Exxon Mobil is reportedly taking part in a pilot project that uses excess natural gas from oil production to power bitcoin mining equipment in North Dakota, according to a report citing people familiar with the matter. The project is said to involve Crusoe Energy Systems and to be operating near the Bakken shale basin, a major U.S. oil-producing region.
The reported initiative centers on a problem long associated with oil extraction: excess natural gas that is released during production and often burned off through flaring when it cannot be economically captured, transported, or used on site. Instead of wasting that gas, the pilot is said to convert it into electricity for bitcoin mining servers operating directly at the oil pad. If accurate, the arrangement would place one of the world’s largest oil companies within a growing segment that links stranded energy resources to digital asset infrastructure.
How the Report Describes the Pilot
The original report, published by Bloomberg and attributed to unnamed sources, says Exxon is working with Crusoe Energy in North Dakota. Crusoe is known for offering systems designed to reduce routine gas flaring by turning otherwise wasted natural gas into usable power for modular data centers and mining units. In this case, the people cited in the report said the mining machines are already running on site.
The same sources also claimed Exxon is considering similar pilots beyond North Dakota. Locations reportedly under review include Alaska, Nigeria’s Qua Iboe Terminal, Argentina’s Vaca Muerta shale field, Guyana, and Germany. Those details suggest that the concept, if expanded, could become part of a broader strategy around flare gas utilization rather than a single isolated test.
At the time of the report, Crusoe declined to comment. No formal public confirmation from Exxon was cited in the source material, meaning much of the market’s understanding still rests on the account provided by unnamed individuals said to be familiar with the program.
Why Flare Gas and Bitcoin Mining Fit Together
Gas flaring occurs when oil and gas companies produce associated natural gas that cannot be profitably moved to market or integrated into existing infrastructure. In many shale operations, crude output is the primary focus, while gas handling capacity may lag behind. The result is routine flaring: a process that disposes of the gas by burning it at the well site.
Bitcoin mining, by contrast, is highly energy-intensive but geographically flexible. Mining computers can be deployed in modular containers, and they do not need to be located near urban demand centers. That makes them a possible match for remote oil fields with excess gas. Instead of sending unused gas into a flare stack, operators can direct it into generators and use the resulting electricity to run mining hardware. Supporters of the model argue that this can improve resource efficiency by monetizing gas that would otherwise be wasted.
Crusoe has built its business around this proposition through what it describes as digital flare mitigation. The idea is to give oil and gas producers a practical way to reduce flaring intensity while generating economic value from an energy stream that has traditionally been treated as a byproduct.
Exxon Is Not the Only Name Linked to the Trend
The reported Exxon pilot is part of a broader pattern in which major energy companies and specialized service providers have been linked to gas-to-bitcoin operations. In August 2020, Arcane Research published material indicating that Equinor, the Norwegian state-owned energy company, had also worked with Crusoe Energy in North Dakota. According to that report, the collaboration focused on lowering flaring from oil operations by using the gas for bitcoin mining.
More recently, reports in mid-February indicated that ConocoPhillips had been selling excess flare gas to bitcoin miners in North Dakota. CNBC said the company was involved in a pilot in the Bakken region, though it did not identify the specific mining buyer or disclose how long the effort had been underway. The same reporting noted that a company like Crusoe is often used as the technical intermediary in such arrangements.
These examples suggest that the model is no longer being discussed only at the startup level. Rather, it is increasingly appearing at the intersection of large-scale upstream energy production and digital infrastructure deployment, particularly in regions where associated gas is abundant and takeaway constraints remain a challenge.
A Growing Ecosystem of Gas-to-Bitcoin Providers
Crusoe is not alone in the market. The source material also points to other firms, including Upstream Data and EZ Blockchain, both of which offer systems that convert natural gas into power for bitcoin mining. Another company mentioned is Greenidge Generation, which uses excess gas to mine bitcoin instead of allowing that energy to go unused.
EZ Blockchain previously said it was working with a Texas-based oil and gas provider called Silver Energy. According to the report referenced in the source material, the company had set up a mining system in Alberta, Canada, in February 2021. That example illustrates how the model has already spread across multiple producing regions in North America, supported by firms specializing in off-grid and modular energy-to-compute solutions.
What This Means for the Industry
If the reported Exxon pilot is confirmed and expanded, it would mark another sign that bitcoin mining is being integrated into real-world industrial energy systems rather than operating solely as a standalone digital business. For oil producers, the appeal lies in finding productive use cases for stranded or excess gas. For the bitcoin sector, the attraction is access to low-cost and flexible energy sources that can be deployed at the edge of the grid or entirely off-grid.
At the same time, projects of this kind are likely to remain under scrutiny. Their supporters frame them as a way to reduce waste and improve the economics of flare mitigation. Critics may still question whether turning fossil fuel byproducts into mining power meaningfully advances emissions goals or simply extends the economic life of hydrocarbon extraction. Those debates are likely to intensify as more major energy companies explore the model.
For now, the Exxon story remains a report based primarily on unnamed sources rather than a detailed public corporate announcement. Still, the significance of the claim is clear: if one of the largest U.S. oil producers is indeed testing flare gas-powered bitcoin mining in North Dakota, it would reinforce the view that the energy and crypto industries are finding increasingly practical points of connection.