Google Sets 2030 Water Target And Commits $17 Million To Data Center Watershed Projects

Google aims to replenish more water than it consumes at its sites by 2030, with 165 projects across 97 watersheds expected to replenish over 19 billion gallons annually.
The company has committed more than $500 million to water, wastewater and reuse infrastructure in communities where it builds and operates data centers.
New $17 million funding will support watershed, water quality and infrastructure projects across Georgia, Iowa, Michigan, Minnesota, Missouri, Nebraska and Texas.

Google Expands Water Commitments As Data Center Growth Faces Scrutiny

Google is expanding its water stewardship commitments as the rapid growth of data centers places new pressure on local infrastructure, community trust and natural resources.

The company said it will replenish more water than it consumes at its sites by 2030. It also announced $17 million in new support for water projects across seven U.S. states.

The commitments come as data centers become central to the global economy. They power search, maps, banking, healthcare systems and emergency services. They also support the artificial intelligence infrastructure now reshaping corporate strategy.

But that growth has brought harder questions for technology companies. Local communities are asking how new data centers affect power grids, water supplies and public infrastructure. Investors are also watching how companies manage nature-related and climate-linked risks.

Google said water is a core part of its data center operations. Servers and chips generate heat, and many facilities use water for cooling. The company said water cooling can reduce data center energy use by about 10% compared with air cooling in many locations.

2030 Target Ties Growth To Local Water Security

Google said its first commitment is to replenish more water than it consumes at its sites by 2030.

In 2025, the company replenished more than 7 billion gallons of water. Google said this is roughly equal to the annual water use of 70,000 average U.S. households.

The company now has 165 water stewardship projects across 97 watersheds. Once fully implemented, these projects are expected to replenish more than 19 billion gallons of water each year by 2030.

Google said that volume would be more than double its 2024 consumption. It added that the figure would be enough water to supply the entire city of Los Angeles for more than 40 days.

The company said many projects will also address wider watershed issues. These include water quality, habitat restoration, flood resilience and community access.

Google framed the commitments as a response to local expectations around data center development.

“Our goal is to minimize our local impacts so that our growth does not come at the expense of the communities we call home,” the company said.

Infrastructure Spending Becomes A Governance Issue

The second commitment focuses on public water and wastewater infrastructure.

Google said it has committed more than $500 million to water, wastewater and reuse infrastructure. That includes funding for utility partners serving communities where it builds and operates data centers.

The company said the investments include projects to enhance local water supplies and detect leaking pipes. The pledge reflects a growing governance issue for large technology firms. They are no longer judged only on operational efficiency. They are also assessed on whether they leave communities with stronger or weaker public systems.

Google said it will continue working with utility partners to support reliable and affordable water sources.

The company also said it will protect high-risk watersheds by choosing air-cooled systems or recycled water where local water sources are under stress. It uses a data-driven framework to assess watersheds before building new data centers.

If local resources are healthy and resilient, Google may consider water cooling. If they are at high risk, it will use air cooling or recycled water.

Transparency And Reuse Move To The Center

Google also committed to annual water-use reporting.

“Water use shouldn’t be a “black box.” Google was the first major cloud provider to disclose our annual water use for our data center locations, and we’re committed to continuing to do so to ensure transparency for the communities where we invest and build.”

The company said it will also pursue alternative and reclaimed water solutions. In Douglas County, Georgia, Google partnered with the county’s water and sewer authority to reuse treated wastewater for cooling at its data center campus.

Reclaimed water is becoming a more important tool for data center operators. It can reduce pressure on freshwater supplies while supporting facility cooling needs.

New Projects Span Seven States

Google said the new $17 million package will support projects in Georgia, Iowa, Michigan, Minnesota, Missouri, Nebraska and Texas.

In Georgia, Ducks Unlimited will enhance wetlands at the Flint River Wildlife Management Area. In Iowa, the Great Outdoors Foundation and the Iowa Department of Agriculture and Land Stewardship will help farmers convert 5,000 acres into perennial hay and pasture systems.

In Michigan, the Huron River Watershed Council will expand green infrastructure using native plantings to treat stormwater and reduce flooding. In Minnesota, Trust for Public Land will restore 84 acres of floodplain forest along the Zumbro River.

In Missouri, Bridging the Gap and the Heartland Conservation Alliance will restore 98 acres near the Blue River as a wetland. In Nebraska, Omaha’s Metropolitan Utilities District will expand leak detection to reduce water loss. In Texas, the Texas Water Impact Fund will support community water sources, infrastructure and access.

What Executives And Investors Should Watch

Google is also reviewing more than 700 projects submitted through its Water Replenishment Projects Request for Information. These include engineered water efficiency solutions, farm-level water demand reduction and nature-based restoration.

For executives and investors, the message is broader than one company’s water strategy. Data center expansion is becoming a test of ESG execution at local level.

Water stewardship now sits beside power procurement, land use, permitting and community consent. Companies that build digital infrastructure will need to show that growth does not shift hidden costs onto public systems.

Google’s commitments place water resilience closer to the center of data center governance. The next test will be delivery across watersheds where digital demand, climate stress and local politics are already converging.