Koloma develops geologic hydrogen with backing from Bill Gates

Geologic hydrogen company Koloma, backed by Bill Gates, is using technology and proprietary data to identify and commercialise naturally occurring geologic hydrogen resources. The emerging low-carbon hydrogen source signals a new pathway in clean-energy technology that Indian energy and hydrogen-strategy stakeholders may track.

Koloma, a geologic hydrogen company backed by Bill Gates, is leveraging technology, proprietary data, and human expertise to identify and commercialise geologic hydrogen resources globally. Geologic hydrogen is a naturally occurring, regenerative gas produced and stored through serpentinization, an oxidation-reduction reaction in the earth's subsurface. The source offers low carbon intensity, with a carbon footprint on par with electrolysis, and requires no external water or energy inputs, making it a self-sustaining energy source.

The development is relevant to clean-energy investors, hydrogen producers, and decarbonisation programmes. Koloma's production process reportedly delivers minimal surface disruption so that even high-volume hydrogen production sites remain almost unnoticeable, aligning with environmental preservation goals. Backed by leading clean-energy investment funds, Koloma is well-capitalised to scale exploration and is actively identifying and appraising assets that will play a role in the United States' decarbonisation initiatives within the emerging geologic hydrogen industry.

Energy companies and hydrogen-strategy stakeholders should monitor how the data-driven geologic hydrogen approach develops and whether it scales as a low-carbon supply source. Koloma aims to unlock geologic hydrogen resources worldwide by harnessing technology and innovation. Indian entities pursuing hydrogen and decarbonisation can track such exploration models for potential implications on global hydrogen supply economics, even as commercial viability and scalability remain to be demonstrated across the nascent industry.

Key figure — Carbon profile: footprint on par with electrolysis, no external water or energy inputs