Utah pushes data centers amid Great Salt Lake water concerns

Utah's leaders are promoting the state as a data center hub while pledging to restore the shrinking Great Salt Lake, raising questions about water use in a drought-prone region. Governor Spencer Cox insists most facilities do not consume much water, but new legislation aims to increase transparency on their consumption. Environmental advocates and lawmakers call for better oversight to balance economic growth with conservation efforts.

In late September, Utah Governor Spencer Cox announced a partnership involving state government, a nonprofit, and business leaders to help refill the Great Salt Lake ahead of the 2034 Winter Olympics. The lake requires a rise of more than six feet to reach a minimum healthy elevation, demanding years of increased water flows, according to scientists and resource managers.

At the same time, Utah has emerged as a destination for data centers, which traditionally use significant water for evaporative cooling. Since 2021, the state has added or planned at least 15 such facilities, per Data Center Map. Cox dismissed concerns about water use, stating, “Most of the data centers do not consume water. This is a big misnomer out there.” He highlighted the need for more energy through initiatives like Operation Gigawatt to support artificial intelligence growth and warned against limiting development in a global tech race.

Records from municipal providers reveal varying consumption. The National Security Agency's Bluffdale facility used over 126 million gallons from October 2024 to September 2025, equivalent to the annual indoor needs of nearly 800 households. Aligned Data Centers consumed 80 million gallons in West Valley and 47.4 million in West Jordan, while eBay's South Jordan site used 19.5 million. Newer operations like DataBank's Granite Point in Bluffdale used just 7.7 million gallons over the same period, despite more space.

Novva's West Jordan campus, covering 1.5 million square feet, used 3 million gallons, two-thirds for landscaping, and relies on a closed-loop cooling system that avoids evaporative methods. CEO Wes Swenson noted, “We think the tradeoffs for a water-free system are worth it,” citing drought risks and client demands.

Meta's Eagle Mountain facility withdrew over 35 million gallons in 2024, up from previous years, under a confidentiality agreement with the city. It benefits from tax exemptions and has invested $100 million in local infrastructure. In Millard County, the planned Joule Capital Partners campus holds rights to over 10,000 acre-feet of groundwater but plans closed-loop systems.

State Representative Jill Koford, a Republican, has sponsored a bill requiring data centers to report water use anonymously to promote transparency. “We really don’t have any statewide guardrails for reporting and transparency,” she said. Salt Lake City enacted an ordinance in 2022 limiting industries using over 200,000 gallons daily amid regional shortages. Nationwide, $64 billion in data center projects faced blocks in 2024 due to water and energy concerns, with many in high-stress areas like Utah.

Experts like Brigham Young University's Ben Abbott emphasize that while data centers use water, agriculture and lawns consume far more. Still, Koford stressed, “We live in a desert. Let’s be smart about how we use our water.” As more campuses develop, their full impacts remain under scrutiny.

Articoli correlati

Utah Gov. Spencer Cox advocating for states' control of AI regulation, linking it to energy demands and nuclear power expansion.
Immagine generata dall'IA

Utah governor urges states to retain authority over AI regulation

Riportato dall'IA Immagine generata dall'IA Verificato

In a recent NPR video interview, Utah Governor Spencer Cox argued that states should keep primary authority to regulate artificial intelligence, warning against broad federal intervention. He also linked AI’s rapid growth to surging energy demands, backing expanded nuclear power and calling for a "human-flourishing" approach to technology.

Arizona faces severe water shortages from the drying Colorado River and depleting aquifers, yet tech companies continue building data centers and chip factories. Facilities like those from Microsoft, Meta, and TSMC have expanded rapidly, raising concerns about water use. However, current data shows their impact on the state's water supply remains limited.

Riportato dall'IA

Data center developers in Utah and elsewhere have requested exemptions from federal pollution regulations to meet the surging energy demands of artificial intelligence infrastructure. Companies like Novva and Thunderhead argued that such relief is essential for national security amid competition with China. Although the requests highlight the industry's challenges, none appear to have been granted for these projects.

Negotiations among seven U.S. states over Colorado River water allocations have stalled, missing key deadlines as reservoirs hit record lows after the driest winter in decades. The Trump administration may impose unilateral cuts if no agreement is reached by September, potentially disrupting economies in Arizona and beyond. Tensions persist between Upper and Lower Basin states over sharing reductions in the river's shrinking flow.

Riportato dall'IA

Tech companies are increasingly using natural gas turbines and engines to generate on-site electricity for data centers amid surging AI demand. This trend is leading to a boom in fossil fuel projects, particularly in the United States. Experts warn it could lock in higher emissions and hinder renewable energy adoption.

On March 4, 2026, leading tech firms including Amazon, Google, Meta, Microsoft, OpenAI, Oracle, and xAI signed the non-binding Ratepayer Protection Pledge at the White House, committing to fund new power generation and infrastructure for AI data centers to shield consumers from rising electricity bills. President Trump hailed it as a 'historic win,' but critics question its enforceability amid growing environmental and economic concerns.

Riportato dall'IA

Tech leaders like Elon Musk and Jeff Bezos propose launching data centres into orbit to power AI's massive computing needs, but experts highlight formidable hurdles. From vast solar panels and cooling issues to radiation risks, building such facilities in space remains far off. Projects like Google's 2027 prototypes show early interest, yet production-scale viability is distant.

 

 

 

Questo sito web utilizza i cookie

Utilizziamo i cookie per l'analisi per migliorare il nostro sito. Leggi la nostra politica sulla privacy per ulteriori informazioni.
Rifiuta