Fervo Energy is a developer, owner, and operator of next-generation geothermal power plants using Enhanced Geothermal Systems (EGS) technology. The company was co-founded in 2017 by Tim Latimer (CEO) and Jack Norbeck (CTO), both of whom came from Stanford and applied oil and gas engineering disciplines — specifically horizontal drilling and hydraulic fracturing — to unlock geothermal energy in formations that conventional geothermal development could not reach.
Fervo's core mission is to provide firm, 24/7 carbon-free power that complements intermittent renewables. Unlike wind and solar, geothermal electricity runs continuously regardless of weather or time of day — a characteristic increasingly valuable as the grid absorbs more variable generation and as hyperscalers pursue round-the-clock clean energy commitments. Fervo's strategic timing aligns with surging electricity demand from AI data centers, electrification of industry and transportation, and the retirement of baseload fossil fuel generation.
The company operates out of Houston, Texas — deliberately located in the heart of the oil and gas industry to attract engineering talent and supply chain relationships from the shale sector. Its flagship development, Cape Station, in Beaver County, Utah, is under active construction as of 2026 and is expected to be the world's largest next-generation geothermal project at 500 MW of contracted capacity, with permits to expand to 2 GW on the same footprint.
Traditional geothermal power requires naturally occurring hydrothermal reservoirs — hot rock with pre-existing water and permeability. These conditions exist in only a handful of geographies (Iceland, parts of California, the Philippines, Kenya), limiting conventional geothermal to roughly 15 GW of global installed capacity. EGS removes the geographic constraint by engineering the reservoir: heat exists nearly everywhere at sufficient depth, and Fervo's approach creates the permeability and fluid pathways necessary to extract it commercially.
Fervo's EGS process works in four steps. First, a pair of deep horizontal wells is drilled — one injection well and one production well — using techniques directly borrowed from unconventional oil and gas drilling, including multi-stage hydraulic fracturing to connect the two wellbores through the hot rock. Second, cold water is pumped down the injection well, where it travels through the fracture network and absorbs heat from the surrounding rock. Third, the heated water — now superheated brine — rises up the production well to the surface. Fourth, the hot fluid drives an Organic Rankine Cycle (ORC) power plant, which converts the thermal energy to electricity, and the cooled water is recirculated back into the injection well in a closed loop.
What distinguishes Fervo technically is the application of horizontal drilling at commercial scale for geothermal — previously untested. Horizontal wells dramatically increase the surface area of contact between the wellbore and the hot rock, improving heat extraction efficiency and enabling multiple wells to be drilled from a single surface pad, reducing land impact. Fervo also deploys distributed fiber optic sensing downhole to gather real-time temperature, flow, and pressure data across the entire lateral, enabling reservoir optimization that was not previously possible.
At Cape Station, Fervo has demonstrated wells reaching 15,000 feet of depth and temperatures of 500°F — among the deepest and hottest EGS wells ever drilled — and has drilled appraisal wells confirming the resource quality required for a multi-hundred-megawatt development. The company refers to its current generation of technology as "Gen 2," characterized by higher well temperatures, longer laterals, and modular ORC power plants (provided by Baker Hughes and Turboden) that can be deployed in standardized factory-built units.
Project Red was Fervo's commercial pilot and the first deployment of horizontal wells in an EGS project anywhere in the world. Two wells were drilled to approximately 8,000 feet true vertical depth, with horizontal laterals extending roughly 3,250 feet. In a 30-day well test conducted in mid-2023, the system achieved flow rates of 63 liters per second at high temperature, enabling 3.5 MW of baseload electric production — exceeding performance targets and validating the core technical thesis.
The plant went fully online in November 2023, supplying power directly to NV Energy under a long-term offtake agreement. The electricity flows into the Nevada grid under Google's Clean Transition Tariff, crediting Google's data center operations with 24/7 carbon-free power. Project Red served as the engineering and operational proving ground for the much larger Cape Station development and generated substantial peer-reviewed field data on EGS behavior at commercial scale.
Cape Station is Fervo's flagship development and the world's largest planned next-generation geothermal project. Located northeast of Milford in Beaver County, Utah, the site broke ground in September 2023. As of early 2026, construction is well advanced: an electrical substation, three power plant facilities, drilling equipment, and multiple well pads are on-site, with approximately 350 workers actively engaged.
Phase I (100 MW): Expected to deliver its first 100 MW of baseload clean power to the grid in 2026. The initial 90 MW of ORC power plant equipment is being supplied by Turboden S.p.A. Shell Energy North America has signed a 15-year PPA for 31 MW from Phase I, making it the first contracted offtaker for Cape Station electrons. Southern California Edison holds agreements for 70 MW from the first phase as part of a broader 320 MW deal.
Phase II (400 MW): An additional 400 MW is expected online by 2028, bringing total Cape Station capacity to 500 MW. Baker Hughes has been selected to supply five 60 MWe ORC units for Phase II, representing approximately 300 MW of the expansion. Southern California Edison holds agreements for 250 MW from Phase II.
Long-term potential: The Bureau of Land Management has approved permitting for Cape Station to expand up to 2 GW on its current footprint — the equivalent of two large nuclear plants. With 500 MW now fully contracted, all capacity is sold. The site's resource quality was confirmed by an appraisal well reaching 15,000 feet at 500°F.
