EnvironmentSunday, June 7, 2026· 2 min read

Kevin O'Leary Cuts Utah Data Center by Half After Community Push — Environment Wins

Source: The Verge AI

TL;DR

Kevin O'Leary agreed to remove 19,430 acres from his planned 40,000-acre Utah data center, shrinking the project and protecting land near the Locomotive Springs Waterfowl Management Area. The move responds to resident and activist pressure and sets a positive precedent for balancing AI infrastructure growth with local environmental concerns.

Key Takeaways

  • 1O'Leary will remove 19,430 acres from the original 40,000-acre Stratos Project, roughly halving the planned footprint.
  • 2The reduced scope helps protect the Locomotive Springs Waterfowl Management Area and local water resources.
  • 3Decision follows pressure from residents, activists, and Utah Senate President J. Stuart Adams calling for cutbacks and water-saving tech.
  • 4Shows a constructive path for AI infrastructure developers to negotiate with communities and address environmental concerns.

Kevin O'Leary Shrinks Stratos Project After Community and Lawmaker Pressure

In a notable development for local conservation and community-led advocacy, Kevin O'Leary has agreed to remove 19,430 acres from his originally planned 40,000-acre data center project in Utah. The reduction affects land in and around the Locomotive Springs Waterfowl Management Area, an ecologically sensitive region that residents and activists had been working to protect.

The change came after public pressure and a direct call from Utah Senate President J. Stuart Adams, who urged a steep reduction in the project's size and asked for technology to minimize water consumption. While Adams had pushed for a 75 percent cut to about 10,000 acres, O'Leary's decision to halve the project's footprint nonetheless represents a meaningful concession and a clear responsiveness to community concerns.

Why this matters: large-scale data centers can place heavy demands on land and water resources. By scaling back the Stratos Project, the developer reduces potential impacts to wetlands, wildlife habitat, and local water supplies. The move demonstrates that developers behind AI infrastructure can and do change plans when communities and public officials advocate for sustainable alternatives.

Beyond the immediate environmental benefits, the outcome sets a constructive example for future AI-related infrastructure projects: productive engagement between developers, lawmakers, and residents can yield compromises that allow technological growth while protecting local ecosystems. It's a practical win for conservation, community voice, and responsible development.

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