Download PDFOpen PDF in browserTextile Wastewater Treatment Using Ultrasonication Based Catalytic TreatmentEasyChair Preprint 124255 pages•Date: March 7, 2024AbstractManaging wastewater from textile industries presents a formidable challenge due to its intricate makeup and harmful effects on the environment. In this study, we address this challenge by employing ultrasonication-based catalytic treatment processes to treat synthetic textile wastewater. Through optimization using Central Composite Design (CCD), we have identified crucial factors for maximizing pollutant removal. These include maintaining a pH of 5.8, utilizing a catalyst dosage of 735.12 mg/L, starting with an initial pollutant concentration of 20.56 mg/L, treating for 65.83 minutes, and achieving a predicted removal percentage of 64.44%. This analysis emphasizes the importance of these parameters in achieving efficient wastewater treatment in textile industries. Keyphrases: Catalysis, Catalyst dosage, Textile wastewater treatment, Treatment duration, Ultrasonication
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