Learn the policy frameworks, agency roles, and practical challenges that shape data center siting on public lands—and how public administrators can lead on the issue.
Artificial intelligence and cloud computing have driven demand for data center capacity to levels that private land markets cannot meet, pushing tech giants onto federal lands. In 2025, the Department of Energy identified 16 sites for potential development, fundamentally altering the mandate of public land managers.
For public administrators, this shift demands expertise in NEPA review, tribal consultation, and intergovernmental relations, all under accelerating approval timelines. The tension between federal preemption and state and local pushback now plays out in agency permitting offices and courtrooms.
These challenges are not abstractions; they are active casework. Successfully resolving them will define the career paths of the next generation of public administrators.
The explosion of artificial intelligence and hyperscale cloud computing has created an unprecedented demand for data center capacity, driving developers to pursue federal lands at a scale never before seen in public land management.
Data centers are the physical backbone of the digital economy, and the current buildout is fueled by three intersecting forces. First, AI training and inference workloads require massive, concentrated computing power that far exceeds traditional cloud services. Second, energy density requirements are soaring: a single new campus can demand one gigawatt or more of electricity, rivaling a large power plant. Third, security and latency concerns push operators toward self-contained campuses with dedicated power and fiber infrastructure, making it harder to rely on incremental expansion in urban areas.
Federal lands offer rare advantages for hyperscale projects. Expansive parcels, often thousands of contiguous acres, are still available in regions with robust transmission corridors and renewable energy potential. Developers perceive a streamlined pathway: federal preemption of local zoning, the ability to negotiate a single federal environmental review rather than multiple state and local processes, and, in some executive orders, mandated accelerated permitting timelines for AI infrastructure. The result is a fundamental shift in where the cloud physically lives.
That shift is now materializing. In 2025, the administration directed agencies to identify up to ten federal sites for fast-tracked data center development. Early proposals target Bureau of Land Management parcels in the Nevada desert, Department of Energy reservations in the Pacific Northwest, and even underutilized Department of Defense installations where energy security overlays with commercial need. In some cases, acreage equivalent to small towns is under consideration for single-user campuses.
For public administrators, this is uncharted territory. The convergence of energy policy, land management, economic development, and national security on public lands, all areas of public policy making, demands a new professional fluency. Decisions made today about siting, water use, and grid impacts will lock in infrastructure for decades, making the current moment as urgent as it is historically novel.
As of August 2026, the Department of Energy has identified 16 federal sites for potential data center development, with four selected for immediate partnership. The Bureau of Land Management has approved one project, and the Department of Defense is exploring further locations. These projects span multiple states and reflect a push to leverage federal lands for AI and cloud infrastructure while raising significant environmental and permitting questions.
| Site / Location | Agency | Status | Key Details |
|---|---|---|---|
| Paducah AI Data Center Campus, Kentucky | U.S. Department of Energy (DOE) | Announced plans | Partnership with NextEra Energy and Brookfield to build AI and high-performance computing campus on former uranium enrichment site; includes new power generation and battery storage. |
| Idaho National Laboratory AI Data Center Site, Idaho | U.S. Department of Energy (DOE) | Selected for development | One of four DOE sites chosen for large-scale AI data center and energy generation project on federal land. |
| Oak Ridge Reservation AI Data Center Site, Tennessee | U.S. Department of Energy (DOE) | Selected for development | Selected as suitable for hyperscale AI data center and new power generation infrastructure on Oak Ridge Reservation. |
| Savannah River Site AI Data Center, South Carolina | U.S. Department of Energy (DOE) | Selected for development | National Nuclear Security Administration collaborating with Amentum on a 1-gigawatt data center at Cold War-era site. |
| Portsmouth Gaseous Diffusion Plant Data Center Site, Ohio | U.S. Department of Energy (DOE) | Identified in DOE RFI | Plans for a massive 10-gigawatt data center campus powered primarily by natural gas on a former nuclear enrichment site. |
| Argonne National Laboratory AI Data Park, Illinois | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential 110-acre developable site for a 1,000-MW AI data park, with target operations by 2028. |
| Brookhaven National Laboratory Data Center Site, New York | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential AI infrastructure and large-scale data center development on DOE land. |
