Co-Cu-B and Co-Cu-B-F production of hydrogen by methanolization of sodium borched in the catalyst

In this thesis study, the parameters related to the synthesis of cheap and useful catalysts for obtaining hydrogen in the reaction with alcoholism from sodium borohydride solutions, which are considered as the hydrogen storage source, and the catalytic activities of these catalysts to obtain hydrogen are investigated. Within this study, it was observed that methanol initiated the reaction of alcoholism in sodium borohydride solutions and allowed the reaction to continue. This is why the reaction of alcoholism occurs without using any catalyst. In the context of this study, it was investigated that methanolic reaction of alcoholism using different catalysts increased the production of hydrogen in the presence of sodium borohydride with higher efficiency and less energy. In addition, the catalysts were irrecorded in the plasma and microwave environment after synthesis, the catalytic activities were increased and the effect on hydrogen production in the presence of sodium borohydride was investigated. Catalytic activities of Co-Cu-B and Co-Cu-B-F catalysts synthesized in this study were investigated in the presence of Co-Cu-B catalyst in the plasma environment and Co-Cu-B-F catalyst in the microwave environment. In addition, SEM, BET, EDS, FT-IR and SEM analyzes of the iridium catalyst in pure Co-Cu-B and the SEM, BET and EDS analysis of the irritated catalyst in the Co-Cu-B-F pure and microwave environment were performed to characterize the catalysts. As a result, it can be concluded that the synthesized Co-Cu-B and Co-Cu-BF catalysts are irreversibly catalyzed in the plasma and microwave environment, the catalyst is the irreversible catalyst in the Co-Cu-B catalyst and the N2 gas in the presence of 500 W and for 10 minutes in the microwave environment.