While hydrogen is considered the fuel of
the future due to its clean properties,
natural underground hydrogen production
and storage have received limited
attention.
Panchtatva explores the formation
mechanisms of natural hydrogen, including
metamorphic processes, pyritization,
and serpentinization reactions. Geological
locations suitable for natural hydrogen
include ophiolites, organic-rich
sediments, fault zones, igneous rocks,
crystalline basements, salt-bearing
strata, and hydrocarbon-bearing basins.
Panchtatva recognizes that existing UGS
facilities, which have proven favourable for
storing natural gas, are a logical starting
point for subsurface hydrogen storage.
These facilities can potentially store 327
terawatt-hours (TW-h) or approximately 9.8
million metric tons of pure hydrogen3.
In summary, Panchtatva Fusion Pvt. Ltd.
combines environmental stewardship,
technological expertise, and a commitment
to securing essential resources for a sustainable
future.