Water Rights and Impacts

Stop water and air pollution

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Data centers generate massive amounts of heat and need millions of gallons of water annually for cooling. Training AI models can consume hundreds of thousands of liters of water, and even everyday AI queries add up. These facilities also need permits for air emissions (from backup diesel generators), stormwater management, and impacts on wetlands. Some federal and state environmental laws require review processes that developers can’t skip.

Environmental reviews under federal and state law create protected public participation opportunities. Agencies must respond to substantive comments, and weak environmental analysis can be challenged through appeals and lawsuits. The scientific evidence on AI’s water and energy consumption is growing rapidly and communities can provides concrete data to cite when demanding comprehensive Environmental Impact Statements instead of cursory reviews.

Most water issues are addressed at regional, state, or local levels. In general, the federal government sets standards for the amount of pollution allowed in water discharges (“point sources”) and site run-off (“non-point sources”) which are implemented by the states. Access to water from a lake, reservoir, or aquifer is based on water law, which is quite different in the generally wet eastern US and the often arid western United States.

This gateway matters because developers want quick approvals with minimal conditions and limited public disclosure. Communities can file detailed scoping comments demanding thorough review, present expert testimony from hydrologists and scientists, challenge chemical risks from cooling systems, and organize environmental justice coalitions to document cumulative impacts. When EPA regional offices, state environmental agencies, and water authorities see organized community opposition backed by scientific evidence, they’re normally forced to take a harder look.

Key Targets (Gatekeepers)

  • Environmental regulatory agencies: EPA regional offices and state DEP officials
  • Water resource managers: State and local water authorities managing supply and rights
  • Environmental impact reviewers: Agency staff conducting NEPA/SEPA/CEQA reviews, Federal and State
  • Wetlands and watershed protection boards: Local authorities managing water quality and ecosystems
  • Environmental organizations: Respected or widely known groups who mobilize others around environmental concerns
  • Outdoor recreation organizations: Groups like fisherman and birders who enjoy access to healthy rivers and streams
  • Farmers and agricultural organizations: farmers need clean water

Possible Interventions

  • Mandate Advanced Water Management: Require liquid cooling systems, waste heat recycling, and closed-loop systems. Demand proof of water efficiency measures that reduce consumption by 80%+ compared to traditional cooling
  • Technical Water Usage Comments: File detailed technical critiques of water demand projections, supply adequacy, drought impacts, and discharge temperature effects
  • Require Pollution Transparency: Demand real-time public dashboards for emissions and water use, quarterly PFAS/chemical reporting, independent audits, and enforceable community oversight
  • Challenge Strategic Siting: Oppose developments within 2 miles of residential areas, in environmental justice communities, or near sensitive ecosystems. Demand cumulative impact assessments
  • Cite AI-Specific Water Research: Use University of Illinois research showing ChatGPT training consumed 700,000L of water and each 10-50 queries uses 500ml. Demand AI-specific water impact analysis in permits.
  • Challenge PFAS and Chemical Risks: Demand comprehensive analysis of PFAS in cooling systems, leak detection plans, and groundwater monitoring requirements
  • Demand Full Environmental Impact Statements: Trigger requirements for comprehensive EIS rather than limited environmental assessments
  • Organize Scientific Expert Testimony: Present hydrologists, environmental scientists, and public health experts at public hearings
  • File Administrative Appeals: Challenge inadequate permit conditions and environmental analysis deficiencies through formal appeals

Campaign Playbook

Each campaign will have it’s own unique challenges and context. We are here to help talk through steps. The steps in this guide are informed by community victories so we aren’t reinventing the wheel. Contact us to talk about your campaign.

1. Scoping & Analysis:

Request all water usage and discharge applications. Engage hydrologists to review water supply adequacy. Identify all applicable environmental review requirements. File scoping comments demanding comprehensive EIS.

2. Technical Review & Comment:

Commission independent water impact studies. File detailed technical comments on draft permits. Present expert testimony on water supply and quality. Challenge inadequate PFAS and chemical analysis.

