AER BFC (Pôle de compétitivité)

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.

A catalyst made from nickel, specifically nanoscale nickel oxide and nickel heterostructures formed on carbon nanotubes, developed as a potential alternative to expensive platinum catalysts.

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

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

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.

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.