| 石油化学工业炼油化工一体化技术的进展 |
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| 引用本文： | 王子康.石油化学工业炼油化工一体化技术的进展[J].中外能源,2008,13(1):64-69. |
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| 作者姓名： | 王子康 |
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| 作者单位： | 中国石化出版社,北京,100011 |
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| 摘 要： | 炼油化工一体化体系的运行需要炼化一体化技术的支撑。介绍了炼油化工一体化技术的进展，包括：①多产型炼化一体化技术，如多产石脑油技术、多产芳烃技术、多产低碳烯烃技术；②节约型炼化一体化技术，如干气中C2分离作乙烯原料技术、FCC干气中的乙烯与C4烯烃歧化制丙烯技术；③炼化一体化生产优化组合技术，如多产裂解料的炼油-乙烯一体化组合技术、节省石脑油的炼油-化肥一体化氢气链组合技术等。
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| 关 键 词： | 炼化一体化 乙烯 芳烃 低烯烃 加氢裂化 催化裂化 延迟焦化 加氢精制 歧化 重整 异构化 |
Development of Technologies for Integration of Refining & Chemical Industry |
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| Wang Zikang.Development of Technologies for Integration of Refining & Chemical Industry[J].China Foreigh Energy,2008,13(1):64-69. |
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| Authors: | Wang Zikang |
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| Affiliation: | Wang Zikang (China Petrochemical Press,Beijing 100011) |
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| Abstract: | The operation of the system for integration of refining ＆ chemical industry requires the support of the technologies to integrate refining ＆ chemical industry.This artical discusses the development of such technologies,which include①multi-production type technology for the integration of refining ＆ chemical industry such as technologies for producing more naphtha,aromatic hydrocarbon,and low carbon olefins;②economical-type technology for the integration of refining ＆ chemical industry such as separation technology for C2 as ethylene raw material from dry gas,technology for propylene produced from C4 olefin disproportionation reaction with ethylene in FCC dry gas;②optimum combination technology such as refining-ethylene integration combination technology for more cracking raw material ,and refining-chemical fertilizer integration hydrogen chain combination technology for saving naphtha,etc. |
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| Keywords: | refining-chemical industry integration ethylene aromatic hydrocarbon low carbon olefin hydrocracking FCC delayed coking hydrorefining disproportionation reforming isomerization |
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