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By 2030, Google Aims to Restore 72 Million Cubic Meters of Water Annually

До 2030 року компанія Google планує повернути в природний обіг 72 мільйони кубометрів води щорічно. Photo: НВ — Техно

Google’s Water Stewardship Initiatives

Google has announced the rollout of 165 projects focused on protecting and restoring water resources across 97 watersheds. The company’s goal is to replenish approximately 72 million cubic meters of water each year by 2030. That volume is more than double the amount Google expects to consume in 2024.

An average Google data center uses about 1.1 million liters of water per day—comparable to the daily consumption of roughly one thousand U.S. households. Yet, collectively, all U.S. data centers account for only about one percent of the water Americans use annually for lawn irrigation. Google is allocating $17 million toward new initiatives and investing $500 million to upgrade water supply systems, wastewater treatment, and water reuse infrastructure.

Specific Google Projects

  • In Georgia, Google will help restore wetlands within the Flint River Wildlife Management Area.
  • In Iowa, the company will support farmers transitioning over 2,000 hectares of land to perennial pasture and hay production systems.
  • In Minnesota, a natural corridor roughly 1.6 kilometers long is planned along the Zumbro River.
  • In Missouri, Google will assist in restoring about 40 hectares of wetlands near the Blue River.

These efforts are part of Google’s broader push to improve its environmental footprint and reduce strain on water resources. In February, Google also announced it would build data centers in Texas using advanced air-cooling technology, which is expected to lower water consumption.

Google’s water initiatives underscore the company’s commitment to sustainability and environmental responsibility. Returning large volumes of water to the environment can positively impact ecosystems affected by climate change. These projects may also serve as a model for other companies looking to adopt similar strategies that reduce their impact on natural resources.