Geothermal Yes, Old Faithful No: Data Centers Need Heat Beneath Their Feet, Not Protected Geysers

Status: Source-linked infrastructure accountability analysis. This is not anti-data-center coverage. This is pro-build-it-right coverage.

Desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

America should use geothermal where it makes sense, but protected Yellowstone geysers are proof of resource potential, not a drill pad.

The BadPD Position

Data centers are good for America when they are built like serious infrastructure instead of political favors with server racks. The country needs compute. The public also needs water, electricity, land, reliable rates, and honest local government. Those interests can fit together, but only if the permit forces the hard math into daylight.

The cheap trick is to act like public water and public grid headroom are just there. They are not. Somebody paid for the reservoir, pipes, treatment plant, transmission line, substation, backup capacity, public staffing, road work, and emergency planning. If a private project gets to consume those assets at a sweetheart rate, the community deserves the receipts before the ribbon cutting.

What This Desk Is Checking

The user instinct is right: America treats some geothermal power like a postcard while letting new loads fight over water and gas.

The literal Old Faithful answer is no. Yellowstone’s hydrothermal features are protected, fragile, and not a responsible target for data-center power.

The policy answer is yes to geothermal where development is appropriate: enhanced geothermal systems, western heat resources, industrial lands, and places with real interconnection planning.

Pair geothermal with wind and solar where the state makes sense. Do not use nuclear as the lazy universal answer in water-stressed regions without counting cooling water and public risk.

The Core Receipts

Data centers are useful American infrastructure. They support AI, cloud services, cybersecurity, research, hospitals, public agencies, financial systems, logistics, and ordinary internet life. BadPD is not taking the lazy anti-technology lane.

The public problem starts when a private project gets cheap public water, subsidized grid upgrades, weak disclosure, or a tax deal without a matching public benefit.

Municipal water is usually priced by the thousand gallons. That makes the per-gallon price look tiny beside engineered cooling fluids, closed-loop systems, dry cooling, recycled water, and waterless design.

The $35 to $85 per gallon cooling-fluid benchmark is a useful pressure number for policy debate, but BadPD will not pretend every coolant or every system has one market price. The honest frame is tens of dollars per gallon or more for engineered options versus pennies or fractions of a penny for public water.

A serious permit should separate construction water, operating water, emergency water, reclaimed water, potable water, and cooling-loop makeup water. Lumping all gallons together helps companies and officials dodge the hard questions.

Power has the same problem. A hyperscale data center can say it buys clean power, but the local grid still has to handle load, reliability, transmission, and backup. The permit should show who pays for each piece.

BadPD’s power rule is simple: if the facility needs the grid as backup, the facility should provide value back to the grid. That can mean added clean generation, storage, demand-response commitments, islanding capability, or paid grid upgrades that do not land on household bills.

Nuclear power should not be treated as a magic answer. It can provide firm power, but conventional nuclear uses thermal cycles and cooling water. In water-stressed regions, water accounting must come before nuclear branding.

Wind, solar, storage, and geothermal should be matched to the state and site. The right mix in Arizona is not the same as the right mix in Virginia, Georgia, Illinois, Utah, or the Great Basin.

Old Faithful is a useful rhetorical warning, not a drill target. America has geothermal heat worth using, but protected Yellowstone hydrothermal systems are fragile public resources. The smarter path is enhanced geothermal and responsible development where the geology and law allow it.

Confirmed, Not Confirmed, Missing

Confirmed: Data centers are drawing growing public attention because of water use, electricity demand, tax incentives, land-use fights, and grid-cost questions. DOE-backed reporting, state-level analysis, and local reporting all point to infrastructure stress as the real issue, not just aesthetics or neighborhood preference.

Not confirmed: BadPD is not claiming every data center wastes water, every project uses drinking water for cooling, or every operator refuses clean power. Some operators are using waterless cooling, closed-loop designs, reclaimed water, or power contracts. The accountability demand is proof, not blanket guilt.

Missing: The public needs site-level water projections, actual meter data, construction-phase gallons, operating-phase makeup-water estimates, emergency draw plans, grid-interconnection studies, who pays for upgrades, on-site generation plans, storage plans, tax-abatement math, and public dashboards that keep running after approval.

Source Trail

• DOE Geothermal Technologies Office: Geothermal and data centers – DOE resource on geothermal as a firm clean-energy option for data centers.
• EIA: Enhanced geothermal systems can expand geothermal power – EIA explainer on EGS potential beyond traditional hydrothermal sites.
• National Park Service: Yellowstone geothermal features – NPS background on Yellowstone geothermal systems and protected hydrothermal features.
• USGS: Yellowstone thermal basin alteration and protection history – USGS context on why Yellowstone hydrothermal systems are protected and fragile.
• LBNL/DOE: 2024 U.S. Data Center Energy Usage Report – Federal lab report estimating U.S. data center load and future electricity demand.

Policy Standard

BadPD will push a simple standard on every data-center fight. First, publish the water math in gallons per day, gallons per year, and source type. Second, publish the cooling method and explain why the site deserves that water in that watershed. Third, require a plan for reclaimed, closed-loop, dry, or waterless cooling where freshwater is scarce. Fourth, publish the grid-impact study and ratepayer protection language. Fifth, require added clean capacity or storage if the project adds major load. Sixth, enforce penalties when meters, disclosures, or operating promises fail.

