The method is effective and secure for producing hydrogen. At normal temperatures, it produces hydrogen with a comparatively high capacity. NaBH4 hydrolysis produces hydrogen with a high purity level and a relatively large hydrogen capacity (10.8 wt.%) through a manageable procedure. NaBO2, a result of hydrolysis, is another intriguing option for hydrogen storage in solid states. As a result, many heterogeneous and homogeneous catalysts for the hydrolysis and alcoholysis of aqueous NaBH4 solution were described . However, the procedure occasionally needs pricey metals like platinum and ruthenium as catalysts. Most modern catalysts are neither stable nor highly efficient . Therefore, a catalyst that can perform several activities at a low cost is essential.