Explore how several jurisdictions are regulating or adapting existing frameworks for natural hydrogen exploration.

An overview of slim hole drilling, a small-diameter exploration technique used to collect geological data while limiting costs and surface disturbance.

Diffuse flux, fairy circles and trapped reservoirs: explore the two main forms of natural hydrogen occurrence and their importance for geological exploration.

Energy hubs leverage the subsurface to integrate CO₂ storage, geothermal energy, and hydrogen within shared geological formations. Discover how they work and their potential benefits for the energy transition.

Trucks and buses account for a major share of GHG emissions. Hydrogen is emerging as one of the most promising solutions for decarbonizing them.

Learn how fuel cells convert hydrogen into clean electricity, offering high efficiency and key applications for the energy transition.

Natural geological hydrogen: a new low-carbon pathway for the mining and energy sector. Environmental analysis, applications and development prospects.

Natural hydrogen, also known as white hydrogen, is continuously generated by geological processes. Can it truly be considered a renewable resource?

How does white hydrogen compare to green, blue, and gray hydrogen? Analysis of unique advantages: reduced emissions, low water consumption, and minimal land footprint.