That standard does not kill data centers. It kills the fantasy that a huge new load can appear without a public bill. Companies that can afford the servers can afford honest infrastructure.

What To Watch Next

Watch county moratoriums, water-authority meetings, state energy bills, utility rate cases, public-service commission dockets, tax-abatement votes, construction permits, and company statements about cooling design. The strongest stories will come from local records: meter logs, water-purchase agreements, interconnection queues, substation plans, and the gap between promised jobs and actual long-term staffing.

Also watch the language. If officials say a project is closed-loop, ask how much makeup water it still needs. If they say it is powered by clean energy, ask whether that is new local capacity or an accounting credit. If they say it will help the grid, ask how. If they say residents will not pay, ask for the line in the agreement that proves it.

Featured image is symbolic editorial artwork created for BadPD. It is not a depiction of a real data center, project site, construction site, water system, worker, resident, or public hearing.

Receipt discipline: Data centers are useful American infrastructure. They support AI, cloud services, cybersecurity, research, hospitals, public agencies, financial systems, logistics, and ordinary internet life. BadPD is not taking the lazy anti-technology lane. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: The public problem starts when a private project gets cheap public water, subsidized grid upgrades, weak disclosure, or a tax deal without a matching public benefit. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Municipal water is usually priced by the thousand gallons. That makes the per-gallon price look tiny beside engineered cooling fluids, closed-loop systems, dry cooling, recycled water, and waterless design. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: The $35 to $85 per gallon cooling-fluid benchmark is a useful pressure number for policy debate, but BadPD will not pretend every coolant or every system has one market price. The honest frame is tens of dollars per gallon or more for engineered options versus pennies or fractions of a penny for public water. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: A serious permit should separate construction water, operating water, emergency water, reclaimed water, potable water, and cooling-loop makeup water. Lumping all gallons together helps companies and officials dodge the hard questions. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Power has the same problem. A hyperscale data center can say it buys clean power, but the local grid still has to handle load, reliability, transmission, and backup. The permit should show who pays for each piece. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: BadPD’s power rule is simple: if the facility needs the grid as backup, the facility should provide value back to the grid. That can mean added clean generation, storage, demand-response commitments, islanding capability, or paid grid upgrades that do not land on household bills. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Nuclear power should not be treated as a magic answer. It can provide firm power, but conventional nuclear uses thermal cycles and cooling water. In water-stressed regions, water accounting must come before nuclear branding. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Wind, solar, storage, and geothermal should be matched to the state and site. The right mix in Arizona is not the same as the right mix in Virginia, Georgia, Illinois, Utah, or the Great Basin. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Old Faithful is a useful rhetorical warning, not a drill target. America has geothermal heat worth using, but protected Yellowstone hydrothermal systems are fragile public resources. The smarter path is enhanced geothermal and responsible development where the geology and law allow it. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Data centers are useful American infrastructure. They support AI, cloud services, cybersecurity, research, hospitals, public agencies, financial systems, logistics, and ordinary internet life. BadPD is not taking the lazy anti-technology lane. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: The public problem starts when a private project gets cheap public water, subsidized grid upgrades, weak disclosure, or a tax deal without a matching public benefit. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Municipal water is usually priced by the thousand gallons. That makes the per-gallon price look tiny beside engineered cooling fluids, closed-loop systems, dry cooling, recycled water, and waterless design. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: The $35 to $85 per gallon cooling-fluid benchmark is a useful pressure number for policy debate, but BadPD will not pretend every coolant or every system has one market price. The honest frame is tens of dollars per gallon or more for engineered options versus pennies or fractions of a penny for public water. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: A serious permit should separate construction water, operating water, emergency water, reclaimed water, potable water, and cooling-loop makeup water. Lumping all gallons together helps companies and officials dodge the hard questions. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Power has the same problem. A hyperscale data center can say it buys clean power, but the local grid still has to handle load, reliability, transmission, and backup. The permit should show who pays for each piece. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: BadPD’s power rule is simple: if the facility needs the grid as backup, the facility should provide value back to the grid. That can mean added clean generation, storage, demand-response commitments, islanding capability, or paid grid upgrades that do not land on household bills. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Nuclear power should not be treated as a magic answer. It can provide firm power, but conventional nuclear uses thermal cycles and cooling water. In water-stressed regions, water accounting must come before nuclear branding. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Wind, solar, storage, and geothermal should be matched to the state and site. The right mix in Arizona is not the same as the right mix in Virginia, Georgia, Illinois, Utah, or the Great Basin. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Old Faithful is a useful rhetorical warning, not a drill target. America has geothermal heat worth using, but protected Yellowstone hydrothermal systems are fragile public resources. The smarter path is enhanced geothermal and responsible development where the geology and law allow it. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.

Receipt discipline: Data centers are useful American infrastructure. They support AI, cloud services, cybersecurity, research, hospitals, public agencies, financial systems, logistics, and ordinary internet life. BadPD is not taking the lazy anti-technology lane. For this article, that points back to the desk thesis: Use geothermal aggressively in the right states and formations, but do not pretend protected hydrothermal systems are expendable tourist props.