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This study reported the synthesis of catfish epoxide oil with the assistance of the cavitation technique. The highest yield (94.11 %) of epoxidation reaction of catfish fat with hydroperoxide, acetic acid, sulfuric acid catalyst achieved at 50 PSi, 45 °C, the molar ratio of (H2O2/CH3COOH/double bonds (C = C)) of (3.75/1.25/1) in just 5 minutes. The characterization of materials and products were analyzed by FT-IR, 1H-NMR, 13C-NMR analysis. The results showed that the cavitation technique improved significantly the efficiency of the catfish epoxide oil process. The synthesis process used catfish fat feedstock, a by-product of catfish meat processing with available abundant supply. The epoxidized catfish oil product was high chemical activity and it also could be predicted as a high biodegradable compound. It could be said that the sustainability of the process is possible entirely.

APPLYING CAVITATION TECHNIQUE TO OPTIMIZE THE SYNTHESIS OF CATFISH EPOXIDE OIL, A BIOLOGICAL COMPOUND WITH HIGH CHEMICAL ACTIVITY