Texas County Faces Water Strain as AI Data Center Use Probed

Thousands of families in Nacogdoches County, Texas, woke up to unsettling news: their county has been flagged in a state investigation for unusually high water use tied to a local data center. These facilities, which help power artificial intelligence (AI) and cloud computing, are drawing more water than many realize—potentially putting everyday access to clean water at risk for residents, schools, and workers.

What Happened

On October 20, 2026, The Lufkin Daily News reported that Nacogdoches County was singled out in a Texas state probe examining the water consumption of data centers. The investigation comes after months of mounting concerns about how much water these facilities require to keep their servers cool—especially as AI and cloud computing demand soars.

Data centers, including those run by major tech companies like Microsoft, Google, and Amazon, have been quietly expanding across Texas. Many of these centers now support AI operations, which require even more energy and cooling than traditional computing. According to a 2023 report from the U.S. Government Accountability Office, a single large data center can use up to 5 million gallons of water per day—enough to supply a small town. In drought-prone areas, this can spell trouble for local residents who rely on the same water sources for drinking, bathing, and farming.

While the state has not yet named the specific company involved in Nacogdoches County, the investigation is part of a broader push to enforce the Texas Water Code, which requires large water users to report and justify their consumption. This is the first time a rural county in East Texas has been flagged for AI-related water use, putting a spotlight on how the tech boom is reaching into everyday life.

How This Affects Everyday People

For families, workers, and students in Nacogdoches County, the news isn’t just about numbers—it’s about daily life. When a data center uses millions of gallons of water, that’s water not going to homes, schools, or local businesses. During Texas’s frequent heat waves and droughts, this can mean stricter water restrictions, higher utility bills, or even temporary shortages.

Parents may worry about whether their children’s schools will have enough water for drinking fountains and cafeterias. Farmers and ranchers, already squeezed by dry conditions, could face tougher times if water is diverted to keep servers cool instead of crops or livestock hydrated. Hospital workers and first responders depend on reliable water for sanitation and emergencies—any disruption can have real consequences.

And it’s not just rural Texas. As AI data centers expand nationwide, more communities could face similar challenges. According to the latest research on AI water use, the average AI data center can use as much water as a small manufacturing plant. For people living nearby, that means the tech powering your phone or smart speaker could be competing with your tap water.

Everyday Examples

• Workers: Utility crews may be called in for emergency repairs if water pressure drops, while local jobs in agriculture or food service could be threatened by shortages.
• Parents and Students: School districts may need to cut back on sports field irrigation or limit water access during high-use periods.
• Community Health: Vulnerable residents—like seniors or those with medical needs—are especially at risk if water supplies are disrupted.

The Bigger Picture

The Nacogdoches County probe is just one sign of a growing national debate over the environmental costs of AI. In 2025, the Environmental Protection Agency (EPA) began reviewing water use at data centers in Arizona and California, both states hit hard by drought. In Georgia, local protests erupted after a new data center was found to be using more water than the city’s public schools combined.

It’s not just water, either. AI data centers are also major energy users, sometimes straining local power grids and increasing reliance on fossil fuels. For more on the combined water and energy impact, see our explainer on data center footprints. As AI becomes more central to daily life, the question isn’t just what these technologies can do—but what they take from communities in the process.

Some states have started to act. California’s Water Board now requires all data centers over a certain size to publicly disclose their water use. In Texas, lawmakers are considering similar transparency rules, but enforcement remains patchy. Meanwhile, companies often negotiate private water deals, making it hard for the public to know how much is being used or where it’s coming from.

Public backlash is growing. In 2026, residents in Oregon and Virginia staged rallies demanding stricter limits on data center expansion. For more on these movements, read about why people are pushing back on AI in their communities.

What You Can Do

• Ask Local Officials: Find out if your city or county tracks data center water use. Attend public meetings or write to your representatives to demand transparency and fair resource sharing.
• Check Data Center Locations: Use online tools like the AI data center map to see if there are facilities near your home, school, or workplace.
• Support Water Conservation: Join or donate to local groups that advocate for water conservation and sustainable tech development. Small changes—like reporting leaks or reducing personal use—can add up.
• Stay Informed: Follow news on state and federal regulations about data center water and energy use. The more you know, the better you can advocate for your community.
• Talk to Neighbors: Share information about how AI infrastructure affects your area. Community awareness is the first step toward action.

The Bottom Line

The state’s investigation into Nacogdoches County’s data center water use is a wake-up call: as AI technology grows, so do its demands on local resources. Everyday people—workers, parents, students—have a stake in how these facilities operate. By staying informed and speaking up, communities can help shape a future where technology serves people, not the other way around.