Exxon Mobil is reportedly involved in a pilot project that uses excess natural gas from oil production to power bitcoin mining machines in North Dakota, according to a report citing people familiar with the matter. The project is said to be taking place near the Bakken shale basin and to involve a partnership with Crusoe Energy Systems, a company known for converting flare gas into usable energy for digital infrastructure.
The reported initiative reflects a growing intersection between the energy sector and cryptocurrency mining. Rather than allowing surplus gas to be burned off through flaring, companies are increasingly exploring whether that energy can be redirected into on-site power generation for computational workloads such as bitcoin mining. In this case, sources told the report that Exxon’s pilot is already operating with bitcoin mining servers on location.
How the reported model works
In shale oil operations, extracting crude often releases natural gas as a byproduct. When there is no immediate pipeline access, insufficient infrastructure, or limited economic incentive to transport that gas, producers may resort to flaring—burning the excess gas at the well site. This practice is common in some oil fields, but it has long been criticized as wasteful and environmentally problematic.
Companies such as Crusoe Energy have built a business model around addressing that issue. Their systems are designed to capture gas that might otherwise be flared and convert it into electricity that can be consumed immediately on site. One of the more visible applications for this power is bitcoin mining, which can be deployed modularly and operated in remote locations where conventional industrial demand may not exist.
According to the report, Exxon’s pilot in North Dakota follows this pattern. The unnamed sources said the operation uses excess gas from an oil pad near the Bakken formation and powers crypto mining hardware directly at the location. Crusoe Energy, however, declined to comment when asked about the matter, and the information has not been publicly confirmed in detail by Exxon in the cited report.
Expansion reportedly under consideration
Beyond North Dakota, the report said Exxon Mobil may be considering additional pilots in multiple regions. One of the unnamed sources claimed the company was evaluating similar flare-gas-to-crypto-mining projects in Alaska, Nigeria’s Qua Iboe Terminal, Argentina’s Vaca Muerta shale field, Guyana, and Germany.
If accurate, that would suggest the pilot is not being viewed solely as an isolated experiment, but as a model with potential relevance across Exxon’s broader upstream footprint. Even so, the available information remains limited. No official details were provided in the cited report regarding output, timeline, economics, emissions performance, or the scale of any future rollout.
That lack of formal disclosure is important. At this stage, the story rests on reporting sourced to individuals who said they could not be named because the project details were not public. As a result, the North Dakota pilot has drawn attention less as a fully documented corporate initiative and more as a signal of where major energy producers may be headed.
Part of a broader industry trend
The idea of using flare gas for bitcoin mining did not begin with Exxon. The report notes that in August 2020, Arcane Research published leaked screenshots suggesting that Equinor, the Norwegian state-owned energy company, was also working with Crusoe Energy in North Dakota. That reported collaboration was likewise framed around reducing flaring from oil operations by directing stranded gas into bitcoin mining.
More recently, reports in mid-February indicated that ConocoPhillips had been selling excess flare gas to bitcoin miners in North Dakota. According to the cited coverage, the company did not disclose which miner purchased the gas or how long the pilot had been running. Still, the reporting suggested that third-party operators such as Crusoe often play a central enabling role in these arrangements.
Taken together, these reports point to an emerging operating model in which oil and gas producers, rather than becoming miners themselves in the traditional sense, work with specialized technology firms that can deploy mobile or modular power-and-compute systems in the field.
An emerging niche within energy and digital assets
Crusoe is not the only company pursuing this segment. The report also mentions Upstream Data and EZ Blockchain as providers of gas-to-bitcoin solutions. These companies focus on helping producers monetize gas that would otherwise be wasted, especially in remote production areas where transportation infrastructure is limited.
Other examples were also cited. Greenidge Generation has used excess gas to mine bitcoin rather than let the energy go unused. EZ Blockchain said last year that it had worked with Texas-based oil and gas provider Silver Energy, and that a mining system had been set up in Alberta, Canada in February 2021.
This growing list of projects suggests that the “gas-to-bitcoin” concept is developing into a recognizable niche within both the energy and digital asset industries. The appeal is straightforward: transform a constrained or stranded energy source into electricity, then convert that electricity into a globally liquid digital commodity.
What the Exxon report could mean
If Exxon is indeed testing this model, the symbolic significance is considerable. Exxon Mobil is one of the largest oil producers in the United States, and its participation in even a limited pilot would underscore how far bitcoin mining has penetrated traditional energy conversations. It would also reinforce the argument made by some mining advocates that bitcoin can serve as a flexible, location-agnostic buyer of otherwise wasted energy.
At the same time, important questions remain unanswered. Reports of flare-gas mining often focus on efficiency and waste reduction, but they do not automatically settle broader debates around emissions, regulatory treatment, or the long-term economics of mining. Whether such projects reduce environmental impact in a meaningful way depends on operational details that were not disclosed in the reported Exxon case.
For now, the reported North Dakota pilot appears best understood as part of a wider movement: oil and gas companies, facing pressure to reduce waste and improve resource utilization, are exploring whether digital asset mining can become a practical outlet for excess energy. Whether that becomes a lasting strategy or remains a niche experiment will depend on market conditions, policy developments, and the performance of the pilots now coming to light.