For too long, hydrogen was held back. By complexity, by cost, by the way we tried to release it. The world needs energy to be cleaner. Energy infrastructure must be more reliable and resilient. That's why CPH2 exists. To free hydrogen and oxygen from their bonds and put them to good use in hospitals, electricity grids, data centers, semiconductor production and refueling depots. Not in decades. Now. The time has come for the liberation of Hydrogen. Safety built in: A decade of R&D has made our electrolysers safe by design. Like all industrial gas production there are inherent risks, which HAZOP and LOPA risk analysis and system implementation has mitigated. ARUP and WSP reviewed our approach against the UK Health & Safety Executive's R2P2 standard — Reducing Risk and Protecting People. The elimination of all sources of particle ignition is fundamental to our safety-first ethos. We've extended the protocols of EIGA Doc 13/12 for oxygen and IEC60079 into hydrogen and ensured pressure containment is achieved through rigorous specification. We're compliant with ISO-61511. Only CPH2 has reliably demonstrated membrane-free, low-cost hydrogen production, safely delivered to BS ISO 14687:2 Grade D (99.999mol% H2, <5ppm O2, <5ppm H2O) Not just safe, proven safe.
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The Clean Power Hydrogen (CPH2) annual revenue was $6 million in 2026.
Arash Selahi is the COO of Clean Power Hydrogen (CPH2).
45 people are employed at Clean Power Hydrogen (CPH2).
Clean Power Hydrogen (CPH2) is based in Doncaster, England.
The NAICS codes for Clean Power Hydrogen (CPH2) are [325, 32512, 32, 3251].
The SIC codes for Clean Power Hydrogen (CPH2) are [28, 281].