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离子液体在6号溶剂油改质中的应用(英文)

Application of Ionic Liquid in Upgrading 6~# Solvent Oil

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【作者】 孙学文赵锁奇

【Author】 SUN Xuewen**and ZHAO Suoqi State Key Laboratory of Heavy Oil Processing,China Petroleum University,Beijing 102249,China

【机构】 State Key Laboratory of Heavy Oil Processing,China Petroleum University

【摘要】 A new method of upgrading 6# solvent oils using different ionic liquids as catalysts in a continuous apparatus is studied in this paper.The results show that aromatics,olefins and small quantity of sulfurs can be removed simultaneously.Using complex ionic liquid modified with CuCl as catalyst,olefins are removed completely,the mass concentrations of aromatics and sulfurs in solvent oil are 0.36% and 0.0058%,respectively,and the bromic index is zero.The sulfur removal rate decreases gradually with increasing of running time.The refined 6# solvent oil is corresponded to the quality standards of GB16629-1996,which request that the mass concentrations of aromatics,sulfurs and bromic index are 1%,0.012% and 1000,respectively.The loss of solvent oil is less than 3%.

【Abstract】 A new method of upgrading 6# solvent oils using different ionic liquids as catalysts in a continuous apparatus is studied in this paper.The results show that aromatics,olefins and small quantity of sulfurs can be removed simultaneously.Using complex ionic liquid modified with CuCl as catalyst,olefins are removed completely,the mass concentrations of aromatics and sulfurs in solvent oil are 0.36% and 0.0058%,respectively,and the bromic index is zero.The sulfur removal rate decreases gradually with increasing of running time.The refined 6# solvent oil is corresponded to the quality standards of GB16629-1996,which request that the mass concentrations of aromatics,sulfurs and bromic index are 1%,0.012% and 1000,respectively.The loss of solvent oil is less than 3%.

【关键词】 upgradingalkylationionic liquid6# solvent oil
【Key words】 upgradingalkylationionic liquid6# solvent oil
【基金】 Supported by the National Natural Science Foundation of China(20676150);the Natural Science Foundation of Beijing(2052010);the Science and Technology Venture Foundation of the PetroChina Company Limited(2005[68])
  • 【文献出处】 Chinese Journal of Chemical Engineering ,中国化学工程学报(英文版) , 编辑部邮箱 ,2009年04期
  • 【分类号】TE624.5
  • 【被引频次】1
  • 【下载频次】99
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