Georgia Data Center Used Millions of Gallons of Unbilled Water
A QTS data center in Fayette County, Georgia, consumed nearly 30 million gallons of unbilled water due to unmonitored hookups and county oversight. Residents are frustrated that QTS faced no penalties for exceeding water limits during a drought, despite the company eventually paying for the water used. The incident highlights broader concerns about data center water consumption and inadequate infrastructure in drought-prone regions.
A major data center development by Quality Technology Services (QTS) in Fayette County, Georgia, consumed nearly 30 million gallons of unbilled water, sparking controversy amidst ongoing drought conditions. An investigation by utility officials revealed QTS had two unmonitored industrial-scale water hookups, one installed without the utility's knowledge and another not linked to the company's account. This discovery occurred as local residents were urged to conserve water and reported drops in water pressure.
Although QTS eventually paid $150,000 for the water, Fayette County officials declined to issue penalties for exceeding established peak water limits, citing self-blame for monitoring failures and the company's status as their largest customer. Residents, represented by attorney James Clifton, expressed outrage that QTS faced no consequences while they were asked to restrict personal water use. County officials, including water system director Vanessa Tigert, attributed the oversight to outdated water meters and understaffing.
The incident has intensified concerns about the significant water demands of data centers, particularly in water-stressed regions. While QTS stated its post-construction water needs would drastically decrease and denied improper usage, the controversy underscores a national debate regarding the environmental impact of the rapidly expanding AI and data center industry. Advocacy groups are pushing Congress to mandate comprehensive environmental reviews for data centers and reject legislation that could fast-track their development.