Max Power and TerraVolt Explore Natural Hydrogen-Powered AI Data Centers at 14.2 sq km Canadian Site
June 2, 2026
Max Power and TerraVolt Explore Natural Hydrogen-Powered AI Data Centers at 14.2 sq km Canadian Site
Max Power Mining Corp. has signed a non-binding Memorandum of Understanding (MoU) with TerraVolt Inc. to jointly explore the development of natural hydrogen-powered AI data centers on a 14.2-square-kilometer site in Saskatchewan, Canada. The agreement marks a significant step in combining frontier energy resources with the rapidly growing computational demands of artificial intelligence.
The partnership aims to assess the feasibility of using naturally occurring hydrogen—an emerging zero-carbon energy source—to power high-density data centers. The site, located in the Rider Valley region of Saskatchewan, is part of Max Power’s extensive land holdings in the area, where the company has previously identified natural hydrogen seeps. Under the MoU, TerraVolt will provide its expertise in data center design and modular hydrogen-to-power conversion technology, while Max Power will lead hydrogen exploration and extraction planning.
“This collaboration represents a paradigm shift in how we think about powering the next generation of AI infrastructure,” said a spokesperson for Max Power. “Natural hydrogen offers a unique opportunity to deliver clean, baseload energy directly at the source, eliminating transmission bottlenecks and reducing carbon footprints.” The companies anticipate that the site could host multiple phases of data center buildout, with the initial phase targeting up to 50 megawatts of capacity, scaling to several hundred megawatts in later stages.
The announcement comes amid growing industry pressure to find sustainable energy solutions for AI workloads, which are projected to increase global data center electricity consumption by 10-15% annually through 2030. Natural hydrogen, which is generated through subsurface geological processes, has attracted increasing investment as a potential low-cost, low-carbon alternative to electrolytic hydrogen. However, commercial production remains in early stages, with few projects worldwide having demonstrated consistent flow rates.
Industry analysts note that while the concept is promising, significant technical and economic hurdles remain. “The key challenge is proving that natural hydrogen can be extracted at scale and at competitive costs,” said an energy infrastructure analyst. “If successful, this model could be replicated in other hydrogen-prone regions, but we are likely years away from a commercially viable project.” The MoU sets a six-month timeline for a joint feasibility study, after which the partners will decide whether to proceed with a pilot facility.
Source: datacenterdynamics