| Fermi National Accelerator Laboratory Data Center Site, Illinois | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential AI and high-performance computing data center infrastructure on federal land. |
| National Energy Technology Laboratory Data Center Site, Multiple states | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential AI infrastructure and large-scale data center development across multiple DOE locations. |
| National Renewable Energy Laboratory Data Center Site, Colorado | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential AI data center leveraging existing renewable energy infrastructure on federal land. |
| Pacific Northwest National Laboratory Data Center Site, Washington | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential AI infrastructure and hyperscale data center site on DOE land. |
| Princeton Plasma Physics Laboratory Data Center Site, New Jersey | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential AI and high-performance computing data center on Princeton Plasma Physics Lab federal land. |
| Los Alamos National Laboratory Data Center Site, New Mexico | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential AI and advanced computing data center site at Los Alamos National Laboratory. |
| Sandia National Laboratories Data Center Site, New Mexico | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential AI infrastructure and large-scale data center site on Sandia federal land. |
| Pantex Plant Data Center Site, Texas | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential AI and high-performance computing data center at Pantex Plant site. |
| Kansas City National Security Campus Data Center Site, Missouri | U.S. Department of Energy (DOE) | Identified in DOE RFI | Potential AI infrastructure and hyperscale data center site on DOE land in Missouri. |
| Townsite Data Center, Boulder City, Nevada | U.S. Bureau of Land Management (BLM) | Approved | First data center approved on BLM public lands; 88.5 acres adjacent to Townsite Solar project, proposed by Skylar Capital Management. |
| Tucson Air Force Base 500-MW Data Center Concept, Arizona | U.S. Department of Defense (Air Force) | Concept under assessment | U.S. government assessing interest in developing a 500-megawatt hyperscale data center on an Air Force base in Tucson. |
Federal policy on siting data centers on public lands has shifted rapidly from a structured, cautious planning phase under the Biden administration to an accelerated approval and development push under the Trump administration. The following timeline highlights the major actions and orders that public administrators need to understand.
In early 2025, a Biden executive order set strict conditions for AI data centers on federal lands, requiring environmental, climate, and equity reviews. The order mandated that by February 28, 2025, the Department of Energy (DOE) and Department of Defense (DOD) each identify three suitable sites; public solicitations were to follow by March 31. Construction was to be permitted and approved by December 31, 2025, with groundbreaking by January 1, 2026, and full capacity by December 31, 2027.2
On July 23, 2025, President Trump signed Executive Order 143181, revoking the Biden AI infrastructure order. The new directive, as detailed in a White House fact sheet, instructed the Departments of the Interior, Energy, and Defense to authorize construction on appropriate federal lands, including military installations, brownfields, and Superfund sites, for data centers exceeding 100 MW of new load, costing at least $500 million, or deemed critical to national security. It ordered the Environmental Protection Agency to streamline permitting under the Clean Air Act, Clean Water Act, CERCLA, and TSCA, and to expand NEPA categorical exclusions via the Council on Environmental Quality. Qualifying projects became eligible for FAST-41 permitting and a range of financial incentives.
One day after the order, on July 24, 2025, DOE announced the first four federal sites for AI data center co-location: Idaho National Laboratory, Oak Ridge Reservation, Paducah Gaseous Diffusion Plant, and Savannah River Site.3 In June 2026, the Bureau of Land Management released its approved decision for the Townsite Data Center on 88.5 acres of public land, citing EO 14318. By late July 2026, DOE detailed plans to redevelop the Paducah site into a major campus. Amid these moves, some members of Congress proposed legislation to permanently ban large data centers on federal and military land,4 while the EPA eased gas turbine emission restrictions, illustrating the contested balance between development and conservation. For public administrators, each phase reshapes compliance, community engagement, and interagency coordination, underscoring the importance of federal administration best practices.
For public administrators, the patchwork of federal land authority creates a critical decision point: understanding which agency holds the key to a proposed data center site can mean the difference between a stalled project and a streamlined approval process. Today’s policy landscape demands fluency in the distinct roles of the Department of the Interior, the Department of Energy, and the Department of Defense, as outlined in a Congressional Research Service report on federal permitting for data center energy infrastructure.
