By: Stephen Judy
ALBUQUERQUE — New Mexico has spent decades learning a difficult lesson: water is not an unlimited resource.
From the Rio Grande to the state’s underground aquifers, communities, farmers, ranchers and businesses are being asked to do more with less. In that environment, the rapid expansion of artificial-intelligence data centers deserves much greater scrutiny—not because technology is inherently bad, but because New Mexico must decide whether scarce water should be committed to an industry capable of consuming enormous quantities of it.
The issue is becoming increasingly important as major technology companies pursue large computing facilities across the state.
One of the clearest examples is already close to Albuquerque. According to information presented by the New Mexico Office of the State Engineer, Meta’s data center in Los Lunas has averaged approximately 213.4 acre-feet of water per year, or roughly 69 million gallons annually. The state presentation equates that annual use to approximately 860 households. The presentation also states that water consumption is primarily associated with cooling the facility.
That number should make New Mexicans stop and ask a basic question: Is this the best use of our limited water?
Data centers require enormous amounts of computing equipment. Those computers generate substantial heat, and that heat must be removed continuously. Traditional cooling-tower systems can consume water through evaporation. The U.S. Department of Energy explains that cooling-tower water demand is directly related to the heat generated by information-technology equipment and that evaporation is a primary source of water consumption.
For a state such as New Mexico, that matters.
New Mexico is not Oregon or Minnesota. We live in one of the driest states in the country, and water decisions made today can affect communities and agriculture for generations.
The concern becomes even more significant when data centers are built at enormous scales.
The proposed Project Jupiter in southern New Mexico, associated with Oracle and OpenAI, has become a particularly controversial example. The $165 billion project has generated opposition over its potential water requirements. The project’s developers say newer technologies, including closed-loop cooling and fuel-cell systems, can substantially reduce water consumption. At the same time, environmental groups and residents have challenged water approvals associated with the development.
That disagreement illustrates an important point: the question is not simply whether a particular data center can reduce its water use. The question is whether New Mexico should be allocating scarce water resources to rapidly expanding data-center development in the first place—and under what conditions.
There is also an important distinction between different generations of data-center technology.
Not every data center has the same water footprint. Modern closed-loop systems can dramatically reduce freshwater consumption, and technologies that rely on air cooling or other approaches can reduce or eliminate some water requirements. The Department of Energy has highlighted cooling technologies that can save millions of gallons of water at computing facilities.
That means the debate should not be reduced to “technology versus the environment.”
It should instead be about where data centers are built, how they are cooled, whose water they use, how much water they consume over their entire operating life, and who bears the cost when water becomes scarcer.
New Mexico lawmakers and regulators should require those questions to be answered before approving major projects.
For example, every proposed large-scale data center should disclose its expected annual water consumption under normal conditions as well as during extreme heat and drought. Developers should be required to identify the source of that water and demonstrate that the project will not undermine existing domestic, agricultural or municipal supplies.
The state should also distinguish between freshwater and alternative sources such as treated wastewater or appropriately treated brackish water. New Mexico has already examined alternative water supplies for industrial applications, including data centers, although those alternatives come with their own financial, energy and environmental considerations.
Most importantly, New Mexico should not allow economic-development promises to obscure the long-term value of water.
Data centers can bring construction work, tax revenue and high-paying technical employment. Those benefits are real. Developers should also be encouraged to use technologies that minimize water consumption. But economic benefits do not make water unlimited.
A data center can be relocated.
A server can be upgraded.
A corporation can move its investment somewhere else.
An aquifer cannot be replaced on a corporate timetable.
New Mexico should therefore adopt a simple principle: if a company wants to build one of the world’s largest computing facilities in our state, it should have to prove that its water use is sustainable before the first shovel goes into the ground.
This is not an argument against artificial intelligence, computers or economic development.
It is an argument for putting New Mexico’s most valuable natural resource first.
For Albuquerque and communities throughout the Rio Grande corridor, the lesson is particularly important. Population growth, housing development, agriculture, industry and climate pressures are already competing for the same finite resource.
New Mexico should welcome innovation—but innovation should include finding ways to operate without consuming the water that New Mexico’s communities will need tomorrow.
Our state should not have to choose between economic progress and water security. But if that choice ever comes, water has to win.















































