摘要：简述甲基叔丁基醚（MTBE）生产的工艺流程，对国内外 MTBE生产工艺进行对比，阐述了本装置相对于传统装置的优势。 甲基叔丁基醚是汽油的一种无毒添加剂，也可作为二次加工化工产品的原料，对于国民经济发展具有重要作用。
甲基叔丁基醚（MTBE）装置是一个催化反应与精馏操作相结合的装置。整套装置涵盖筒式催化反应技术及催化精馏技术等先进理念，融合国内外先进技术。它包括筒反、催化精馏[1][2]、甲醇水洗回收三个单元。其中催化精馏技术较为先进，正在逐渐应用到化工生产中。整套装置具有操作方便、投资小、节约能源的特点。 关键词：甲基叔丁基醚；甲醇；混合碳四；催化精馏
tons / year MTBE plant process design
Abstract：Description methyl tert-butyl ether (MTBE) production process,MTBE production
processes at home and abroad to compare,described the device as opposed to the advantages of conventional devices.
Methyl tert-butyl ether is a non-toxic gasoline additive, but also can be used as secondary processing chemical products, raw materials play an important role for national economic development.
Methyl tert-butyl ether (MTBE) device is a catalytic reaction and distillation operations combined device. Cover the entire cylindrical catalytic reaction device technology and advanced concept of catalytic distillation technology, integration of advanced technology at home and abroad. It consists of anti-cylinder, catalytic distillation, methanol washing recovery of three modules. One catalytic distillation technology is more advanced, is gradually applied to the chemical into the births. Whole device has easy operation, low investment, energy-saving features.
Key Word：Methyl tert-butyl ether；Methanol；Hybrid Carbon 4；Catalytic distillation
一、 绪论························································4
（一） 概况····················································4
（二） 工艺简介················································4
（三） 国外生产工艺···········································4
（四） 国内生产工艺···········································5
（五） 生产原理及主要影响因素·······························6
二、 物料说明····················································7
（一） 甲醇····················································7
（二） 混合碳四················································8
（三） 甲基叔丁基醚···········································8
（四） 副产物··················································9
三、 工艺流程及说明·············································9
（一） 筒式反应单元工艺流程··································9
（二） 催化精馏单元工艺流程··································9
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