Meta says data-center myths about water and power ignore how facilities are planned and operated

Meta is pushing back against a set of commonly repeated claims about data centers, arguing that many of the loudest “facts” circulating online miss key details about how cooling systems, water sourcing, and electricity delivery are actually handled. The message comes from a Meta Newsroom post dated October 8, written by developer and content creator Tom Shaw, who says he reviewed water and energy practices after visiting two Meta data-center sites over the past few months.

On the water question, Shaw said the two sites he toured used different water sources for cooling. One drew from the municipal system, while the other relied on a permitted on-site well. In both cases, he wrote that withdrawals are permitted, metered, and tracked in local water plans rather than being treated as a carve-out from regional supplies.

Shaw said the well-based approach surprised him, in part because the aquifer tapped at the site was not described as suitable for drinking water. He added that in genuinely water-stressed regions, Meta’s “closed-loop” design is presented as the default, because it “barely consumes any water.” He said he cannot speak for all operators, but characterized the two cooling methods he observed and their associated water usage as helping Meta facilities use less water annually than an average U.S. golf course uses over a similar time span.

A second misconception addressed by Shaw is that high electricity consumption automatically means higher energy bills for the surrounding community. He wrote that Meta pays the full cost of its energy bills, and he said the company also directly funds new and upgraded infrastructure needed to supply additional power to the data centers.

Equally important, Shaw argued, is the timing and structure of how power demand is planned. He said Meta works with utility providers years before a facility comes online to plan demand, design new grid infrastructure, and ensure it can meet requirements before operations begin. In Louisiana, he described a specific kind of arrangement with Entergy, saying the data center pays for new generation and transmission it requires, with protections included so existing customers are not left bearing the cost.

The post also tackles a broader narrative that data centers create economic impact mainly through construction at the start, then become largely self-sustaining. Shaw said instead that there are two stages that employ local workers. During construction, he wrote that thousands of skilled trades are involved, supported by multi-year projects and extended work when facilities are expanded or retrofitted.

After the facility is built, Shaw said data centers still require ongoing operations. He cited roles including engineers, technicians, IT professionals, and security staff to keep facilities maintained and running. In communities where Meta operates data centers, he said the company can be among the biggest local employers, positioning the operational phase as a long-term source of jobs rather than a one-time boost.

To reinforce that workforce theme, Shaw pointed to Meta’s “America’s Workforce Academy,” a free training program designed to prepare people for careers in the skilled trades, along with a promise of a guaranteed job at a Meta-partner site upon completion. The program is presented as part of Meta’s effort to build local capacity for the trades needed both during construction and throughout ongoing operations.

Even with these details, several questions remain unanswered in the post. Shaw’s description is based on two sites he visited, and he explicitly said he cannot speak for all data center operators. The post does not provide site-by-site water volumes, energy consumption figures, or the measured environmental performance outcomes beyond general comparisons and design descriptions. It also does not discuss how these arrangements vary across states or utilities, nor does it specify how long-term infrastructure costs are calculated or audited.

The next thing to watch is how Meta’s claims land with policymakers and community groups that have focused on water withdrawals, grid strain, and affordability. If Meta continues publishing site-specific explanations and program outcomes, it may help shift debates away from broad generalizations toward the details of permitting, cooling design choices, and the cost-sharing mechanics that determine who pays for grid upgrades.