01In the app
Wells
The registry — a growing record of documented superhot and high-temperature wells and, above all, what failed at temperature. The de-risking detail public repositories leave unstructured.
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Superhot rock geothermal could deliver clean, always-on power almost anywhere — for grids, industry, and AI data centers — at a cost that rivals fossil fuels. SuperhotGeo is the field’s shared home: a registry of what works and what fails at temperature, a live signal of every breakthrough, and the network turning it into firm, worldwide power.
Source: CATF "Bridging the Gaps" synthesis (Stanford Geothermal Workshop, 2025) & cited works.
Superhot rock geothermal taps heat so intense it turns water supercritical, producing far more energy per well. The catch isn't whether it works — it's how fast the world learns together.
AI training and data centers need electricity that is available 24/7 — firm power — not only when the sun or wind is up. Gas turbines buy time. Solar and wind scale clean daytime megawatts but need storage or backup to firm. Nuclear is excellent baseload with long lead times. Superhot rock geothermal targets permanent firm clean watts: supercritical water above ~374 °C, roughly 5–10× energy per well vs conventional geothermal, modeled at about $20–35/MWh, with a small land footprint.
Dispatchable and fast to site when the grid lags. Emissions, fuel price, and permitting make them a bridge — not the permanent answer for clean firm load.
Low-cost clean generation when producing. Continuous compute needs batteries, long-duration storage, or another firm source — and often more land per firm MW.
Strong baseload profile. New plants face multi-year licensing and siting, so they rarely match AI campus build timelines alone.
Designed for high capacity factor, high energy density per well, and tiny land use. Engineering (drilling, materials) is the remaining work — the physics is proven.
Hyperscalers already offtake next-generation geothermal (for example Google × Fervo; Meta × geothermal developers). Superhot multiplies the resource those offtake models can unlock. SuperhotGeo is the shared map of wells, failures, projects, and people — not a plant operator — so buyers and developers can move faster.
Real superhot and high-temperature geothermal around the world. Swipe to explore
Five end-to-end technology areas stand between today and commercial superhot power. The technology is within reach — what's missing is testing facilities and shared learning.
TRL = Technology Readiness Level, a standard NASA/DOE scale from 1 (basic concept) to 9 (commercially proven in the field). A range like “TRL 3–5” means parts of that area are still experimental while others are nearing real-world use.
Reaching superhot heat is becoming an engineering problem, not an open scientific one. So the question that matters now isn't whether it can be done — it's how quickly everyone working on it can improve together. Big energy shifts rarely turn on one invention; they accelerate when knowledge, test data, and capital flow freely enough that each project makes the next one cheaper and safer. SuperhotGeo is built to make that kind of shared progress deliberate rather than left to chance.
A shared knowledge layer so what one team discovers becomes something every other team can build on.
Gather and make sense of public testbed results so the whole field spends less time re-learning the same lessons.
One place where researchers, developers, governments, and investors can actually find each other.
Reduce the unknowns that keep utilities, insurers, and investors on the sidelines.
Today the field is disconnected silos: public data repositories, academic directories, and closed company tools that never talk to each other. SuperhotGeo unites them into one home, built on three things no one else has assembled — a growing registry of documented superhot and high-temperature wells and what failed at temperature, a live signal of what’s happening across the field, and the trusted network of the people building it.
The registry — a growing record of documented superhot and high-temperature wells and, above all, what failed at temperature. The de-risking detail public repositories leave unstructured.
What just happened at temperature — rig moves, permits, funding, temperature records and notable failures, each one cited. The field’s signal layer, launching in the app.
The trusted network — the pioneers, testbeds, and hard-won lessons of the field, in one place and reachable.
SuperhotGeo is building a source-linked decision workspace for teams selecting, permitting, financing, drilling, or buying power from geothermal projects. The goal is measurable: compress weeks of fragmented research into a defensible evidence trail and the next diligence step.
Field-level sources, dates, evidence type, confidence, review status, and change history for wells, projects, permits, and offtake.
Compare geology, extraction approach, temperature, depth, maturity, outcomes, and failure modes without treating unlike projects as equivalents.
Watch material changes across projects, funding, drilling, permitting, and firm-power demand — with the source behind every alert.
Connect resource evidence and project readiness with the locations, timelines, and firm-power needs of AI and data-center buyers.
Limited design-partner pilots. No resource certification, engineering opinion, or investment recommendation.
Building a superhot well takes rigs, hard-rock bits, high-temperature electronics, casing, pumps, ORC units, turbines, and the crews to run them — today, all sourced by cold calls through the oil-and-gas supply chain. The Supply Exchange is the industry's neutral hub: post what you need and get competitive quotes, trade idle and used equipment, or pool demand with other operators to unlock volume pricing. As the Exchange opens, SuperhotGeo vets each listing and brokers the deal — earning a success fee only on what closes.
Illustrative: the cards below are examples of how each board works. Real listings appear as buyers and suppliers join — post yours to be among the first.
An EGS developer needs 12 hard-rock bits ahead of a three-well lateral program in Utah — vendors send pricing, lead time, and field data.
