Enhanced geothermal as subsurface industrial reuse
Direct, issuer-disclosed exposure. Baker Hughes maintains a dedicated geothermal portfolio spanning high-temperature drilling (Vanguard bit, Navi-drill motor, Lucida rotary steerable; demonstrated 300C directional drilling and the deepest/hottest geothermal well in Iceland), completions (CENetic pumping) and power generation (steam turbines, turboexpanders, ORC), with roughly 40 years of geothermal experience. It was publicly selected by Fervo Energy to design and deliver equipment for five 60 MWe ORC units (300 MW) at Cape Station Phase II near Milford, Utah, explicitly designed to operate with Fervo's Enhanced Geothermal Systems (EGS), online by 2028. The crossover is genuine, but geothermal is not a separately reported segment and its revenue is not quantified; it sits within IET (turbomachinery/power generation) and OFSE (drilling).
- Evidence
- Supported by Baker Hughes' geothermal-solutions product disclosures (full-lifecycle drilling, completion and power-generation portfolio; deepest/hottest geothermal well in Iceland) and the named Fervo Cape Station Phase II EGS equipment award (five 60 MWe ORC units, 300 MW, turboexpanders plus BRUSH generators, online by 2028). Limitation: no contract value was disclosed; the FY2025 earnings release does not report a full-year new-energy / Climate Technology Solutions orders or revenue figure, so geothermal magnitude is not separately quantified.
- Materiality
- disclosed — The issuer names the exposure through a dedicated geothermal product line and a specific, dated equipment award (Fervo Cape Station Phase II, 300 MW), meeting the standard for a named exposure. However, Baker Hughes does not separately quantify geothermal revenue, orders or backlog, so its magnitude within the $13,409M IET and $14,324M OFSE segments is not individually quantified and is currently immaterial to the $27,733M consolidated total.