Effects of Extraction on the Desulfurization of FCC Diesel by Ultrasound Oxidation Technique

Ming Zhu Sun; Bing Zhang; Yong Hong Wu; Jing Zhu; De Zhi Zhao

doi:10.4028/www.scientific.net/AMR.634-638.751

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Experimental Study on SO₂ and NO_x Removal during Briquette Combustion
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Adsorption CO₂ on Activated Carbon with Surface Modification
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Effects of Extraction on the Desulfurization of FCC Diesel by Ultrasound Oxidation Technique
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Evaluation of the Role of Surfactant on the Surface Characterisation of Coal
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Experimental Research on Molding Biomass’s Carbonization Homogeneity
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Facile Preparation of Biodiesel Using Microwave Heating
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New Mechanism of Saving Energy and Reducing Pollution in Burning Processing of Emulsified Oil
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 634-638Effects of Extraction on the Desulfurization of...

Effects of Extraction on the Desulfurization of FCC Diesel by Ultrasound Oxidation Technique

Abstract:

The removal of sulfides (e.g., benzothiophenes) in FCC diesel fuel is the most important issue. Here, sulfides were removed by catalytic oxidation them into sulfones by H₂O₂-formic acid and solvent extraction induced by ultrasound irradiation. The introduction of ultrasound provides energy for the oxidation reaction, which can assure a complete oxidative desulfurization for sulfides in diesel oil. The effects of extraction solvent, extraction duration, ratio of extractant over extraction times, and oil over extraction times were investigated. Under the optimum condition, the removal efficiency of sulfur compounds and the recovery of the product can amount to 94.2% and above 90%, respectively.