-
摘要：本设计综述了国内外丙烯酸的需求与发展前景。通过对各种丙烯酸的生产工艺进行比较，选择了丙烯两步氧化生产工艺生产丙烯酸，然后经过吸收塔初步处理过的粗丙烯酸进入精制车间，精制工段采用了三塔流程，分别为轻组分分馏塔、脱重醋酸塔和丙烯酸提纯塔。以及对产生的废水和废气进行处理，达到安全环保的要求。通过Aspen plus软件对精制过程进行模拟，同时得出物料衡算和能量衡算。通过Aspen plus得出的数据，进行了塔的设计及塔的设备选型,并绘制了工艺流程简图、主体设备图、带控制点的工艺流程图及车间布置图等。22929
- 上一篇：肉桂百里香生姜精油胶囊的制备及性能研究
- 下一篇：虹吸滤池及运行过程实验设计与验证
毕业论文关键词：丙烯酸，精制，工艺设计
Design of Refine Section for annual output of 80,000 tons acrylic acid technology
Abstract: This design was reviewed the demand of acrylic acid at home and abroad and prospected for its development. Through comparing all kinds of acrylic acid production technology, chose the two steps propylene oxide production of acrylic acid production process, and then through absorption tower preliminary processing of thick acrylic into refining workshop, refining section process adopted three towers, fractionators light components, respectively, to take off the heavy acetate and acrylic acid purification towers. And to deal with waste water and exhaust gas produced, to achieve security environmental protection requirement. Of refining process was simulated by Aspen plus software, at the same time, it is concluded the material balance and energy balance. Through Aspen plus data, carried on the design and equipment selection of the tower of the tower and draw a process flow diagram, the main body figure, take the control points of process flow diagram and workshop equipment layout, etc.
Keywords: acrylic acid, refining, process design
目 录
前言 1
1 综述 2
1.1 设计目的及意义 2
1.2 丙烯酸的生产原理 2
1.3国内外丙烯酸产品需求 3
1.3.1 国外需求状况 3
1.3.2国内丙烯酸需求 4
2生产工艺 5
2.1丙烯酸生产工艺简介 5
2.2 精制工段工艺对比及选择 6
2.2.1 日本触媒化学(NSKK)技术 6
2.2.2 日本三菱化工(MCC)技术 6
2.2.3 BASF技术 7
2.3我的精制单元 8
2.4精制阶段流程简图 9
2.5 Aspen模拟精制车间流程图 10
3物料衡算及能量衡算 11
3.1物料衡算 11
3.1.1概述 11
3.1.2 T-2110轻组分分馏塔的物料衡算 11
3.1.3T-2120醋酸塔的物料衡算 13
3.1.4 T 2130丙烯酸提纯塔的物料衡算 14
3.2 能量衡算 15
3.2.1衡算原理及依据 15
3.2.2 T-2110轻组分分馏塔的能量衡算 15
3.2.3T-2120醋酸塔的能量衡算 16
3.1.4 T 2130丙烯酸提纯塔的物料衡算 16
4设备设计与选型 17
4.1塔的设计 17
4.2塔的选型 17
4.2.1塔设备的选型 17
4.2.2精制单元设备表 17
5车间布置设计 19
5.1概述 19
5.2车间布置的基本依据 19
5.3 车间布置 19
5.3.1 整体布置 19
5.3.2 车间内各设备布置 20
5.3.3 车间布置图 21