Full Factorial Design of Production of Hydrogen Gas at Sodiumborohydride with Cobalt Catalyst
Novruz BASHIROV, Yasar GENEL, Halil DURAK, Genber KERIMLI

Abstract
Energy should be transportable, stockable and not be harmful to the environment so that it can be utilizable in today’s conditions. Regarding all these properties hydrogen energy has an importance for our future. Hydrogen can be produced in numerous ways. In the study we deal with hydrogen has been produced from sodium borohydride by using cobalt catalyst. In addition, the mathematical model of this production has been formed by using full factorial design in particular parameters. In the study, NaBH4, Co catalyst, temperature and time parameters have been accepted as variable. The composed hydrogen gas has been determined to rise with the increase of NaBH4, Co and temperature.

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