A Data Center Drained 30M Gallons of Water Unnoticed — Until Residents Complained About Low Water Pressure

Why It Matters

The incident exposes how large‑scale data centers can strain municipal water supplies and trigger regulatory scrutiny, especially in drought‑prone areas where community backlash can shape zoning policy.

Key Takeaways

• QTS consumed 29 M gallons, costing $147,474 in unpaid water.
• Two industrial hookups were unmetered due to a county procedural error.
• Residents’ low‑pressure complaints triggered the discovery and public outcry.
• Fayette County now fully integrates data‑center water meters to prevent repeats.
• The dispute intensifies local bans on new data centers amid drought.

Pulse Analysis

Data centers are notorious for their massive power draw, but water consumption often flies under the radar. In Georgia, QTS's Fayetteville campus illustrates the hidden cost: nearly 30 million gallons—equivalent to 44 Olympic pools—were drawn through unmetered connections, bypassing billing for months. While the facility claims a closed‑loop cooling system, construction activities and site preparation can create temporary spikes in water use, underscoring the need for transparent metering and real‑time monitoring, especially as utilities transition to smart‑meter platforms.

The oversight stemmed from a procedural gap in Fayette County’s water department, which lacked the staffing and experience to manage industrial‑scale connections in a predominantly residential network. The county’s single‑person inspection team missed the unregistered hookups, allowing the data center to become the county’s top water consumer without detection. Residents, noticing a drop in pressure, spurred an investigation that revealed the scale of the unbilled usage, prompting public outrage and a retroactive charge. Local officials responded by integrating the data‑center meters into the smart‑meter system and tightening inspection protocols, but the episode has already influenced policy, with Fayetteville’s city council voting to ban new data centers across all zoning districts.

Beyond Fayetteville, the case highlights a growing tension between the data‑center boom and water‑scarce regions. With over 200 facilities in Georgia and drought conditions worsening, municipalities are re‑evaluating the sustainability of hosting such utilities. Industry players must adopt more accurate water‑use reporting, invest in truly closed‑loop cooling technologies, and engage proactively with communities to mitigate backlash. Regulators, meanwhile, are likely to impose stricter metering requirements and consider water‑use caps, reshaping how data‑center projects are planned and financed in the coming years.