Meysam Sadeghi - Department of Chemistry, Lorestan University, Khoram-Ababd, Iran
Maryam Gholami - Department of Chemistry, Lorestan University, Khoram-Ababd, Iran
Pourya Zarshenas - Faculty of Chemistry & Petroleum Sciences, Shahid Beheshti University (SBU), Iran

This research examined sonocatalytic degradation of methylene blue (MB) dye in the presence of MIL-۸۸(Fe)/NaY/MnFe۲O۴ nanocomposite synthesized using the ultrasound assisted-hydrothermal route. Multiple identification techniques were utilized to investigate the MIL-۸۸(Fe)/NaY/MnFe۲O۴ nanocomposite sonocatalyst involving FESEM, EDAX, FTIR, XRD and BET. The influences of various parameters like contact time, pH, initial MB concentration and sonocatalyst dosage were precisely studied. About ۹۸.۱% of MB dye degradation was achieved under the optimum parameter conditions i.e. at pH of ۷, ۲۵ mg/L of initial MB concentration and ۰.۵ g/L of MIL-۸۸(Fe)/NaY/MnFe۲O۴ dosage within ۶۰ min. The enhancement of sonocatalytic activities can be related to the function of NaY zeolite as trap state for the electron. The scavenger tests outcomes demonstrated that the sono-generated hydroxyl radical (.OH) would play an important role in the MB degradation. Additionally, the MIL-۸۸(Fe)/NaY/MnFe۲O۴ was quite stable since the efficiency of MB degradation gained in the four run was ۹۳.۷%.

sonocatalytic, degradation, methylene blue, MIL-۸۸(Fe)/NaY/MnFe۲O۴, nanocomposite