Lorraine

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.

Multi-energy production

Engineering and hydrogen exploration

Chemical engineering research

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.

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.

Extensive pipeline network for transporting hydrogen across France and Spain, initially using existing Enagás and Teréga gas networks before dedicated H2 infrastructure is developed.

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.

Natural hydrogen extraction and utilization for electricity generation in the village of Bourakébougou, Mali. Operating since 2012 with nearly pure hydrogen.

A research project by the University of Melbourne Department of Chemical Engineering to generate hydrogen from atmospheric humidity using renewable energy-powered electrolyzers.

Innovative technology that employs AI lasers to determine the volume and purity of geologic hydrogen reserves, designed to reduce time and cost compared to traditional drilling methods.

Technology that utilizes existing natural-gas pipelines for hydrogen transport by filtering natural gas and hydrogen mixtures, enabling repurposing of current infrastructure.