Where wasted energy becomes compute power.
Fortuda Energy converts stranded flare gas at oil wellsites into reliable power for co-located, high-density AI compute infrastructure. We are building the infrastructure layer between stranded energy and the AI supply chain.
The thesis is simple
Billions of cubic feet of natural gas are flared every year in the United States because the wellsites producing it sit below pipeline viability thresholds. The gas has no economical path to market. So it gets burned.
At the same time, AI compute needs more power than the grid can deliver. Interconnection takes years. Data center developers are locked in utility queues. Demand is outpacing supply.
Fortuda connects these two realities. We deploy modular generation and compute units directly at the wellhead, converting gas that would otherwise be flared into contracted power for GPU infrastructure. No grid connection. No land acquisition. No queue.
Our first deployment region
The Williston Basin in North Dakota is 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. It is where Fortuda is building its initial fleet.
Williston Basin, ND
Stranded flare gas sites
Leadership
Fortuda's team combines deep operational experience in upstream oil and gas with infrastructure engineering and enterprise technology. We have built, deployed, and operated physical assets in the field.
Spencer Claydon
Chief Strategy Officer
Background in energy infrastructure strategy and enterprise technology. Focused on market positioning, partnership development, and capital strategy.
Every unit we deploy eliminates routine gas flaring
The gas at the wellsites we target would be flared regardless of whether Fortuda is present. It has no economical path to pipeline. The operator burns it to meet regulatory requirements and avoid venting.
When we deploy a unit, that gas is captured and converted into electricity through controlled combustion in a purpose-built generator. The emissions profile shifts from uncontrolled flaring to controlled, efficient generation. A direct emissions reduction built into the operating model.
Sustainability is structural
- Direct flare elimination at every deployment site
- Controlled combustion replaces uncontrolled open flaring
- No additional land disturbance beyond existing pad footprint
- Units relocate when wells decline, leaving no permanent infrastructure
- Emissions data tracked and reported per unit, per site
Want to learn more about Fortuda?