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Application · Natural Hydrogen
The next-generation clean energy frontier.
Apply our remote-sensing method to the most promising geological environments for natural-hydrogen accumulation across Africa and South America.
- Spectral signature
- Detection method
- 22 countries
- African + South American H₂ regions
In brief
Natural hydrogen is rapidly emerging as one of the world's most promising clean energy resources. Our exploration capabilities support the identification of naturally occurring hydrogen accumulations in deep geological formations. We identify and assess natural hydrogen systems (H₂) in geologically favourable regions worldwide.
- Africa — Angola, Botswana, Cameroon, Congo, Democratic Republic of Congo, Ghana, Mali, Morocco, Mozambique, Niger, Nigeria, South Africa, Tanzania, Togo, Uganda, Zambia, Zimbabwe.
- South America — Peru, Chile, Paraguay, Bolivia, Argentina.
- Most promising geological environments: ophiolites and rift zones in igneous rocks; ore bodies; coal seams and carbonates; evaporite sulfates; deep faults; reservoir potential at the basement-sediment boundary.
- Hydrogen detection draws on the same remote-sensing infrastructure already proven for hydrocarbons, metal ores and groundwater — there is no separate equipment investment.
- Identifies hydrogen-bearing kimberlite pipes, igneous-rock ophiolites and atmospheric-degassing zones suitable for surface-flow assessment.
- POISK Group is actively pursuing pilot projects with operators evaluating natural-hydrogen acreage.