The DOI and its Bureau of Land Management (BLM) are the primary stewards of most federal public lands. Under statutes like the Federal Land Policy and Management Act (FLPMA) and the Mineral Leasing Act, BLM issues rights-of-way and leases for transmission lines, renewable energy, and communications infrastructure: all essential components of a data center campus.1 In 2025 and 2026, a presidential directive instructed BLM to identify lands suitable for energy facilities to power frontier AI data centers and to designate Priority Geothermal Zones with expedited permitting.2 Executive Order 14318 further compels DOI to revise internal guidance, stripping permitting requirements tied to climate or environmental justice that could slow data center approvals.
The DOE serves as the lead federal energy agency, responsible for coordinating fast-track permitting pathways for data centers and co-located energy infrastructure on federal property. Through authorities found in the Atomic Energy Act and DOE organization statutes (42 U.S.C. 2201, 7256), the department can offer land site authorizations on DOE-managed lands for qualifying projects.4 Recent initiatives under Executive Order 14318 direct DOE, in partnership with GSA, to publish a streamlined development pathway that prioritizes substations, fiber connectivity, and edge computing hubs, while also removing procedural hurdles unrelated to core infrastructure review.
The DoD controls extensive military installations and can lease non-excess property for private data center development that supports defense or national security objectives. Its authority derives from 10 U.S.C. 2668 (the Enhanced Use Lease Program) and references to the Defense Production Act as a tool for critical infrastructure. Under the 2025-2026 policy push, the Secretary of Defense is encouraged to open military lands to qualifying projects, using leasing and easement powers to grant rights-of-way for transmission and supporting energy infrastructure.3
This fragmentation means that a single data center proposal might touch BLM for land rights, DOE for energy coordination, and DoD if sited on a base. Public administrators must map these authorities early, aligning project plans with the specific agency’s permitting timelines and statutory frameworks to avoid costly delays.
Public administrators overseeing data center siting on federal lands must navigate the National Environmental Policy Act (NEPA), a multi-stage review process triggered by any federal nexus. Recent reforms, including a 2025 statutory two-year ceiling for Environmental Impact Statements and Executive Order 14318, aim to accelerate reviews while maintaining public involvement.
Federal agencies are fast-tracking data center approvals on public lands, while many state and local governments are pushing back with zoning codes, moratoria, and ballot measures.
No state legislature enacted direct preemption of federal siting in 2025-2026. Instead, responses ranged from protective executive orders to market-shaping mandates. Arizona's December 2025 AI Framework Executive Order explicitly preserves local zoning, water regulation, rate classification, and grid cost-allocation authority.1 This means practical constraints in Phoenix, Chandler, and Mesa, and at the Arizona Corporation Commission, still hold, even when a project sits on federal land. Meanwhile, Virginia lawmakers in 2026 required site assessments for any data center proposal exceeding 100 megawatts, covering noise, water, agriculture, historic sites, forests, and parks. Such laws do not block federal action but layer state requirements on top of NEPA reviews, adding time and scrutiny.2
At the local level, outright moratoria became a blunt tool. Lansing, Michigan, passed a 182-day halt (ending January 2027) on new data center permits. Otsego, Minnesota, held hearings on a one-year moratorium. In Sunbury, Ohio, residents gathered 450 signatures, well over the 174 required, to place a 25-megawatt cap on the November ballot, aiming to block a $2 billion Amazon campus. These moves reflect a deepening rift between federal economic development priorities and community concerns over noise, water, and grid strain.3
The tension has already spilled into courts and appeals. In Nevada, the BLM's approval of the 88.5-acre Townsite Data Center in Eldorado Valley4, citing Executive Order 143185, faced a challenge from Boulder City6, now before the Interior Board of Land Appeals, largely over the lack of public hearings. Virginia saw a state appeals court rule in April 2026 that public-notice failures invalidated a key step, handing a win to opponents.2 In New Mexico, the state land commissioner twice rejected a 17-mile water pipeline for Oracle's 2.5-gigawatt Project Jupiter, citing water, carbon, and revenue concerns.3
For public administrators, these clashes create a fractured operating environment. Federal land managers may be directed to expedite leases under EO 14318, while state environmental agencies and local planning boards assert their independent review authorities. A project that sails through BLM approval can stall at a county zoning board or become entangled in state water rights disputes. The administrator's role increasingly involves brokering federal-state partnerships, translating between federal timelines and local public comment periods, and ensuring that community voices are not lost in the fast-tracking. As data center proposals on public lands multiply, the ability to navigate this multi-jurisdictional maze will become a core competency in public administration practice.
