Big Tech companies drain rural aquifers to feed their AI servers.

In Box Elder County, Utah, the land has been deep in drought since last summer. The Great Salt Lake is shrinking, ranchers are told to conserve every drop, and the governor once asked residents to pray for rain. This is where the tech industry has chosen to plant the Stratos Project, a server farm backed by Kevin O’Leary that wants 9 gigawatts of power and millions of gallons of water a day. It is not an exception. A Guardian analysis found that of the 809 data centers planned across the United States, 517 are sited on land that has been in drought conditions for the past year. Walla Walla County, Washington, where Amazon is building on parched ground. Pecos and Carson counties in Texas, seared by drought. Google, Meta, Microsoft, and Amazon are pouring billions into facilities in some of the driest places in America, and the water arithmetic is staggering. A single large center can consume five million gallons a day, enough for fifty thousand people. The tech industry wants a 73-billion-gallon-per-year water draw by 2028, up from 17 billion in 2023. Each hundred-word prompt burns through a half-liter bottle of water in the cooling loop.

I watch a different aquifer from up here in Wisconsin’s sand counties, but the pattern is the same. The Central Sands that feeds our wells and waters the potato and vegetable fields is under steady stress. The irrigation rigs pull harder every dry summer. The nitrate from CAFO manure lagoons has already forced the south-county wells onto treatment systems. The shallow wells go dry when the big pivots run late into the fall. The notebook on my bench records what the DNR’s data confirms: the springs are coming later, the groundwater is shallower. The extractive logic that planted the CAFOs in Adams County is the same logic steering data centers to arid, sparsely populated counties where land is cheap, tax breaks are generous, and the dry air corrodes equipment less. Find a place where the local political power is thin, the regulatory floor is low, and the people who will bear the cost are too few to stop you. When an outside operator tells a drought county it has water to spare, it is the same calculation a corporate hog operation makes when it looks at a watershed. They see volume. They see capacity. They do not see the limit.

Wendell Berry named this in The Unsettling of America: the extractive mind treats land and water as inputs to be consumed, not as a membership to be sustained. Aldo Leopold, writing from the sand counties a few ridges west of here, said a thing is right when it tends to preserve the integrity, stability, and beauty of the biotic community. Draining an aquifer to cool server racks fails that test. It fails it even when the cooling system is closed-loop. Meta’s proposed Hyperion center in Louisiana will pipe water through a closed circuit to save on consumption, but the ten gas-fired power plants it will require to run that circuit will use massive amounts of water for generation and keep burning fossil fuels. The water savings in the loop get spent at the smokestack where the thermal plants pull river water to make steam. It is not water saved. It is water traded for heat. The arithmetic proves Berry’s point: an extractive economy spends more energy than it returns to the land.

The backlash is forming exactly where the developers expected it would not: in the rural counties that host the facilities. Ranchers in Utah and Texas, told for years to conserve every drop, are watching a new competitor get near-unlimited access to groundwater. Kevin O’Leary has dismissed the opposition as paid protesters or Chinese stooges, a line so contemptuous it might have been scripted by the same PR firms that taught CAFO operators to call well-water complaints activist hysteria. But the opposition is real and broad. As one Brigham Young ecologist told the Guardian, “I haven’t found a single person in favor of this.” Opposition has reached statehouses: New York just passed a one-year ban on new large data centers to keep its power grid from overloading. South Carolina and Kansas are moving to force closed-loop cooling. Michigan and California want mandatory water-use reporting.

The tech industry’s defense is that its water use is a fraction of agriculture’s. That is true, for now. But the defense ignores the legal and structural reality. As Christopher Dalbom, a water-law scholar at Tulane, told the Guardian, the legal systems in the eastern U.S. have long assumed abundance, leaving them unequipped to allocate water when scarcity hits, while the West is already forcing the hard question of whether residents and businesses will be told to limit their use before data centers are. Texas data centers could consume 9 percent of the state’s total water by 2040. That is not a cooling demand. That is a municipal takeover. When Meta points out that its Hyperion center will use less water than if the land were farmed, it is offering the same logic the corporate dairy industry uses to argue that a single CAFO uses less water than a thousand small dairies while ignoring that the CAFO is displacing those dairies and concentrating the harm onto a single aquifer. The question is not which sector uses the most water. It is who gets to use it at all, and on whose terms, and whether the people who live on the land have any say when a new extractive industry arrives and starts drilling into the aquifer beneath their feet.

The server farm is only the showroom of an extraction machine that reaches much further. A study released in January found that data centers themselves will account for just 4 percent of the 30 trillion gallons of extra water that global AI expansion will demand by mid-century. Power generation and semiconductor fabrication will swallow far more. The UN estimates AI will consume 9.3 trillion liters of water globally over the next decade, enough to meet human drinking needs for a year. The chip foundries drink the rest. The water deficit is systemic.

Berry wrote that the only sustainable economy is one that keeps the membership intact. The membership in Box Elder County includes the ranchers, the farmers, the wildlife on the drying Great Salt Lake, and the future generations who will inherit whatever salt flat and dust bowl is left when the water is gone. The plains were never empty, and the aquifers were never infinite. The tech industry treats them like they are because the cost of the water is subsidized by the counties that host the pipes and the tax breaks that fund the roads. When the aquifer drops, the choice will be between a resident’s shower and a server’s coolant loop. They will pick the server. The AI industry reads a spreadsheet. The aquifer does not care about the spreadsheet. Those of us who inherited this land learned to read the water table because the soil signals when enough has been taken.

My children will grow up in a county that may or may not still have a county. That depends on whether we recognize that the extraction logic which hollowed out the hardware store, the bank, and the dairy herd is the same logic that wants to turn the last of the West’s water into server cooling. The names on the permits change. The arithmetic does not.