energy-to-compute infrastructure, we should talk.
Get in Touch