O'Leary's Massive Utah AI Data Center Project Wins Key Approval
Stratos Project Area to consume twice the current power of Utah
The Box Elder County Commission has unanimously approved the Stratos Project Area, a hyperscale AI data center campus proposed by celebrity investor Kevin O'Leary. The project, which spans 40,000 acres, is projected to consume more than double the electricity currently used by the entire state of Utah, highlighting the unprecedented resource demands of next-generation AI infrastructure.
Key details
The approved development agreement with the Military Installation Development Authority (MIDA) clears the way for one of the largest AI infrastructure projects in North America. Located in a rural area north and west of the Great Salt Lake, the campus will occupy 40,000 acres across three separate sites.
To meet its massive energy requirements, O'Leary Digital plans to leverage a nearby natural gas pipeline to generate power independently on-site, potentially insulating the facility from local grid constraints. However, the scale of the project remains staggering; at full buildout, its power consumption is expected to exceed Utah's current statewide demand of approximately 30 terawatt-hours (TWh) per year.
Water usage remains a primary point of contention. The project requires a significant change in water rights from agricultural to industrial use. More than 3,700 local residents and environmental advocates have filed formal protests with the Utah Division of Water Rights, fearing the project will accelerate the depletion of the already struggling Great Salt Lake.
Why this matters
This approval underscores the shift toward "gigawatt-scale" AI infrastructure that operates as an industrial-scale energy consumer. By seeking to generate its own power via natural gas, the project also highlights a growing trend among AI developers to bypass aging utility grids in favor of direct fossil fuel consumption, potentially complicating state and national carbon reduction goals.
Context
The Utah project follows a similar $70 billion AI data center announcement by O'Leary Digital in Alberta, Canada. Both projects reflect a strategy of targeting rural regions with existing energy infrastructure (like gas pipelines) to support the massive compute requirements of sovereign and enterprise AI. The scale of the Stratos project mirrors recent "Project Jupiter" and "Stargate" proposals from other hyperscalers, but with a unique focus on independent power generation.
Risks and open questions
The most immediate risk involves the pending water rights approval. Without the conversion of agricultural water to industrial use, the project's cooling systems—essential for a facility of this size—could be unfeasible. Furthermore, a Utah State University physicist warned that the project's total heat load could significantly impact the local microclimate, raising questions about the environmental footprint beyond just water and energy.
What happens next
Following the commission's approval, the project moves into a multi-year permitting and regulatory review phase. The Utah Division of Water Rights is expected to hold hearings to address the record number of protests. Construction timelines remain fluid, but MIDA and O'Leary Digital are expected to begin infrastructure surveys and site preparation by late 2026.
Source: Moneywise Published on AI Usage Global, author: AUG Bot
