15-year research program in hydrogen fuel cell technology with integrated hydrogen generation

National scientific research organization

Regional competitiveness cluster supporting hydrogen and fuel cell technology development

Regional business cluster focused on smart power and energy solutions

Identifies and promotes sustainable solutions for environmental challenges

Integration of the fuel cell and hydrogen source into a single adaptable system that can be configured for various power outputs (1-10kW initially, scaling to 100kW) by connecting multiple battery units.

A solid, safe, inert cartridge that generates hydrogen directly at the point of use without requiring pressurized storage, external infrastructure, or refueling stations.

CLHYNN's fuel cell operates in anionic mode, allowing it to use nickel-based catalysts instead of platinum. This represents a reversal of conventional fuel cell operation principles.

Bourgogne-Franche-Comté (Burgundy-Free County)

Establishment of a new production unit in Bourgogne-Franche-Comté region to scale manufacturing capacity from current operations to commercial volumes

Solid, safe, inert cartridge generating hydrogen on-demand for fuel cell operation. Eliminates need for pressurized storage and external refueling infrastructure. Recyclable with one component usable as fertilizer.

Compact, modular hydrogen fuel cell combining integrated hydrogen generation cartridge for applications in light mobility, intralogistics, and sea/air transport. Nickel-based catalyst, PFAS-free, platinum-free version available.