Sodium borohydride (NaBH4), one of
the highest hydrogen containing material, can generate H2
via hydrolysis using our unique fluorinated catalyst of low-cost
material.
BHG
Reactor
BH4- +
2H2O
BO2- + 4H2
Reaction:
Fuel from the upper side of catalyst
bed High catalyst/fuel ratio quick catalyst heating
generated by NaBH4 hydrolysis Quick separation of
spent fuel from catalyst
prevent NaBO2 deposit
Borohydride Hydrolysis
Catalyst
Hydrolysis:
Our patented fluorination technique makes out of
a plane catalyst surface a complicated one. The created nano
structure which covers the surface causes a higher surface area. The
Nano structure and the active nickel species (also generated by
fluorination) show a very high activity for the hydrolysis of sodium
borohydride.
Hydrolysis
Responsibility at room temperature
Key
Features
For more detailed information
about our hydrogen generation program please visit the publication section of
this page or contact
us directly.
Hydrogen Capacity of Various Hydrogen Storage
Materials
