At the 120-minute mark, the trend persists, with 20 wt% achieving 63.81% degradation, indicating a strong correlation between weight percentage and degradation over time. Finally, at 180 minutes, the degradation for 20 wt% peaks at 87.31%, demonstrating the catalyst's effectiveness in breaking down materials over an extended period. This data highlights the importance of weight percentage in determining the degradation efficiency of Catalyst 1, suggesting that higher concentrations lead to enhanced performance in degradation applications. Overall, the results underscore the catalyst's potential for effective use in various chemical processes. The percent degradation data for Catalyst 1 is crucial for understanding its performance across different weight percentages: 3 wt%, 7 wt%, 10 wt%, 15 wt%, and 20 wt%. At the initial 30-minute interval, the degradation percentages are modest, with 1.29% for 3 wt% and 9.64% for 20 wt%. As the time extends to 60 minutes, a marked increase in degradation is observed, particularly for the higher weight percentages, where 20 wt% reaches 33.87%. This trend continues at the 90-minute mark, with 20 wt% showing a significant degradation of 51.88%. wt%, and 20 wt%. At the 30-minute mark, the degradation percentages are relatively low, with 2.42% for 3 wt% and 10.56% for 20 wt%. As time progresses to 60 minutes, there is a noticeable increase in degradation, particularly for the higher weight percentages, with 20 wt% reaching 34.15%.