Corsac Station is Fervo's next planned development, a 115 MW project in northern Nevada in the development pipeline. Specific timelines and offtake agreements have not been publicly disclosed as of early 2026.
As of early 2026, Fervo has fully contracted the 500 MW capacity at Cape Station. The company's PPA portfolio includes some of the largest geothermal offtake agreements ever signed.
Fervo has raised over $1.5 billion in combined equity, project debt, and government grants since its founding in 2017. The company is privately held but has filed confidential IPO paperwork with the SEC as of early 2026, with analysts targeting a $2–4 billion public market valuation.
Fervo's business model is that of an integrated independent power producer (IPP): the company develops, finances, builds, owns, and operates geothermal power plants, then sells the electricity under long-term power purchase agreements (PPAs), typically 15 years in duration. Revenue is contracted and predictable — more analogous to a regulated utility or toll road than to a merchant generator exposed to spot power prices.
The development process is capital-intensive and follows a sequence familiar from oil and gas: land acquisition and leasing, exploration drilling to confirm the resource, appraisal wells to characterize the reservoir, project financing secured against contracted revenue, construction, commissioning, and long-term operation. The largest cost is drilling — typically accounting for 40–60% of EGS project capital costs — which is why Fervo's ability to apply oil and gas drilling efficiency innovations is central to its cost thesis.
Fervo structures project financing at the asset level (non-recourse project finance), keeping debt off the corporate balance sheet and allowing the company to develop multiple projects simultaneously. The $421 million non-recourse financing for Cape Station Phase I is the model: contracted PPA revenue from SCE and Shell Energy backstops the debt, and equity investors in the project entity hold the upside. This structure is standard in large-scale power project development and enables Fervo to leverage corporate equity capital much further than direct construction financing would allow.
Fervo is the clear leader in utility-scale EGS development globally, with no other company having reached commercial operation using horizontal wells in hot dry rock. The broader competitive context includes alternative next-generation geothermal approaches and long-duration clean baseload technologies.
Execution risk at Cape Station. Going from a 3.5 MW pilot to a 500 MW commercial development is a three-orders-of-magnitude scale increase. Drilling costs, reservoir performance, and ORC plant operations all need to perform at scale in ways that have never been demonstrated in EGS before. Cost overruns, well performance shortfalls, or equipment delays could push back the Phase I commercial operation date or increase project costs materially.
Drilling cost trajectory. Geothermal wells are significantly more expensive than comparably deep oil and gas wells due to the harder rock formations (requiring more robust drill bits), higher temperatures (which degrade downhole electronics and seals faster), and the need for corrosion-resistant materials in high-salinity brine environments. Fervo's cost thesis depends on applying oil and gas efficiencies to drive well costs down substantially from current levels. If drilling costs remain stubbornly high, the levelized cost of geothermal electricity will be uncompetitive.
Induced seismicity. Hydraulic fracturing in EGS has the potential to trigger felt earthquakes. Fervo has implemented a Seismic Monitoring and Mitigation Protocol (traffic-light system) that has successfully limited seismicity to imperceptible levels at Project Red. Cape Station's team has published proactive seismic behavior insights. However, induced seismicity remains an operational and reputational risk — particularly at a large multi-hundred-MW site where a significant seismic event could trigger regulatory review, operational suspension, or community opposition.
Thermal longevity and reservoir depletion. Over time, the rock surrounding EGS wellbores cools as heat is extracted, reducing power output. The rate of this thermal decline is one of the least well-characterized risks in EGS at commercial scale. Project Red has demonstrated sustained performance over its operating period, but longer-term data — years to decades — will be needed to confirm the resource longevity that underpins 15-year PPA economics.
Permitting timelines. Although Cape Station has received permitting to expand to 2 GW, the federal permitting process for geothermal on public lands can take years to more than a decade. Fervo's ability to grow its project pipeline beyond Cape Station depends on navigating NEPA review, Bureau of Land Management approval, and state-level permitting at each new site. The Trump administration's emphasis on domestic energy production has been broadly favorable to geothermal — which bipartisanly benefits from its firm baseload characteristics — but policy volatility remains a factor.
IPO and capital markets risk. Fervo has filed confidential IPO paperwork targeting a 2026 public market debut. A successful IPO at a $2–4 billion valuation would provide substantial capital for project pipeline development and validate the EGS business model for institutional investors. However, the company will be going public before Cape Station Phase I has fully demonstrated its commercial operation, leaving investors to price pre-revenue (or early-revenue) geothermal development risk. Market conditions, energy sector sentiment, and Cape Station construction progress will all influence IPO timing and pricing.
This profile was compiled from publicly available information including:
Fervo Energy Newsroom — Press releases, project announcements, and funding disclosures.
Latitude Media — Fervo IPO filing; Canary Media — Series E and Cape Station; Utility Dive — SCE PPAs.
Baker Hughes and Turboden press releases on Cape Station equipment supply (2024–2025); BLM categorical exclusion approval for Cape Station 2 GW expansion.
This profile is for informational purposes only and does not constitute investment advice, a recommendation, or a solicitation to buy or sell any security. Fervo Energy is a private company; financial data is limited to publicly disclosed information and third-party estimates. All figures as of early 2026.