Protocol Report: The Reckoning Spreads

Protocol Report: The Reckoning Spreads
Week of March 6–12, 2026

This week’s field notes

San Marcos, Texas stayed up until 2 a.m. last week to reject a data center over water concerns. This week, similar pushback showed up from Texas to Pennsylvania, New Mexico, West Virginia, and into statehouses and Congress. What looked like scattered local fights now reads as early-stage, coordinated resistance to unchecked data center growth.

At the same time, new research put hard numbers on coming water demand and who is likely to pay for it.

What the researchers found

A University of California, Riverside study estimates that U.S. data centers could need 697 million to 1.45 billion additional gallons of water every day by 2030 if cooling methods do not change. The lower end is roughly New York City’s current daily water use. The authors describe these estimates as conservative.

They also project that expanding public water systems to meet this demand could cost 10–58 billion dollars, costs that would mostly fall on local communities rather than data center operators.

A new report from Food and Water Watch calls AI data center growth “one of the greatest environmental and social challenges of our generation.” It finds that:

• A single hyperscale data center can use as much power as about two million households.
• By 2028, data centers could consume as much water as 18.5 million households.

These findings are now part of the public record.

Communities and lawmakers push back

In the first six weeks of 2026, more than 300 data center–related bills were filed across 30 U.S. states. States that once competed to attract data centers with tax breaks are now considering pauses and limits.

Key developments:

• New York – A bill would halt all new data center construction for up to three years while regulators study impacts on rates and the environment.
• Michigan – At least 19 communities have enacted local moratoriums on new data centers.
• Federal – Senator Bernie Sanders has called for a national moratorium on new data centers.

Local fights:

• West Virginia (Tucker County) – Tucker United is opposing a 1,600‑MW gas plant planned to power a data center between two mountain towns. Current state law blocks local input on siting these off‑grid facilities. The group is seeking to restore that authority; their bill has not moved.
• Pennsylvania – Organizers report opposition to more than 50 proposed data centers, describing the response as stronger than past fights against coal and gas. A House Energy Committee bill would give municipalities more power over siting and require large facilities to report energy and water use.
• New Mexico (Project Jupiter) – The proposed campus, including two on‑site gas plants with emissions that could rival the state’s two largest cities, faces ongoing legal challenges and rising public resistance. A Texas company is seeking federal approval for a 60‑million‑dollar gas pipeline to serve the site and wants to begin construction soon after the public comment period closes.
• Edinburgh, Scotland – The city council rejected a proposed data center on a former bank site, saying it did not meet local environmental sustainability standards.

Across these cases, communities and lawmakers are asserting more direct control over where and how data centers are built.

Legal and regulatory moves

On the federal side, the proposed DATA Act would create a new category of electric utility for data centers that operate completely off the main grid. These facilities would not receive standard subsidies, but they also could not rely on the grid for backup, a difficult condition for many large operators.

In Minnesota, regulators denied Amazon’s request to exempt 250 diesel backup generators at a proposed data center from environmental review. The generators must go through the full process. It is a narrow decision but sets an important precedent.

Experts expect legal challenges as more rules appear around siting, emissions, and resource use. Some measures will likely be tested or weakened in court, but the regulatory landscape is no longer quiet or automatic.

What the builders are doing

Some developments suggest possible lower‑impact paths for data center power.

Geothermal

• The U.S. Department of Energy announced 171.5 million dollars for next‑generation geothermal field tests and drilling, one of the largest recent federal investments in this area.
• Google signed a 150‑MW deal with Ormat Technologies to supply geothermal power to Nevada data centers using a “Clean Transition Tariff” structure. This model lets the company carry the financial risk of new clean generation instead of shifting costs to other customers. If adopted more widely, it could become a template for direct corporate funding of dedicated clean power.

A Stanford study finds that enhanced geothermal systems (deep drilling into hot rock in many locations, not just volcanic regions) could supply constant “baseload” power. If enhanced geothermal reaches 10% of a region’s electricity, the study estimates:

• Required onshore wind capacity could fall by about 15%.
• Required battery storage could fall by nearly 30%.

Nuclear

• Federal regulators raised questions this week about the finances and schedule for a proposed small modular reactor (SMR) project in Texas. SMRs promise factory‑built, constant, low‑carbon power, but remain slowed by regulatory and cost hurdles.
• Amazon’s partnership with X‑Energy to pursue more than 5 GW of SMR capacity by 2039 remains in place; the impact of current regulatory concerns on that timeline is unclear.

The promisers: Anthropic and OpenAI

No major new public commitments on energy, water, or emissions were issued this week by Anthropic or OpenAI. Their most recent electricity‑cost and community pledges from last month remain the latest data point.

Current public positions:

• Anthropic
  • Pledges: cover 100% of grid upgrade costs tied to its data centers, absorb related electricity price increases for local consumers, and invest in water‑efficient cooling.
  • Gaps: no published Scope 1, 2, or 3 emissions data and no formal climate targets. This makes it hard to assess overall impact.
• OpenAI
  • Pledges: statements about supporting community electricity systems and investments.
  • Concern: CEO Sam Altman recently dismissed worries about water impacts as “fake” in a public event. That comment now sits alongside the company’s community‑focused promises.

For comparison:

• Microsoft reports carbon neutrality since 2012 and publishes detailed climate goals and updates.
• Google is working toward running on 100% carbon‑free energy on an hourly basis across all regions.

These examples illustrate what more complete disclosure and target‑setting can look like, without implying they are sufficient on their own.

The cooling question

Cooling remains a central technical and environmental issue.

• Evaporative cooling (current standard): uses large amounts of water but less electricity.
• Liquid cooling (growing alternative): uses much less water but usually more electricity.

Shifting from evaporative to liquid cooling can reduce water demand while increasing power use and potentially emissions if the grid is still fossil‑heavy. There is no simple, one‑direction fix; the tradeoff between water and energy has to be made explicit.

Emerging experiments:

• A project in China is testing full seawater cooling for a data center.
• Several South Korean firms are piloting “immersion cooling,” submerging servers in non‑conductive liquid.

These approaches are early and not yet widely deployed.

Category standings this week

• Builders
  • Google + Ormat: 150‑MW geothermal deal using a new tariff model.
  • U.S. Department of Energy: 171.5 million dollars in geothermal funding.
  • Fervo Energy: Cape Station geothermal project, first 100 MW reported on track for 2026.
• Promisers
  • Anthropic: specific cost and cooling pledges; no emissions disclosure yet.
  • OpenAI: community electricity promises; conflicting leadership message on water.
  • Microsoft: currently the most detailed public climate framework of the three.
• Watch list
  • Amazon: Minnesota diesel generator ruling; limited transparency on some project details.
  • West Virginia developers: projects tied to rules that block local input on siting.
  • Project Jupiter (New Mexico): pipeline timing, comment‑period concerns, and high projected emissions.

A small step

Look up whether your state has introduced data center bills this session. A simple search for “[your state] data center bill 2026” on your legislature’s website or a trusted bill tracker is usually enough to start.

Check:

• Is the bill about incentives, limits, reporting requirements, or a moratorium?
• Is there an open public comment period or upcoming hearing?

If there is, read at least one primary document (the bill text or staff summary) before forming an opinion.

Question for the record

What would it take for you to submit a public comment on a data center, power plant, or related project where you live—and have you already done it? If you have, your experience belongs in this record too.