Opposition Claim Tracker

All U.S. data centers combined account for less than 0.5% of national freshwater consumption. Modern hyperscale facilities use closed-loop cooling systems that recirculate water rather than evaporating it. A single 18-hole golf course uses roughly 23× more water per year than a modern data center campus.

Texas (ERCOT) industrial rate structures ensure large industrial users pay for their own infrastructure upgrades. Modern data centers increasingly build behind-the-meter generation (solar, wind, battery storage) and can act as bidirectional power suppliers, sending stored electricity back to the grid during peak demand and severe weather emergencies.

A single hyperscale campus creates 100–200+ permanent, high-paying positions that do not require a four-year degree: Data Center Technicians ($55K–$85K), Critical Facilities Engineers ($75K–$120K), Security Operations Analysts ($65K–$95K), Fiber Splicers ($60K–$90K). This does not include the thousands of construction jobs during the multi-year build phase.

In every documented case study — Loudoun County, VA; Prineville, OR; Quincy, WA; New Albany, OH — property values increased after data center development due to massively improved school funding, infrastructure upgrades, and increased economic activity. The tax base expansion often leads to lower effective residential tax rates.

At typical setback distances (500–1,000 ft), a modern data center with sound shrouds and landscaping produces 35–45 dB at the property line — quieter than a typical suburban neighborhood (50–60 dB) and comparable to a quiet library. Use our interactive Noise Simulator to test this with real physics.

Modern data centers are increasingly carbon-neutral or carbon-negative. They use closed-loop air cooling (zero water evaporation), on-site solar and wind generation, and massive battery storage. The environmental footprint of a data center on a given parcel of land is dramatically smaller than a residential subdivision's impact on the same land (impervious cover, runoff, wastewater, etc.).

Even with temporary tax incentive agreements (Chapter 312/313), a $1B data center adds $15.5 million per year to local treasuries at full valuation. This revenue funds schools, roads, fire engines, and EMS stations — without adding a single student or emergency call to the system. Compare this to a 500-home subdivision that generates $2.7M in taxes while demanding $7.8M in school costs alone.

Training the largest AI model (Grok 4) uses less water than 1 square mile of farmland uses in a year. The total water use of all U.S. data centers combined is less than 0.5% of national freshwater — roughly 15× less than what leaks out of aging municipal pipes nationwide (~3 trillion gallons/year lost).

OpenAI's June 2026 threat report documented two PRC-linked operations — "Data Center Bandwagon" and "Tech and Tariffs" — that used ChatGPT to generate anti–data center propaganda targeting U.S. audiences. Separately, the AEI report documented $39 million in foreign funding flowing to 12 U.S. organizations campaigning against American data center expansion.

In Prineville, Oregon, Meta's data center rescued a declining timber town, moving average wages from the lowest in the state to the highest. In Quincy, WA, Microsoft's tax revenue fully funded a new high school, library, and hospital. In New Albany, OH, Amazon alone contributed $1.4 billion to local GDP between 2015–2024.

Texas Senate Bill 6 (SB6) and a growing wave of state legislation across 20+ states are creating comprehensive regulatory frameworks for data center development. These include water usage reporting requirements, noise ordinances, setback mandates, environmental impact reviews, and community benefit agreements.

The widely-cited EHP "Dangers of Data Centers" paper relies on Pennsylvania-centric utility rate structures and outdated evaporative cooling data that does not apply to modern air-cooled Texas facilities built under SB6. Data centers produce no emissions, no chemical runoff, and no airborne pollutants. Their noise at property-line distances is below ambient suburban levels.

Agricultural irrigation accounts for approximately 50% of all U.S. freshwater — over 100× the amount used by all data centers combined. All U.S. data centers use less than 0.5% of national freshwater. This claim inverts reality by a factor of 100.

The AEI report revealed that 12 U.S. organizations actively campaigning against data centers have collectively received over $39 million from foreign foundations based in Switzerland, the UK, and Denmark. While individual community concerns are genuine, much of the organized, state-level opposition is funded and coordinated by well-resourced national advocacy networks.

A 500-home subdivision generates ~$2.7M in property taxes while costing the ISD ~$7.8M in new student education costs alone — a net drain of $5.1 million. It also adds 300,000 gal/day of water demand, 5,000 daily vehicle trips, and 2,500 annual emergency calls. A data center generates 5.7× more revenue with zero students, 95% less water, and near-zero emergency burden. Use our calculator to see for yourself.