
HYDROGEN
State of the art.
Colorless, odorless, non-polluting, and abundant in water and hydrocarbons on our planet, hydrogen has been the focus of extensive research in the fields of energy transition for several years.
While over 95%* of the hydrogen currently used on Earth is extracted from fossil hydrocarbons, research is now focusing on more environmentally friendly solutions based on electrolysis.
Regardless of its source of production, hydrogen still faces major challenges:
Production
Safety
Storage
Transportation
Our solutions.
After years of research, we have developed an autonomous hydrogen generation process.
Our technology is based on the on-demand production of high-pressure hydrogen through the hydrolysis reaction of a recycled aluminum-silicon alloy (carbon-neutral).
To date, it is the only process that addresses the issue of hydrogen transportation.
But it also offers other advantages:
• No external electricity required
• No heavy infrastructure needed
• No complex logistics or storage
• No storage of flammable products
• Zero local CO and CO₂ emissions
• More cost-effective for autonomous applications
• Compatible with any water-based liquid
In practice.
From a systems engineering perspective, this paves the way for new models of hydrogen deployment where autonomy and scalability have always been major obstacles.
• Light mobility
• Operations in remote areas
• Industrial uses
• Domestic applications









Our autonomous hydrogen technology requires only three elements:
• A charging station tailored to your needs
• Any water-based liquid
• A profile made from our alloy, available in multiple formats.
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The generated hydrogen can be stored in gas cylinders of the desired volume.
The residual byproduct consists mainly of aluminum and silicon oxides. It can therefore be reused in secondary aluminum recycling, safely landfilled, or used as an additive in construction materials.

news.
Metagene™ prototype station currently under development.
January 2026
next.
Developing the first stations for applications in:
• military - drone
• civilian - bicycle fleet

