Electroless Deposition of Low-Cost Reusable Transition Metal Active Catalyst on Oxide Supports for Hydrogen Generation from Hydrides

Catalytic hydrolysis of alkaline NaBH₄ solution and ammonia borane using electroless-based transition metal catalysts have been studied. The transition metal catalysts were synthesized by Pd catalyzation and activation of Al₂O₃ or TiO₂ substrates and subsequent electroless plating of the transition metals. Results will be presented on the effect of Pd loading, annealing temperature of the catalyst, electroless plating time on the catalyst activity for hydrogen generations.  Kinetic data of the hydrolysis reaction will also be discussed.