3. Enforcement & Appeals:

Monitor permit compliance and violations. File administrative appeals on inadequate permits. Organize community water quality monitoring. Coordinate with environmental justice advocates.


You don’t need to take on bad data centers alone. There are organizations and experts who can help. Explore the directory to find other leaders, and discover organizations in the Alliance Map.

Environmental Attorneys: Navigate permitting processes and file appeals

Hydrologists & Water Experts: Provide technical analysis of water impacts and testimony.

Environmental Scientists: Conduct comprehensive impact assessments

Public Health Advocates: Document community health risks

Environmental Justice Groups & Networks: Build partnerships to get support for specific actions

Gateway 3: Water Rights and Impacts

Resources & Documents

Essential tools and resource for this gateway.

  • Data Center Toolkit: Fact or Fiction Presentation Slides by MediaJustice

    Source:

    MediaJustice

    The MediaJustice presentation explains how the rapid expansion of AI and hyperscale data centers is increasing demand for electricity, water, and land while delivering limited economic benefits to local communities.

    Read More

  • Your Hour With APA Virginia: Planning for the Infrastructure of the Digital Age

    Source:

    APA Virginia

    This APA Virginia webinar, presented by Julie Bolthouse of the Piedmont Environmental Council, provides a comprehensive overview of data center development impacts for local planners and community advocates in Virginia.

    Read More

  • Organizer Guide: The Cost of Data Centers to Our Communities- And How to Fight Back

    Source:

    Kairos Fellowship & MediaJustice

    The guide addresses the community impacts of data centers and offers strategies for advocacy, including site selection, environmental permits, tax negotiations, and operational oversight. It emphasizes the importance of organizing

    Read More

  • Data Center Impacts in the West: Policy Solutions for Water and Energy Use by Western Resource Advocates

    Source:

    Western Resource Advocates

    This report by Western Resource Advocates analyzes the economic and environmental impacts of data centers in Arizona, Colorado, Nevada, New Mexico, and Utah, focusing on policy solutions for water and

    Read More

  • Making AI Less ‘Thirsty’: Uncovering and Addressing the Secret Water Footprint of AI Models

    Source:

    Communications of the ACM

    This highly cited research paper provides a methodology for estimating the water footprint of AI models, revealing that training GPT-3 alone can consume millions of liters of freshwater. It quantifies

    Read More

  • Water supply may hinder microchip manufacturing

    Source:

    NewsNation

    Indiana's effort to attract microchip manufacturing to a 10,000-acre site faces a critical barrier: insufficient water supply. Chip fabrication requires 8–10 gallons per chip, with facilities consuming millions of gallons

    Read More

  • Largest Data Centers around the world with over 1GW Capacity Under Construction

    Source:

    Construction Review Online

    This industry roundup profiles over a dozen gigawatt-scale data centers under construction globally, including major facilities in Texas, Virginia, Alabama, Louisiana, the UAE, India, and South Korea developed by Meta,

    Read More

  • EPA News Release on Data Center Transparency

    Source:

    US EPA

    EPA's Office of Air and Radiation launched a Clean Air Act Resources for Data Centers webpage providing regulatory information, air quality permitting guidance, and modeling tools for data center developers,

    Read More

  • FracTracker National Data Centers Tracker (Interactive Map)

    Source:

    FracTracker Alliance

    FracTracker Alliance's National Data Centers Tracker is an interactive ArcGIS map that visualizes existing, proposed, permitted, and under-construction data center facilities across the United States. Built from FOIA requests, media

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  • Gov. Shapiro Highlights Work to Speed Permitting at Future Amazon Data Center Site

    Source:

    Commonwealth of Pennsylvania

    Press release on Governor Shapiro and DEP Secretary Shirley touting efforts to accelerate permitting, support Amazon’s $20B data center investment in Bucks County, and create jobs.

    Read More

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