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Utah Data Center Intel

Latest data center news, projects, power and policy across Utah — updated daily.

Recent Utah data center news

  • Do We Really Need Mega Next-Gen Data Center Campuses?

    The article explains why hyperscale data center campuses are becoming larger and more complex, offering analysis rather than announcing a new project.

    • It cites Meta’s 3,650-acre Hyperion campus in Richland Parish, Louisiana and mentions a floated 40,000-acre Utah site for Kevin O’Leary’s Stratos concept, later reduced to 20,000 acres.
    • Industry experts from JLL, Omdia, and Dell’Oro Group discuss multi-building campuses, 10-50 MW AI clusters, power and water planning, and the use of on-site generation, dedicated substations, and air-cooled chillers in cooler climates.
  • Patented: Solenic Medical’s Implant-Infection Device and 120 More Inventions Across North Texas

    Solenic Medical has announced progress toward a pivotal clinical trial for its SOLA-2 alternating magnetic field system after receiving FDA Investigational Device Exemption approval.

    • The company said the FDA approved its Investigational Device Exemption on June 23, 2026, clearing it to begin a pivotal trial for patients with periprosthetic joint infections and infected knee replacements.
    • The trial is expected to enroll patients in the second half of 2026 at national orthopedic and academic centers; Solenic estimates global healthcare costs from these infections at more than $6 billion a year, potentially rising above $15 billion by 2035.
  • Nuclear Momentum Meets the Megawatt Test

    The article is a news analysis of recent U.S. nuclear industry announcements and their links to AI and data center demand.

    • Constellation Energy advanced the Crane Clean Energy Center restart in Pennsylvania after a FERC waiver and NRC draft environmental review, supported by a 20-year agreement with Microsoft for all electricity, capacity and clean-energy attributes.
    • The piece also covers Kairos Power’s Hermes 2, four criticality demonstrations, the Savannah River Site data center proposal, DOE’s $17.5 billion conditional financing for AP1000 reactors, Walmart’s nuclear PPA, Palisades restart progress, and NRC/DOE fuel and licensing reforms.
  • Climate Change Solutions - July 28, 2026

    Environmental and Energy Study Institute has published a Climate Change Solutions newsletter highlighting climate data access, data center health impacts, nuclear energy, and several congressional bills.

    • The newsletter spotlights a new online platform, Climate.us, and an interview with Rebecca Lindsey, who discusses filling the gap left by the now-defunct Climate.gov.
    • It also summarizes recent legislative activity, including the House passage of the Next-Generation Geothermal Research and Development Act (H.R. 8790) and Senate movement on the Water Resources Development Act of 2026 (S.4949) and the Wildfire Emissions Prevention Act of 2026 (S.5045).
    • A separate article in the newsletter discusses data center health impacts, noting emissions from on-site diesel generators and from natural gas and coal power plants used to power data centers.
  • Mobilizing for Techno-Economic War, Part 6: From Free Trade Agreements to Strategic Techno-Economic Agreements

    ITIF has published a policy report proposing Strategic Techno-Economic Agreements (STEAs) as a new framework for U.S.-led trade deals aimed at strengthening allied industries and constraining China.

    • The report argues that the free trade era is over and calls for binding, reciprocal agreements with allies that include zero-for-zero tariffs, digital trade rules, defense production cooperation, investment screening, export-control alignment, and counter-IP theft measures.
    • It also cites several recent or existing policy precedents and announcements, including USTR’s March 2026 Section 301 investigations, the U.S.-U.K. critical minerals MOU, and the Pax Silica initiative; the report itself is an original ITIF publication, not a news report of a single transaction.
  • White House Expands Data Center Ratepayer Pledge as Congress Moves to Codify Protections

    The White House expanded its voluntary Ratepayer Protection Pledge to 187 utilities, electric cooperatives, and data-center developers, while Congress advanced the bipartisan Ratepayer Protection Act from committee 52-0.

    • The White House said the pledge now covers 187 organizations plus 23 governors, and the coalition “protects” 263 million Americans; signatories commit to fund generation and grid upgrades for their data-center loads without shifting costs to other ratepayers.
    • The House Energy and Commerce Committee advanced H.R. 9340 on July 21; the bill would require state regulators and nonregulated utilities to consider a large-load standard for sites with at least 100 MW peak demand and recover the full incremental cost of grid upgrades. New York’s Executive Order 62 separately put permits for 50 MW+ data centers on hold pending an environmental review.
  • Right-Sizing Data Centers: How to Match Footprint to Real-World Demand

    The article explains a framework for right-sizing data centers and argues that bigger is not always better.

    • It compares the size spectrum from edge and micro data centers to hyperscale campuses, emphasizing that deployments should be sized around actual business needs.
    • It discusses factors for planning footprint, including IT load, server classes, rack density, cooling, materials, and phased expansion; examples cited include AWS’s 1,200-acre Project Rainer in New Carlisle, Indiana, and CoreSite’s LA1 in Los Angeles.
  • New York State just hit pause on the AI data center boom

    New York State has announced a one-year moratorium on new hyperscale data centers while it develops a regulatory framework for permitting, community impacts, and grid protection.

    • Governor Kathy Hochul signed an Executive Order described as the “nation’s first moratorium” on new hyperscale data centers, with the state halting environmental permits for up to one year.
    • New York will create a Generic Environmental Impact Statement (GEIS) and a Community Investment Framework (CIF) within 60 days; the article also says the state is considering a fund tied to aging grid infrastructure and clean energy procurement.
    • The proposed community contribution is $1 million per megawatt (MW) of anticipated utility demand per project, implying $50 million for 50 MW and $400 million for 400 MW.
    • The piece is a news analysis/commentary article about policy and industry impacts, not a first-hand company announcement; it references prior and current policy moves in New York and quotes analysts on likely market effects.
  • Tract looks to develop 900MW data center park outside Richmond, Virginia

    Tract has announced a pre-application filing to develop the Tuckahoe Technology Park, an 872-acre master-planned data center campus in Goochland County, Virginia.

    • Filed a pre-application for a conditional use permit (CUP) through VALCO Goochland, LLC for land in the county’s technology overlay district (TOD West).
    • The proposed campus would include 12 buildings, reach 900MW at full build-out, and require more than $3 billion in investment; a community meeting is scheduled for July 23.
    • Tract says it aims to make sites zoned, powered, and shovel-ready for other developers, and county officials said negotiations have been ongoing since late 2023.
  • Aalo Atomics’ Test Reactor Reaches Criticality at INL, Fourth DOE-Authorized Advanced Reactor by July 4

    Aalo Atomics has announced that its Aalo-X Critical Test Reactor (CTR), dubbed Project First Light, reached criticality at Idaho National Laboratory on July 4, making it the fourth DOE-authorized advanced reactor to achieve criticality in the recent federal reactor testing push.

    • DOE said Aalo’s test reactor successfully completed a zero-power fueled criticality demonstration at INL under the Reactor Pilot Program; Aalo told POWER the CTR reached criticality at 12:20 a.m. MT on July 4.
    • Aalo CEO Matt Loszak said criticality paves the way for the Aalo Pod to power commercial data centers after NRC authorization; Aalo said the 10 MWe Aalo-X design supports construction and licensing in 2027 and operations/safety demonstrations in 2028.
    • The article also says Aalo has begun work on Project Ascension, a second reactor on the INL campus, with excavation and earthwork completed and first concrete being prepared; Aalo expects to finish it by end-2026 and make commercial-scale electricity in 2027.

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