Hydrogen generation by hydrolysis of ammonia borohydride using the Nano-Bimetallic catalyst

Ammonia boron is one of the chemical compounds with high energy density that eliminates problem storing hydrogen, a clean source. borane (NH3BH3), hydrogen storage compounds; High capacity (19.6% H2 by mass) has very important place in fuel technology due to its stable structure aqueous solution. The main parameter determining ammonia hydrolysis, production efficiency and reaction course catalyst. Different structures methods are used for catalyst production. One these catalysts produced from transition metal complexes catalytic effect low cost. This study focuses on hydrolysis parameters through synthesized Co-Cr-B using cost cobalt (Co) chromium (Cr). was interacted Later, optimum conditions bora were determined amount, different NaOH concentration activity at temperatures. Reaction kinetics examined based data obtained. activation 22.3 kJ mol-1, degree as 1st degree.