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A Survey of Novel Processes to Produce Ultra Low Sulfur Gasoline 被引量:12

A Survey of Novel Processes to Produce Ultra Low Sulfur Gasoline
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摘要 The restriction on sulfur level in gasoline has been increasingly tightened. The U.S.Tier 22222 regulation requires a reduction from average 340ppm to 30ppm from 2004 to 2008. Recently significant progress has been made in effective high sulfur removal, such as post treatment of FCC gasoline by selective hydrotreating, S Zorb sulfur removal technology, OATS process etc. The sulfur content of FCC gasoline can be deceased to less than 10ppm. With regard to gasoline pool composition in China, it is very important to look for effective desulfurization processes that are simple, straightforward, with less hydrogen consumption. Post-treatment of FCC gasoline is a preferred option. From the point of view of comprehensive utilization, alkylation, polymerization, isomerisation etc. can be added to desulfurization process to meet the requirement of ultra low sulfur, premium. The restriction on sulfur level in gasoline has been increasingly tightened. The U.S.Tier Ⅱ regulation requires a reduction from average 340ppm to 30ppm from 2004 to 2008. Recently significant progress has been made in effective high sulfur removal, such as post treatment of FCC gasoline by selective hydrotreating, S Zorb sulfur removal technology, OATS process etc. The sulfur content of FCC gasoline can be deceased to less than 10ppm. With regard to gasoline pool composition in China, it is very important to look for effective desulfurization processes that are simple, straightforward, with less hydrogen consumption. Post-treatment of FCC gasoline is a preferred option. From the point of view of comprehensive utilization, alkylation, polymerization, isomerisation etc. can be added to desulfurization process to meet the requirement of ultra low sulfur, premium.
出处 《China Petroleum Processing & Petrochemical Technology》 SCIE CAS 2003年第2期19-23,共5页 中国炼油与石油化工(英文版)
关键词 FCC gasoline DESULFURIZATION HYDRODESULFURIZATION CATALYST adsoption 汽油 硫含量 加氢脱硫 催化裂化 吸附
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参考文献15

  • 1[1]NPRA AM-00-54.
  • 2[2]NPRA AM-00-13.
  • 3[3]Rob Gardner, Eric Schwartz, Kelly Rock, Oil&Gas Journal,June i 8,2001.
  • 4[4]NPRA AM-01-11.
  • 5[5]NPRA AM-01-39.
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  • 8[8]NPRA AM-00-52.
  • 9[9]Chris Covert et al., Word Refining, March 2001,56-61.
  • 10[10]S Zorb: Advances in sulfur technology. Hydrocarbon Engineering, September 2001,45--49.

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