Chinese scientists have identified naturally occurring hydrogen gas within ophiolite rock formations on the Qinghai-Xizang Plateau, marking a potential breakthrough in the search for sustainable energy sources. The discovery, announced by researchers from the Institute of Geology and Geophysics at the Chinese Academy of Sciences on Friday, could position the region as a key player in global clean energy development.
The study reveals that serpentinization—a chemical reaction between water and specific minerals—has generated hydrogen beneath the plateau. This process creates what scientists describe as a 'low-cost, zero-carbon energy source' with minimal environmental impact compared to traditional extraction methods.
With vast ophiolite formations spanning the plateau, researchers emphasize the area's unique potential for scalable hydrogen production. The findings not only shed light on the geological history of hydrogen migration but also offer practical pathways for harnessing this resource to meet growing energy demands across Asia and beyond.
As nations worldwide accelerate decarbonization efforts, this discovery positions the Chinese mainland at the forefront of natural hydrogen exploration. Analysts suggest the development could attract significant interest from overseas investors and reshape regional energy strategies in 2026 and beyond.
