Water · Power · Noise · Local Control

Data Centers, Explained

Myths, facts, and a guide for the Shenandoah Valley

TL;DR

This is not “debunked” as fake. It's better labeled: plausible and partly documented, but some parts are still allegations until hydrology and testing prove causation.

Data centers use lots of water for cooling

True, but varies a lot

Some use evaporative cooling; some use air/dry cooling; some use recycled water; some use closed-loop liquid cooling. The design matters more than the label "data center."

Construction can require "dewatering"

True

Dewatering means pumping groundwater or surface water out so crews can build foundations, utilities, and tunnels.

Dewatering can lower nearby groundwater

Scientifically plausible

The USGS says groundwater pumping can lower water tables, dry up wells, reduce flow to streams and lakes, and degrade water quality.

Indiana Amazon case caused real harm

Documented concern, permits confirmed

St. Joseph County approved an altered Amazon dewatering proposal allowing up to 31 million gallons/day, down from the original 35M gpd request — a real, permitted volume, not a rumor.

Georgia Meta case proves data centers poisoned wells

Disputed — causation unproven

Residents report low pressure and murky water near the Meta campus. EPA contacted state/local agencies for information — not yet a formal federal investigation. Meta denies its construction or operations caused the issue.

The Key Nuance

The viral framing often says: “AI data centers are poisoning wells.”

The more accurate version: Large data center projects can create real water risks through construction dewatering, utility water demand, stormwater runoff, wetland disruption, and cooling needs. Some communities are reporting severe impacts, but proving causation requires baseline water data, monitoring wells, flow modeling, construction records, and water-quality testing.