تهيه ي كاتاليست بازتركيب اكسيژن و هيدروژن در باتري هاي سرب اسيد

Lead acid batteries are widely used in many applications, especially in industry and automobiles, due to their low cost, high durability, and reliable performance. One of the major challenges in the performance of these batteries is the management of produced gas and their reuse. In this regard, it is important to find out the reactions of recombination of hydrogen and energy that lead to the production of water from these gases. Catalysts play a key role in the hydrogen and energy recombination process, and using them in increasing the speed and efficiency of these reactions has a direct impact on the performance and lifespan of the battery. Previous studies have shown that the most appropriate and optimized reaction conditions can reduce energy and increase efficiency. The aim of this thesis is to prepare and eva‎luate palladium alumina catalyst. In this research, granulated alumina is synthesized for use in the elistic bed using two substances, semi-fragmented and catalonitrate 9 water, so that palladium chloride can be identified through the method of concentration on it, and then it is regenerated by hydrazine solution and converted into palladium coating. . After that, coconut carbon was synthesized. After ensuring that the synthetic catalyst is similar to the commercial samples by tests such as SEM, EDAX, XRD, BET, ICP, etc., carbon and alumina are combined and placed inside the plug (cap) of the catalyst. After that, gasification electrolysis system was prepared to produce gasification gases and hydrogen. Then, with different efficiency flows, commercial samples were obtained comparing it with optimal applied flows.

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