Desulfurization from Gasoline by Polymer Resin at Room Temperature and Atmospheric Pressure

Jian Peng Zhu; Chun Hu Li; Jia Ling Chen; Ying Wei Luo

doi:10.4028/www.scientific.net/AMR.396-398.1283

Paper Titles

Surface Modiﬁcation of Carbon Electrodes for Supercapacitor Using Ammonia Water
p.1265

Process Optimization of Microwave Drying Sludge with Response Surface Methodology
p.1269

Chemical Synthesis and the Stability of Theanine
p.1273

Different CaO Content Influence on Fusibility of Coal Ash
p.1278

Desulfurization from Gasoline by Polymer Resin at Room Temperature and Atmospheric Pressure
p.1283

Study on Synthesis and Application of Methylmethoxyphosphonate Aluminum
p.1287

Proteolysis Characterization of Low- and Full-Fat Cheese Fermented by Lactobacillus acidophilus during Ripening Process
p.1293

Effect of Blanching on β-Carotene Degradation of Cabbages during Drying
p.1297

Comparative Research on Aroma from Mango Juice Extracted by Different Methods
p.1302

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 396-398Desulfurization from Gasoline by Polymer Resin at...

Desulfurization from Gasoline by Polymer Resin at Room Temperature and Atmospheric Pressure

Abstract:

Abstract. Investigation of polymer resin as catalyst in the oxidative desulfurization (ODS) process has revealed that the method can be applied to make a relative high removal of sulfur compounds. The reaction conditions, including temperature, amount of oxidant and reaction time were studied. The best result occurs under mild conditions with respect to room temperature and atmospheric pressure, to remove 75.54% of the totle sulfur content in the presence of H2O2 with an O/S molar ratio of 17. Possible mechanism is also disscussed.