HyTerra

Exploratory drilling operations in the United States to assess the commercial viability of extracting naturally occurring hydrogen from underground geological formations. The campaign uses advanced drilling technologies and geological survey methods including seismic imaging, soil gas analysis, and core drilling.

Geologic hydrogen exploration well on the Nemaha Ridge in Kansas that discovered 96.1% pure hydrogen.

Planned geologic hydrogen exploration well as part of HyTerra's North American drilling campaign.

Naturally occurring hydrogen extracted from underground geological formations. Target specifications include hydrogen purity above 90% and continuous flow rates for commercial viability.

Naturally occurring hydrogen gas found underground, distinct from manufactured hydrogen sources. The Albanian deposit contains 84% pure H2 with trace amounts of methane and nitrogen.

A naturally occurring form of hydrogen gas found beneath the Earth's surface, produced by geological processes when iron-rich rocks interact with water.

Hydrogen formed over geological time deep underground, also known as geological or white hydrogen. It is a potentially low-cost, zero-emissions fuel source that does not require electrolysis.

Australia

United States

Discovery and assessment of a massive natural hydrogen deposit in the Lorraine region's abandoned mines, estimated to contain approximately 46 million tons of H2.

An exploration project by Australian company Hyterra Ltd. seeking natural hydrogen deposits in the United States, with a target production cost of approximately $1 per kilogram.

Planned geologic hydrogen exploration well as part of HyTerra's North American drilling campaign.

Naturally occurring hydrogen extracted from underground geological formations. Target specifications include hydrogen purity above 90% and continuous flow rates for commercial viability.