A superhot pilot in Iceland is surveying directional and logging tools rated past 250°C, plus a crew with documented downhole survival.
A developer wants a tracer-test and reservoir simulation scope quoted by independent labs to underwrite a resource for financing.
A binary-plant Organic Rankine Cycle unit with full maintenance records, available to a repowering project — inspection welcome.
A contractor between campaigns offers an idle rig for sale or short-term lease for a single-well program.
Premium-connection casing left over from a completed well, sold by the joint instead of sitting in a yard.
Early projects aggregate casing orders to reach mill volume pricing — reserve tonnage to join the pool before month-end.
Operators co-fund a 350°C oven-qualification batch for downhole electronics, so each pays a fraction of the lab time.
Several developers combine PDC-bit orders for the season to negotiate a fleet discount and shared lead times.
Post a listing free to reach the field — a request, surplus gear, or a group buy. Suppliers compete for your business, and SuperhotGeo's success fee on a brokered deal means the platform only fully wins when you do. Want top placement? Feature it for $149 to pin your listing to the top of its board for 30 days.
Bankability is the bridge between technical success and commercial success — investors, utilities, insurers, and regulators need confidence to deploy capital at scale. SuperhotGeo connects fully-scoped projects to the investors, energy buyers, and hyperscalers who can fund them, and gives capital the data to underwrite with confidence.
Bring a scoped project — resource, stage, and use of funds — and pitch it to an aligned pool of investors and power buyers.
Seek fundingRegister your mandate and get matched to de-risked, data-backed superhot and next-generation geothermal opportunities worldwide.
Register interestGeothermal delivers some of the most reliable round-the-clock power on Earth — exactly what AI data centers, large-scale compute, and crypto miners compete for. Power providers list available geothermal, curtailed, or stranded energy; buyers list demand. SuperhotGeo brokers the match. For how superhot compares with gas, solar, wind, and nuclear for data center loads, see data center energy.
Geothermal's low, firm, behind-the-meter power price is a structural edge for Bitcoin mining. Try it: the cheaper and more reliable the power, the more a fleet earns.
Estimates only. Hashprice, difficulty, and BTC price move constantly — this is an illustration of how power price drives mining margin, not financial advice.
Hard-won knowledge in one place should save the next project time, money, and risk. These are the projects and regions driving — and waiting for — the superhot breakthrough. Geological system, project evidence stage, and heat-extraction method are kept separate so unlike projects are not treated as equivalents. These are screening classifications, not formal Resource or Reserve certifications.
Showing the reviewed fallback record while the live API loads.
Shale didn't scale on one breakthrough — it scaled on shared testbeds and open data. The same playbook fits superhot rock: pool the pre-competitive data — the conditions, failures, and materials performance from extreme-temperature wells — especially from publicly funded tests, so the hardest hurdles get solved once, together. Each entry links to its open datasets where available.
The honest answer to "why would a company share?": superhot is worth little until it's proven to work at all. Opening the pre-competitive layer de-risks feasibility for the whole field — companies still compete downstream on execution, cost, and IP. And the toughest extreme-condition failures are the cheapest data to give and the most expensive to relive. Pooled performance data also lowers everyone's cost of capital: lenders can only finance what they can underwrite.
The fastest lever is policy: every publicly funded superhot test should carry an open-data condition. SuperhotGeo's role is the neutral steward — aggregating what's already open, making it usable, and giving contributors early access and recognition.
Hundreds of public geothermal datasets — Utah FORGE, EGS Collab, play-fairway analyses, and more — synced from the DOE Data Explorer. Each links to its permanent record with a ready-to-use citation. We index the metadata; the data itself stays in DOE's repository.
Superhot rock geothermal is being driven forward by scientists, engineers, and founders who have spent careers proving the heat is reachable — and bankable. This is the field's trusted network — and it's open to everyone building it.
Anyone in superhot geothermal can join — add yourself or a colleague with the credentials and contact details to be found. Profiles are reviewed before listing. Suggest a correction at info@superhotgeo.com.
A continuously updated, multi-source shelf of the reports, studies, news, and programs that define the field — the open knowledge layer, crawled and curated automatically.
No resources match your search.
Superhot rock geothermal taps heat deep in the Earth that is hot enough — above about 374°C — to turn water into a supercritical fluid. Because supercritical water carries far more energy than ordinary steam, a single superhot well can produce 5–10 times the power of a conventional geothermal well, making clean, always-on electricity possible almost anywhere on Earth.
Conventional geothermal relies on naturally occurring hot water or steam near the surface, which limits it to a few volcanic regions. Superhot (and next-generation enhanced geothermal systems, or EGS) drills deeper into hotter, harder rock and engineers the reservoir — unlocking the resource in far more places and at much higher energy density.
374°C is the critical point of water. Above it, water becomes a supercritical fluid and its energy content step-changes upward. Reaching these temperatures is what makes superhot wells so productive. The hottest geothermal well on record, Venelle-2 in Larderello, Italy, measured 514°C.
