Browsing: Natural Hydrogen

Australia’s emerging natural hydrogen sector has reached another exploration milestone as D3 Energy announced prospective natural hydrogen resources of up to 88 billion cubic feet across two geological structures in South Australia’s Arckaringa Basin.

Mitsubishi Gas Chemical and Gold Hydrogen have signed a memorandum of understanding to study a green methanol production facility on…

The Lawson well in central Saskatchewan returned hydrogen concentrations of up to 286,000 parts per million when results were confirmed…

The economics of clean hydrogen have long been trapped in an uncomfortable paradox. Green hydrogen, produced through electrolysis powered by…

Swiss Geo Energy has secured a surface exploration permit in the Canton of Vaud to assess natural hydrogen, helium, and deep geothermal resources within a single integrated program, marking a first for Switzerland’s subsurface development strategy.

MAX Power has initiated a financing round aiming to raise between C$4 million and C$20 million to accelerate development of its Saskatchewan natural hydrogen assets.

Natural hydrogen has reemerged as a niche but closely watched segment of the energy transition, driven by the prospect of bypassing electrolyzer costs that still dominate green hydrogen economics.

In northern Sweden, the HYBRIT consortium has secured an extension of its temporary building permit for its underground hydrogen storage pilot in Luleå until 2031, allowing continued testing of a technology that early data suggest could cut variable hydrogen production costs by 25 to 40 percent.

Vema Hydrogen has drilled its first two pilot wells in Quebec, launching what it describes as the world’s first field test of Engineered Mineral Hydrogen, a method designed to produce hydrogen directly from subsurface rock formations.

Getech has secured its first contract in stimulated geologic hydrogen, partnering with GeoKiln on a pilot project in Minnesota that targets hydrogen production directly within iron-rich subsurface formations rather than at the surface.