1. What the Count Shows
At least 17 data center campuses and related infrastructure projects have been proposed on land owned by the American public, according to an analysis the Center for Western Priorities, a conservation group, published on October 20, 2026. The group's wider tally stands at no fewer than 35 active or pending applications before the Bureau of Land Management, together covering more than 24,000 acres across six Western states.
The figures matter because the artificial intelligence boom depends on physical space as much as on chips and software. Training and running large AI models requires enormous halls of servers, a dependable supply of electricity and, in many designs, large volumes of water for cooling. Developers looking for sites with all three are increasingly turning to federal land, much of which sits in the arid West where parcels are large and population is sparse.
The headline number and the broader number describe different things. The figure of 17 refers to campuses and related infrastructure projects, while the count of 35 refers to applications filed with the land agency. Not every application describes a standalone campus: some seek rights to build the supporting systems that a campus needs, such as power and transmission corridors. Readers should therefore treat the two figures as complementary measures of the same wave of interest rather than as competing estimates.
Public lands are held in trust for all Americans, which gives the question an unusual public dimension. Unlike a private parcel, a federal tract cannot simply be sold or leased on the owner's terms: the agency in charge must follow statutes that require environmental analysis, consideration of other uses and, in many cases, an opportunity for the public to comment. Each application therefore starts a process, not a transaction, and the time that process takes is a central concern for both companies and critics.
2. Where the Proposals Are Located
The analysis covers federal land in Arizona, Idaho, Nevada, Oregon, Utah and Wyoming. These states contain some of the largest holdings managed by the Bureau of Land Management, the Interior Department agency responsible for roughly a quarter-billion acres of public land. The agency typically manages that land for multiple uses, including grazing, recreation, energy development and conservation, and it decides whether to grant companies the right to build on it.
Several of the proposals are large by any standard. One nuclear-powered facility proposed in Utah would cover more than 9,000 acres, an area that dwarfs a conventional data center site. The size reflects the ambitions of the sector: developers are planning not only buildings full of servers but also the generation capacity to feed them, and bundling the two on a single tract can simplify the project's logistics.
Another reason the region attracts interest is the existing grid footprint. Power lines, solar arrays and substations already cross much of the federal estate, and developers see value in locating computing campuses near that infrastructure. Applications for rights-of-way, which grant permission to cross or occupy public land for a defined purpose, are the usual route for such linear facilities, which explains why some of the filings concern transmission rather than server buildings.
The geography also shapes the debate over resources. Many of the affected areas are dry, and water used to cool servers competes with farms, towns and wildlife. Electricity is a parallel concern, since a large campus can draw as much power as a small city. These practical limits explain why the conservation group chose to track not just campuses but also the power and transmission requests that accompany them.
3. How Quickly Are Applications Piling Up?
Filings are arriving faster than before. In September 2026, the Center for Western Priorities counted about 12 proposals that covered roughly 17,600 acres. About a month later, the number of applications before the Bureau of Land Management had climbed to at least 35, and the acreage had passed 24,000.
That jump in a matter of weeks suggests that the interest is not a passing curiosity. A rise from a dozen proposals to dozens of applications, and from about 17,600 acres to more than 24,000, points to developers and power companies treating public land as a serious option for the next generation of computing capacity. The pace also means that any tally is a snapshot; the totals may look different by the time the agency has worked through its queue.
A few of the applicants appear repeatedly. Developers tied to several right-of-way requests in Arizona, Nevada and Idaho illustrate how one company can pursue multiple sites at once, spreading risk across states while it waits to learn which approvals come through. For the public, the practical consequence is that a single corporate name may be linked to a considerable share of the total acreage under review.
4. Why Is Washington Speeding Up Approvals?
Much of the activity traces back to federal policy. In July 2025, the Trump administration issued an executive order meant to accelerate permitting for data centers, particularly those tied to artificial intelligence. The order focused on large facilities, those drawing more than 100 megawatts of electric power, a scale that places a campus among the heaviest industrial users of electricity in any region.
Speeding up permits is a stated priority because the government views AI capacity as a strategic and economic asset. Opening federal land and trimming the time needed for reviews lowers one of the main obstacles developers face, which is the long wait for approvals. Supporters of this approach argue that the country risks falling behind if building takes years while demand grows in months.
The same urgency is what concerns the report's authors. A faster lane for approvals can shorten the period in which communities, scientists and other land users are able to weigh in. The conservation group frames the surge as a test of whether the existing system for public input and environmental review can keep up with an industry that wants to move quickly.
Background helps explain why the 100-megawatt threshold matters. A megawatt is a million watts, and a facility using 100 of them needs a dedicated connection to the high-voltage grid, often with new generation or transmission built to serve it. Projects of that size are rarely quiet additions to a landscape, which is why the order's emphasis on faster permits has drawn attention from people who live near federal land.
5. Setbacks Already Visible in Nevada
Not every project has moved smoothly. A facility on about 88.5 acres near Boulder City, Nevada, had previously won approval, but it has since run into appeals and is now being held up while those challenges are heard. The site is small next to the Utah proposal, yet it has become an early example of how contested these projects can be.
The episode shows that approval by the land agency is not necessarily the end of the road. Appeals to the Interior Department's review body can pause a project, and environmental groups have shown they will use that route. For developers, the risk of delay is a cost that has to be weighed against the appeal of cheap, large parcels of land.
It also hints at what may follow elsewhere. If the larger proposals are approved, they are likely to face similar challenges, and the outcomes of the early cases may shape how future applications are written, reviewed and defended.
6. Opposition Is Organizing
Resistance has grown alongside the number of applications. Local residents and environmental advocates point to the consumption of water and energy by data centers, and to the possibility that the public will lose access to land it currently uses for hiking, hunting, camping and other recreation. Public land is, by definition, a shared resource, and handing large tracts to private computing operators raises questions about who benefits.
Political pressure is building as well. Lawmakers in Arizona have asked for greater transparency about the projects, wanting clearer information on what is being proposed and how decisions are made. Advocacy groups have gone further, calling for a moratorium on new data center projects, citing the strain they place on local resources.
These demands reflect a wider pattern in the debate over AI infrastructure. Supporters stress jobs, investment and national competitiveness, while critics emphasize power bills, water supply and the loss of open space. Because the land in question belongs to everyone, the argument over data centers on public lands carries a particular edge: the question is not only whether the facilities should be built, but also whether federal land is the right place for them.
The arguments on both sides are familiar from earlier infrastructure fights over pipelines, mines and wind and solar farms on federal land. What is different now is the speed and the scale: dozens of applications in a few weeks, spanning six states, with the largest tracts running to thousands of acres. That combination is why the topic has moved from a niche land-management issue to a broader policy discussion.
7. What Happens Next?
The immediate step is for the Bureau of Land Management to continue processing a queue of at least 35 applications, each of which will need to be assessed on its own terms. Decisions on individual rights-of-way, environmental reviews and any further appeals will determine how many of the proposed campuses ultimately reach construction.
Observers will also be watching whether the pressure from lawmakers and advocacy groups changes the process. Calls for transparency could lead to more public disclosure of pending applications, while the demand for a moratorium, if it gained traction, would halt new filings. Neither outcome has been decided.
For now, the clearest takeaway is the speed of the trend. A count that stood near a dozen proposals in September had grown to at least 35 applications by late October, and the figure may keep rising as developers look for the space and power that AI computing requires. How regulators, courts and communities respond will help decide whether federal land becomes a major home for the industry or a flashpoint in the fight over how it grows.