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Data Centres: Boom and Backlash
7JUL

Google prices its water ahead of rules

4 min read
09:27UTC

Google's 3 June pledge promised to replenish more water than its data centres use by 2030. At The Dalles, one campus already takes 40% of the city's water and residents face a 99% rate rise.

IndustryDeveloping
Key takeaway

Google's basin-wide replenishment pledge cannot reach The Dalles, where one campus takes 40% of city water.

Google's 3 June water-stewardship pledge promised to replenish more water than its data centres consume by 2030, committing $17m across seven US states and targeting 19 billion gallons of annual replenishment, more than double its 2024 consumption of 8.1 billion gallons 1. Infrastructure head Ben Townsend offered per-site reporting as a "blueprint" for communities weighing campus proposals. These are company figures, and the pledge predates this window; the gap it papers over does not.

Replenishment accounting nets water returned to a basin against water consumed, but the netting happens at corporate scale while the depletion happens at a single tap. Google's most-documented site is The Dalles, Oregon, where its campus draws about 550 million gallons a year, roughly 40% of the city's water, and residents face a projected 99% rise in water rates by 2036 under a $260m system upgrade 2. The city is now eyeing the salmon-habitat Hood River Basin to supply a fifth building. A 19-billion-gallon corporate replenishment target across every site and basin does not reverse a single town losing 40% of its supply at one withdrawal point.

The disclosure runs alongside the rules it pre-empts. Amazon's Boardman nitrate settlement gave water liability its first financial template , and Virginia's Department of Environmental Quality (DEQ, the state water-permit regulator) is still weighing Amazon's Lake Anna discharge with no PFAS (per- and polyfluoroalkyl "forever chemicals", synthetic compounds that persist in water) screen in the draft permit . A voluntary disclosure now reads as a move to set the terms before the mandatory ones land, offering transparency on Google's own measure ahead of a regulator's.

Deep Analysis

In plain English

Data centres use enormous amounts of water to cool their servers. Google runs a large campus in The Dalles, a city in northern Oregon on the Columbia River, where it draws about 550 million gallons of water a year. That is roughly 40% of the entire city's water supply taken by a single company. On 3 June 2026, Google announced a pledge to return more water than it uses: by 2030 it aims to put back 19 billion gallons a year across its US sites, counting water it supports through conservation projects in rivers and aquifers near its campuses. It is also committing $17 million to fund these projects. The problem for The Dalles specifically is that Google's replenishment projects are spread across seven states. The water returned to a river in Arizona does not help the residents of The Dalles, who face a 99% rise in their water bills by 2036 to fund a $260 million upgrade to handle the city's overall demand. The city is now looking at the Hood River Basin, which supports Pacific salmon, as a potential additional water source to supply a fifth Google data centre building. Per- and polyfluoroalkyl substances (PFAS), synthetic chemicals sometimes called 'forever chemicals' used in fire suppression and cooling systems, are absent from Virginia's discharge permit rules for Amazon's nearby campus, a regulatory gap that water-advocacy groups argue should also apply to Google's operations.

First Reported In

Update #7 · Virginia taxes the backup, not the draw

Google· 17 Jun 2026
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Different Perspectives
Global hyperscale operators
Global hyperscale operators
Operators are still filing gigawatt-scale campuses and Meta is proceeding with its $10bn Lebanon, Indiana site despite the county-level bans nearby, betting Q2 capex outruns the patchwork of restrictions. Industry framing casts New York's freeze, Oregon's surcharge and Indiana's bans as taxes and levies that push build-out toward faster-permitting jurisdictions such as India and the Gulf.
EirGrid
EirGrid
EirGrid set a 900 MW instantaneous demand-loss ceiling because a single voltage dip can trip many data centres onto backup power at once, risking imbalance above 1,150 MW. It wrote the limit into a standing procedure rather than waiting for an emergency to force one.
US host communities and ratepayers
US host communities and ratepayers
Prince William residents backed the 8-0 denial of Dulles South over the Occoquan watershed, drinking water for eight million people, while Oregon's approved tariff cuts residential bills 1.3% by charging large loads 29% more. Their position: consent and cost-attribution belong in law, not left to a developer's or a utility's discretion.
Hassan Allam Digital Infrastructure
Hassan Allam Digital Infrastructure
Hassan Allam Digital Infrastructure, an Egyptian conglomerate rather than a foreign hyperscaler, reportedly secured a domestic hyperscale licence with a $400m first phase, per single-source reporting still to be verified. It reads as home-grown sovereign compute ambition, building national capacity rather than importing a US or Gulf operator's campus.
Damac Digital
Damac Digital
Damac Digital keeps building toward roughly 6,000 megawatts of hyperscale capacity across 13 countries while Virginia taxes power and New York weighs a freeze. Every dollar or month of delay a US state adds is capacity a Gulf developer can site somewhere with faster permitting and no equivalent levy.
Acequia communities, Santa Fe County
Acequia communities, Santa Fe County
Santa Fe County commissioners voted unanimously on 2 July to freeze any data centre over one megawatt, citing the acequia irrigation commons that has shared scarce water since Spanish colonial rule. They expect the low threshold to draw the same Fifth Amendment challenge RCM Hill brought against Hill County, Texas.