- 上一篇：Fluent工业锅炉氮氧化物生成规律的数值模拟研究
- 下一篇：环合法构建金刚烷四酮骨架的合成方法研究
This design is also fully consider the issue of staff safety and environmental protection . In the production process , requiring strict compliance with the rules of production staff , good -toxic protective measures, and regularly participate in relevant training for information.
The design according to the design plan of the assigned tasks , the successful completion of the design of acrylic macroporous resin plant processes. Throughout the design process, the process for the production of acrylic I macroporous resins have a comprehensive understanding. And according to the school 's professional knowledge, combined with his experience in the practice of cognitive , flexible application for future production and management engaged in related work to lay a foundation .
This design is guided by the teacher Li Yongsheng ,made many valuable comments and positive suggestions to help me improve the design quality. And design students to explore together also designed to bring a lot of help . Here, I express my sincere thanks.
Since acrylic macroporous resin plant process design knowledge covers a wide ,but my limited knowledge and experience , design errors and inappropriate, marking urge teachers criticism.
目 录
1 绪论 1
1.1 本设计的任务 1
1.2 丙烯酸脂 1
1.2.1丙烯酸酯概括 1
1.2.2 丙烯酸树脂的结构特点 2
1.2.3丙烯酸酯的反应 3
1.2.4 丙烯酸脂种类及应用 5
1.3 大孔吸附树脂 7
1.3.1 概括 7
1.3.2大孔吸附树脂的分类 9
1.3.3 大孔吸附树脂的结构 10
1.3.4制备大孔吸附树脂的几种常见方法 10
1.3.5 大孔吸附树脂的性能及应用 11
1.4作用原理 12
1.4.1大孔树脂吸附法 12
1.4.2大孔树脂柱色谱 12
1.4.3 大孔吸附树脂的分离原理 12
1.5大孔树脂吸附率的影响因素 13
1.5.1 大孔吸附树脂极性的影响 13
1.5.2大孔吸附树脂孔径的影响 13
1.5.3大孔吸附树脂强度的影响 13
1.5.4吸附流速的影响 13
1.5.5温度的影响 14
1.5.6其它组分存在时的影响 14
1.6大孔吸附树脂的使用方法 14
1.6.1大孔吸附树脂的预处理 14
1.6.2大孔树脂的使用 15
1.6.3树脂的再生及保存方法 18
2 生产方法 19
2.1 悬浮聚合概述 19
2.1.1 悬浮聚合的特点 19
2.1.2 悬浮聚合的应用 19
2.2 悬浮聚合分类 21
2.2.1 均相悬浮聚合 21
2.2.2 非均相悬浮聚合 21
2.3 悬浮聚合的组分 21
2.3.1 单体 22
2.3.2 水介质 22
2.3.3 悬浮剂 23
2.3.4 引发剂及助剂 24
2.4 悬浮聚合工艺 24
2.4.1 水油比 24
2.4.2 聚合温度 24
2.4.3 聚合时间 25
2.4.4 聚合装置 25
2.5 设备概述 25
2.6 工艺流程及控制 26
2.6.1 工艺流程示意图 26
3 设备装置 27
3.1.聚合釜 27