Geologic Hydrogen:
the clean energy the Earth produces on its own
Geologic hydrogen — also called natural hydrogen, white hydrogen, or native hydrogen — is H₂ gas produced spontaneously in the Earth's crust through chemical reactions between water and iron-rich rocks. No electricity. No electrolyser. No fossil feedstock.
Discover →geologic hydrogen continuously
Geologic hydrogen is produced by geochemical processes that have been running continuously for millions of years in the Earth's crust. Unlike industrial hydrogen — which requires electricity to split water — geologic hydrogen forms spontaneously and can accumulate in geological reservoirs, just like natural gas or oil.
Its fundamental characteristic: the reactions that produce it never stop. A geologic hydrogen well recharges continuously, unlike a fossil hydrocarbon deposit that depletes permanently.
The term "geological" (or "geologic") is the scientifically precise designation. "White", "gold", "native" and "natural" are complementary names used in different industrial and scientific contexts.
natural hydrogen well
The REGALOR II programme, led by FDE with CNRS geochemists Jacques Pironon and Philippe De Donato (University of Lorraine), drilled PTH-2 at Pontpierre, Moselle, to 3,655 metres — the world's deepest well dedicated exclusively to natural hydrogen exploration.
Results announced on 23 June 2026: 36.1% H₂ at 2,242m and 49.6% H₂ at 2,426m — among the highest natural hydrogen concentrations ever measured in situ globally. The deposit is estimated at 92 million tonnes.
FDE targets independent resource certification in 2027 and first commercial production in late 2028.
We are no longer discussing a scientific hypothesis. We are progressively de-risking what could become one of Europe's first industrial-scale natural hydrogen projects.
Antoine Forcinal · CEO · Française de l'Énergie · 23 June 2026on five continents
- January 2026 · France · First natural hydrogen exploration permit ever issued in the EU · FDE · "Trois Évêchés" · 2,254 km² · Moselle + Meurthe-et-Moselle
- March 2026 · Belgium · BE.Hydrogen programme launched · €3.5M · GSB + Belspo · geological mapping of Belgian subsoil · no deposit confirmed to date
- 23 June 2026 · FDE confirms 49.6% H₂ at 2,426m in PTH-2 · among highest natural H₂ concentrations ever measured in situ globally
- 23 July 2026 · European Commission · €1M+ contract awarded to Trinomics + Getech · first pan-European natural H₂ mapping of all 27 EU member states + regulatory framework · DG GROW
- 2027 (projected) · REGALOR II independent resource certification · EC mapping results · first EU legislative proposals for natural H₂ exploration permits
- Late 2028 (projected) · First commercial natural H₂ production · France · FDE · subject to 2027 milestones
Accuracy: All information on this site is drawn from publicly available primary sources verified at the date of publication. geologic-hydrogen.com makes reasonable efforts to ensure accuracy but cannot guarantee completeness or timeliness. Readers should verify all information independently before making any decision.
Not investment advice: This site is produced for informational and educational purposes only. Nothing here constitutes financial, investment, legal or commercial advice. BESS Energie SRL has no financial interest in any company mentioned on this site.
Belgium — BE.Hydrogen: No natural hydrogen accumulation, flow, or commercially exploitable resource has been confirmed on Belgian territory as of the publication date. BE.Hydrogen (March 2026) is a geological mapping programme — not a discovery.
Forward-looking statements: Cost projections, timelines and regulatory outcomes carry execution risk. FDE's first commercial production target (late 2028) is subject to 2027 resource certification and environmental permitting.
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