Promises of job creation and tax revenue often collide with concerns over water consumption, grid reliability, and habitat loss when data centers target federal lands.
Proponents highlight multi-billion-dollar investments, construction employment, and long-term economic anchors. Hyperscale campuses on public land can attract ancillary tech firms and provide a stable tax base for rural counties. For public administrators, these projects represent rare opportunities to boost local economies with minimal direct municipal expenditure.
Water use scales dramatically with facility size. A medium-sized data center may draw 300,000 gallons per day, while a hyperscale campus consumes between 1 million and 5 million gallons daily.1 Approximately 57% of that water is potable, directly competing with residential and agricultural needs.1 In drought-prone regions, this strain is acute: data centers in the Phoenix metro area already use 177 million gallons per day2, and a single Meta campus has drawn up to 1 billion gallons annually from an agricultural aquifer.3 Nationally, direct data center water consumption reached 17.4 billion gallons in 2023, while indirect water used for power generation topped 211 billion gallons.4 Projections suggest AI-driven demand could raise annual consumption to 60-110 billion gallons by 2030.5
Electricity demands are equally staggering. New AI-focused campuses typically require 100-500 megawatts of continuous power, with some planned sites exceeding 1,000 megawatts.1 Interconnection to high-voltage transmission often necessitates new substations and rights-of-way across public lands, triggering additional environmental reviews and local pushback over visual and land-use impacts.1 The cumulative load can overwhelm regional grids and delay other development projects.1
Weighing these trade-offs is a core competency for public administration. They must apply evidence-based policymaking to scrutinize economic projections against long-term water rights, utility capacity, and ecosystem integrity. When a proposal promises 50 permanent jobs but locks in 2 million gallons of daily water consumption for decades, the calculus demands rigorous, transparent analysis that serves both current constituents and future generations.
Tribal consultation is a structured dialogue between federal agencies and Native American tribal governments, triggered when a proposed project on federal land or requiring federal approval may affect tribal interests. For data center development, this means engaging tribes on issues like cultural site protection, water rights, and land use before decisions are made.
The primary mandates come from the National Environmental Policy Act (NEPA), Section 106 of the National Historic Preservation Act (NHPA), and executive orders such as 14156 and 14210. Under NEPA, agencies must assess environmental impacts, including effects on tribal cultural resources, and invite tribal input. NHPA’s Section 106 requires federal agencies to identify historic properties and consult with tribes that attach religious or cultural significance to them. However, these duties apply only when a federal permit, right-of-way, or funding is involved. Many data center projects avoid triggering formal consultation by siting on private, state, or county land, leaving tribal concerns unaddressed through federal channels. Even on federal lands, agencies like the Bureau of Land Management have been criticized for late or cursory consultation.
All these cases remain pending or lack reported outcomes as of mid-2026.
Data centers can strain local resources, particularly water in arid regions, and increase energy demand and emissions from backup generators. For communities already burdened by environmental hazards, these impacts deepen existing inequities. Sacred site disruption further compounds cultural harm. While some states have paused or regulated data center expansion, New York’s one-year pause began July 14, 20261, and Minnesota and South Dakota introduced bills5, environmental justice analyses remain inconsistent.
Public administrators hold a dual responsibility: to facilitate lawful, meaningful consultation and to weigh economic development against stewardship. This demands early, transparent engagement with tribal governments, adherence to procedural mandates, and a commitment to mitigating disproportionate impacts. Skirting consultation not only invites legal challenge but violates the public trust, especially when decisions affect ancestral lands and vulnerable populations.
How can I build a public administration career around the siting of data centers on public lands?
This issue sits at the intersection of core MPA and MPP career paths. You will draw on intergovernmental relations as federal, state, and tribal governments negotiate siting decisions, administrative law to navigate NEPA and other permitting processes, environmental policy to balance development with conservation, and public finance to weigh economic incentives against infrastructure costs.
Public administrators have a rare opportunity to shape an emerging policy domain that will define land use, energy systems, and community development for decades. By building expertise now, you can lead the effort to ensure these projects serve the public interest.
