化工分离装置设计 PROII
1.范围.............................................................................................................................................12. PRO/Ⅱ流程模块软件的构成......................................................................................................1
2.1 输入惯例（Input Conventions）.....................................................................................1
2.1.1 关键字 （Keyword）.............................................................................................1
2.1.2 缺省值 （Default）................................................................................................1
2.2一般性数据（TITLE）.....................................................................................................1
2.2.1 容差（TOLERANCE）..........................................................................................1
2.2.2 迭代次数（CALCULATION TRIALS=20）.........................................................2
2.2.3 排序（SEQUENCE）.............................................................................................2
2.3组分数据（COMPONENT DATA）................................................................................2
2.3.1库组分（LIBID）..................................................................................................2
2.3.2非库组分（NONL）..............................................................................................2
2.3.3石油馏分（PETROLEUM）.................................................................................2
2.4热力学数据（THENMODYNAMIC DATA）................................................................4
2.4.1 热力学基准..............................................................................................................4
2.4.1.1 汽相标准态...................................................................................................4
2.4.1.2 液相标准态...................................................................................................5
2.4.1.3 零焓基准.......................................................................................................5
2.4.2热力学方法分类.....................................................................................................5
2.4.3热力学方法选择指南.............................................................................................6
2.4.3.1石油化工方面的应用..................................................................................7
2.4.3.2天然气加工方面的应用..............................................................................8
2.4.3.3炼油和气体加工的应用..............................................................................9
2.4.3.4化学品方面的应用....................................................................................10
2.4.3.5环境工程方面的应用................................................................................10
2.4.4游离水倾析...........................................................................................................11
2.4.5汽液液三相平衡计算...........................................................................................12
2.4.6多种热力学方法的结合使用...............................................................................13
2.4.7亨利定律的应用...................................................................................................14
2.5流股数据（STREAM DATA）......................................................................................15
2.5.1流股的热力学状态...............................................................................................15
2.5.2关于物流的相态要注意的问题...........................................................................16
2.5.3参比流股（REFERENCE STREAM）...............................................................17
2.6单元模块数据（UNIT OPERATIONS DATA）............................................................18
2.6.1简捷塔(SHORTCUT) ...........................................................................................18
2.6.2严格塔(COLUMN)...............................................................................................21
2.6.2.1严格塔的算法............................................................................................21
2.6.2.2严格塔计算的的收敛问题........................................................................22
2.6.3控制器(CONTROLLER)......................................................................................29
2.6.4优化(OPTIMIZER)...............................................................................................30
2.6.5流股物性计算(HCURVE) ....................................................................................33
2.6.6迭代和收敛精度(容差) ........................................................................................36
2.6.6.1容差............................................................................................................36
2.6.6.2容差的匹配和迭代次数............................................................................36
3.化工分离装置设计....................................................................................................................38
3.1设计基础..........................................................................................................................38
3.1.1装置规模和年操作时间.......................................................................................38
3.1.2原料规格...............................................................................................................38
3.1.3产品规格...............................................................................................................38
3.1.4产品收率...............................................................................................................38
3.1.5界区条件...............................................................................................................38
3.1.6单位制和输出格式...............................................................................................38
3.2分离过程设计..................................................................................................................38
3.2.1分离序列的确定...................................................................................................38
3.2.1.1探试规则....................................................................................................39
3.2.2工艺参数的确定...................................................................................................39
3.2.2.1塔压............................................................................................................39
3.2.2.2进料板位置................................................................................................40
3.2.2.3理论板数与回流比....................................................................................40
3.2.2.4产品纯度和回收率....................................................................................41
3.2.2.5进料热状态................................................................................................41
3.2.3实际板数的确定...................................................................................................41
3.2.4塔的水力学计算...................................................................................................42
4.化工分离装置设计示例............................................................................................................43
4.1设计基础..........................................................................................................................43
4.1.1装置规模...............................................................................................................43
4.1.2原料规格...............................................................................................................43
4.1.3产品规格...............................................................................................................43
4.1.4产品回收率...........................................................................................................43
4.1.5界区条件...............................................................................................................43
4.1.6单位制...................................................................................................................44
4.2装置设计..........................................................................................................................44
4.2.1确定分离序列.......................................................................................................44
4.2.2确定塔压...............................................................................................................45
4.2.3简捷塔计算...........................................................................................................46
4.2.4严格塔计算...........................................................................................................53
4.2.5进料板位置的确定...............................................................................................56
4.2.6塔的操作性能曲线...............................................................................................59
4.2.7塔的水力学计算和实际流程模拟计算...............................................................64
5.乙烯装置冷箱/脱甲烷塔流程计算实例................................................................................84
5.1流程叙述..........................................................................................................................84
5.2流程模拟..........................................................................................................................84
5.2.1模拟流程图...........................................................................................................84
5.2.2 PRO/II输入文件....................................................................................................85
5.2.2.1 一般性数据（TITLE）..............................................................................96
5.2.2.2 组分数据（COMP DATA）......................................................................96
5.2.2.3 热力学数据（THERMO DATA）.............................................................96
5.2.2.4 流股数据（STREAM DATA）.................................................................97
5.2.2.5 单元操作数据（UNIT OPERATION DATA）.........................................98
5.2.3模拟计算结果.......................................................................................................98
参考文献.......................................................................................................................................118 好东西，学习下 好分享 好论坛好资料 感谢楼主大好人希望以后多分享这种资料
好资料，谢谢 正在学习中，赞赞赞 非常给力啊 点个赞啊，真的是好东西 板效率是自己估计输入还是机器算？ 可找到了中文了 谢谢楼主分享 化工计算的好资料。 谢谢分享 比较使用的文档 点个赞，支持一下 了解一下 感谢分享。。。。。。。 十年的文献了
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{:1110_553:} 谢谢分享 谢谢分享 感谢楼主的无私分享