The need for a geologic hydrogen wildcatter is growing as energy demand rises and efforts to reduce emissions continue.

This new research advances our understanding of suitable environments for natural hydrogen generation,” said Sascha Brune, ...

Natural hydrogen production by Koloma utilizes geologic extraction, minimizing energy use and emissions while enhancing ...

Another option is injecting unserpentinized ultramafic rock with water in a controlled engineering process to create serpentinization – this is referred to as orange hydrogen.

These reactions, called serpentinization, occur at high temperatures and pressures, typical of geological depths. Serpentinization releases hydrogen by transforming ferromagnesian minerals into ...

Typically, we have turned to manmade hydrogen produced through industrial processes, but now experts discovered the biggest hydrogen reservoir on Earth.

Science & nature Discovery on Mars: Perseverance hits a geological “goldmine” NASA’s Perseverance rover has ‘struck gold’ on the surface of Mars in a sensational discovery.

Figure 1: Visual representation of the serpentinization process forming hydrogen Quote From Dr. Yaoguo Li, Colorado School of Mines ...

Geological resources may be able to provide billions—or even trillions—of metric tons of clean hydrogen, according to estimates from US government researchers. By tapping into existing ...

It turns out that conditions for serpentinization and thus natural H 2 generation are considerably better in mountain ranges than in rift basins.