The heat within 10 km of Earth’s surface holds roughly 50,000 times more energy than all the world’s oil and gas. Superhot geothermal could deliver firm, 24/7 carbon-free power that complements wind and solar — at a modeled cost of $20–35/MWh, competitive with natural gas — and it uses very little land.
AI training and data centers need firm power — electricity available 24/7 — and grid interconnection often cannot keep up. Gas turbines can bridge quickly but emit carbon and face permitting limits. Solar and wind are clean when generating but need storage or backup to firm continuous compute. Superhot rock geothermal is designed for high capacity factor, roughly 5–10× energy per well vs conventional geothermal, modeled costs of about $20–35/MWh, and a small land footprint. Hyperscalers already offtake next-generation geothermal; superhot multiplies that resource. Full comparison: data center energy.
Gas is a fast firm bridge, not a permanent clean stack. Solar and wind need firming for night and calm periods. Nuclear is strong baseload with long build times. Conventional geothermal is firm and clean but geographically limited. Superhot targets firm clean baseload in far more places by tapping supercritical heat above ~374°C. See the side-by-side table on our data centers page.
Leading efforts include the Iceland Deep Drilling Project (IDDP), Utah FORGE and Fervo’s Cape Station in the United States, Newberry Volcano in Oregon, the Japan Beyond-Brittle Project, and DESCRAMBLE at Larderello, Italy. High-potential regions span the U.S. Great Basin, the East African Rift, the Andes, Indonesia, and the Philippines.
The core science is proven — the remaining work is engineering: drilling faster and cheaper through hot, hard rock, building wells that survive 450°C, and sustaining reservoirs. The central question is no longer whether superhot works, but how fast the industry can learn together. SuperhotGeo exists to accelerate exactly that.
Hard-won knowledge in one place should save the next project time, money, and risk. Hard-won lessons from real projects — captured and shared so the whole industry learns faster, not accidentally.
We continuously read across the library, the field testbeds, and hard-won lessons to surface non-obvious links — a technique proven in one place that could de-risk another, a pattern across regions, a research gap two findings together reveal.
It began at a geothermal power plant in Iceland. I was visiting from the United States, sitting in on a presentation, when I first heard the word “superhot.” What stayed with me wasn’t a statistic on a slide — it was the realization that this one plant was helping keep the lights on in Reykjavík and warming the homes of countless Icelanders, all from the heat of the Earth beneath it.
One thought wouldn’t leave me: if Iceland could drill deep enough to reach that heat, why couldn’t so many other places do the same? That deep warmth sits under much of the planet — the challenge has never really been whether it’s there, but whether we can reach it and put it to work.
The more I dug in, the more I saw a field full of momentum but short on connection — scientists, developers, governments, and investors all pushing forward on their own. So I set out to bring them together. SuperhotGeo is built to be that common ground — a place where the study, development, and financing of superhot geothermal can advance as one effort, everywhere on Earth.
I'm not a geothermal engineer. I'm an attorney who has spent my career in public policy — across multiple U.S. federal agencies and six congressional committees, most recently as general counsel to two U.S. House of Representatives committees, drafting legislation and working the political and policy dynamics that decide whether big energy projects get built. Building the world's hub for superhot geothermal data takes exactly that: the ability to navigate governments, regulators, and institutions across the globe, and to keep the platform neutral and independent — infrastructure for the whole field, not any one company.
— Ryan Breitenbach, Founder
Put your company, capability, or opening in front of the developers, investors, suppliers, and researchers who live in superhot rock geothermal.
A verified badge and top placement in the vendor marketplace below, with a richer company profile.
A featured 60-day listing on the geothermal job board below — reach specialized talent who won't see it anywhere else.
Brand visibility across briefings, reports, and events. Custom packages for partners and institutions.
Contact usSecure checkout via Stripe. Paid listings publish on checkout and appear in the boards below; free listings are reviewed first.
Drilling contractors, hardware makers, and testing labs that can operate at superhot conditions. Featured vendors appear first with a verified-placement badge.
The directory is just getting started — .
Open positions across drilling, subsurface, power, and policy — posted by the teams building the field. Featured 60-day listings appear first.
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A sourced, AI-generated screening for one specific site — the fast desktop read that helps a team decide where to look harder, long before a $4–13M exploratory well. A research aid to sharpen a go/no-go, not an engineering certification or a guarantee of resource.
A resource read for the coordinate, cross-referenced against the closest documented superhot and high-temperature wells on record.
Technical-readiness and key-risk notes — what would be hard at temperature here, and what has failed at comparable sites.
Indicative economics, a regulatory read for the jurisdiction, a bankability summary, and citations for every claim.
Screening reports are AI-generated from public and contributed data and are a preliminary research aid — not engineering certification or a guarantee of resource. Delivered by email within one business day. See our Terms of Use.
Superhot geothermal will be built by all of us. Add a project, list what you can do, share research, back projects, or simply lend your voice — and become part of the network.
Interactive project map, live subsurface data, the vendor marketplace, and the global directory of people, testbeds, and projects — in your pocket. Available now on iOS; Android coming soon.
Researchers, developers, investors, governments, and suppliers — tell us how you want to collaborate. The iOS app is live on the App Store.
