Who’s REALLY Draining America Dry?

Close-up of a dripping outdoor water faucet

newsworthy.news — Americans are being told that artificial intelligence data centers are draining our water, yet the best numbers we have suggest thirsty almond farms are the far bigger guzzlers—raising hard questions about who actually gets blamed when resources run short.

Story Snapshot

Online discussion claims California almond farms use several times more water than all United States data centers combined, but the underlying study is not yet public.
Policy and engineering sources say modern data centers can sharply cut water use with closed-loop cooling and non-drinking-water supplies.
Environmental groups warn that fast-growing data-center hubs can still strain local water systems and even warm nearby neighborhoods.
Debates over data-center water hide a deeper problem: government and elites rarely give citizens an honest, apples-to-apples accounting of who uses how much—and why.

How Almonds, AI, and Water Got Pulled Into the Same Fight

A viral online claim argues that growing almonds in California uses about 1.3 trillion gallons of water each year, supposedly more than four times the water used by all data centers in the United States, including both cooling and the water used to generate their electricity. ^[1] That framing hits a nerve because it suggests Americans are scolded over emails and artificial intelligence searches while large-scale agriculture quietly dominates water use. However, the original study behind that comparison is not included in the public record here, so the precise math and methodology remain unverified. ^[1]

Policy researchers and engineers complicate the simple “data centers are the new villain” narrative. The Environmental and Energy Study Institute reports that all 5,426 United States data centers together consume billions of gallons of water annually, with large facilities using up to 5 million gallons per day—similar to a town of 10,000 to 50,000 people. ^[3] That is a big number, but still a small share of national water use compared with agriculture, which includes almond orchards and livestock feed. The real clash is over where these facilities are built and who pays when local supplies run tight.

What Makes Data-Center Water Use Different From Farm Irrigation

Engineers stress that the key question is not just how much water is withdrawn, but how much is actually consumed and removed from the local supply. An industry-focused analysis explains that in many cooling systems, only the portion of water that evaporates—often around seventy percent—is truly consumed. ^[2] Facilities that use closed-loop cooling can dramatically cut this loss; one technical source notes these designs may consume only five to ten percent of the water they withdraw, sometimes relying on reclaimed wastewater or even seawater instead of municipal drinking water. ^[2] That kind of setup looks very different from open irrigation canals where most of the water never returns in usable form.

Policy analysts describe a growing toolbox of technologies that can shrink a data center’s water footprint. The Environmental and Energy Study Institute highlights direct-to-chip and immersion cooling, closed-loop systems, and air cooling combined with non-potable supplies such as recycled wastewater. ^[3] These options can reduce the need for freshwater in drought-prone regions, though they often require more upfront investment and technical discipline. Major operators have started talking about “water positive” goals, pledging to replenish more water than they consume, but those claims rely heavily on self-reporting and corporate marketing rather than independent audits. ^[2]

Local Communities Feel the Heat Even If National Totals Look Small

Critics answer that national comparisons miss what matters most to families, farmers, and ratepayers living near new projects. One land-use study notes that a Meta data center in Newton County, Georgia, uses about 500,000 gallons of water per day—around ten percent of the entire county’s water demand. ^[4] Residents in Utah filed more than 2,300 formal protests against a proposed data-center water-rights change, fearing that one project could lock up supplies while everyone else is told to conserve. ^[5] Arizona research has also found that clusters of centers can raise neighborhood temperatures by one to two degrees Fahrenheit, adding another stress point in already hot communities. ^[6]

Those site-specific impacts explain why the same sector can look benign on a national spreadsheet but threatening at the county level. A University of Texas–linked study projects that data centers could grow from about one percent of Texas water use to between three and nine percent by 2040, depending on build-out. That trend feeds into broader distrust of both parties in Washington, where many Americans feel the political class cheers on artificial intelligence growth, tax revenues, and big-tech profits while leaving local communities to fight over wells, aquifers, and utility bills with incomplete information and little leverage.

Why the Numbers Stay Confusing—and Who Benefits From the Confusion

Both sides in the almond-versus-data-center debate exploit a genuine accounting mess. Some figures count only water used directly for cooling inside facilities; others add in water consumed at power plants that generate their electricity; others attempt full “lifecycle” footprints that include manufacturing of computer chips. ^[2]^[3] Agricultural numbers can vary just as much depending on whether they include groundwater depletion, return flows, and regional scarcity. When politicians, corporations, or activists cherry-pick among these metrics, ordinary citizens are left trying to compare apples to almonds to algorithms.

Of note: the Natural Resources committee just voted to add the study of several environmental impacts of data centers to their study items this year. Things like water, energy use, the wildlife, solar/nuclear generation, etc. https://t.co/l6nKkoDeCn

— Lindsay Aerts (@LindsayOnAir) May 20, 2026

The deeper story is not that data centers are either innocent or guilty, but that the country lacks honest, transparent, side-by-side accounting for who uses how much water and what the public gets in return. Data centers deliver real economic value and digital services; almond farms supply food and export revenue. Yet the tradeoffs are being hashed out case by case, often behind closed doors, with ordinary Americans—left, right, and independent—asked to trust elite assurances that the math works out. Until lawmakers require standardized reporting, independent audits, and clear public comparisons, people will continue to suspect that someone else is quietly cashing in on a shared resource while they are told to take shorter showers and send fewer emails.