Özet:

The addition of nonactive soy metals affects the catalytic performance of the catalyst. In this study, a new and efficient triple Kobalt-Titanium (II) -Borid (Co-Ti(II)-B) catalysts were prepared from TiCl2 metal salt for the catalytic hydrolysis of sodium borohydrate (NaBH4) to produce hydrogen. With the help of the Co-Ti(II)-B catalyst, the hydrogen production rate, different titanium concentration, solution temperature, NaBH4 concentration and NaOH (base balancing) concentration are measured as a function. The activity of the catalyst is analyzed from a thermodynamic point of view and compared to the Co-B catalyst. In addition to high catalyst efficiency, the catalyst must contain important characteristics such as high stability and high tolerance to activation loss in serious conditions. The highest hydrogen production rate is 5%. It is obtained by the Ti/(Ti + Co) molar ratio and for this catalyst, the optimal fuel concentration is defined as 7.5 % NaOH and 7.5 % NaBH4.

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