4--初步设计说明书附录

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目录
附录一物料衡算一览表 (1)
1.1异丙苯合成车间 (1)
1.2 CHP合成及分解车间 (7)
1.3精制车间 (14)
附录二能量衡算一览表 (16)
2.1 塔设备能量衡算 (16)
2.2反应器能量衡算 (19)
2.3 多级压缩机(C0101) (22)
附录三设备选型一览表 (23)
附录四MSDS一览表 (30)
4.1概述 (30)
4.2作用 (30)
4.3主要物料的MSDS (30)
附录五参考文献 (47)
附录一物料衡算一览表
1.1异丙苯合成车间
1.1.1催化精馏塔(T0101)
ITEM IN OUT Temperature(℃)106.034 50 131.317 94.0205 115.34 103.687 Pressure(bar) 2.1 2.1 2.1 2.05261 2.1 2
Vapor Frac 0 1 1 0 0 1 Mole Flow(kmol/hr)1215.95 407.669 1830.05 2717.55 2505.26 3264.84 Mass Flow(kg/hr) 95040.7 17162.4 153372. 211165 223048 253691 Volume Flow(cum/hr) 121.075 5096.37 27937.6 264.812 289.063 48733.4 Enthalpy (Gcal/hr) 17.5634 2.00492 36.4134 37.2381 24.3789 68.8408 Mass Flow(kg/hr)
C3H6-01 0.19139 16999.9 5.88E-0 597.108 5.96E-0 717.360 C7H8 354.084 0 809.071 138.340 1135.29 166.200 C8H10-01 15.7900 0 17.5583 0.55974 33.2356 0.67247 C6H6 94670.4 0 123855 209621 149275 251837 C9H12-01 0.07603 0 27223.7 0.19167 62225.2 0.23027 C12H18-02 4.51E-06 0 1464.29 2.24E-05 10343.2 2.69E-05 C3H8 0.16260 162.438 1.08E-08 807.3903 1.10E-08 969.9914 C15H24-01 1.02E-09 0 2.30229 5.07E-09 35.9670 6.10E-09 Mass Frac
C3H6-01 2.01E-06 0.99053 3.83E-12 0.00282 2.67E-12 0.00282 C7H8 0.00372 0 0.00527 0.00065 0.00509 0.00065 C8H10-01 0.000166 0 0.000114 2.65E-06 0.000149 2.65E-06 C6H6 0.99610 0 0.80754 0.99269 0.66925 0.99269 C9H12-01 8.00E-07 0 0.177501 9.08E-07 0.278976 9.08E-07 C12H18-02 4.74E-11 0 0.009547 1.06E-10 0.046372 1.06E-10 C3H8 1.71E-06 0.009465 7.05E-14 0.003824 4.92E-14 0.003824 C15H24-01 1.08E-14 0 1.50E-05 2.40E-14 0.000161 2.40E-14 Total(kg/hr) 476740.4 476740.4
ITEM IN OUT Temperature (℃)94.05978 -3.70386 114.329 Pressure (bar) 2.6 2.5 2.6 Vapor Frac 0 1 0 Mole Flow (kmol/hr)547.2904 6.590865 540.6996 Mass Flow (kg/hr) 42526.73 286.7212 42240.01 Volume Flow (cum/hr) 53.3251 56.05724 54.61762 Enthalpy (Gcal/hr) 7.500524 -0.08079 7.987571 Mass Flow (kg/hr)
C3H6-01 120.2522 120.0608 0.191391
C7H8 27.86047 0.000261 27.86021 C8H10-01 0.112728 1.75E-08 0.112728
C6H6 42215.86 4.221586 42211.64 C9H12-01 0.038601 1.49E-09 0.038601 C12H18-02 4.51E-06 3.54E-16 4.51E-06 C3H8 162.6011 162.4385 0.162601 C15H24-01 1.02E-09 1.51E-21 1.02E-09 Mass Frac
C3H6-01 0.002828 0.418737 4.53E-06
C7H8 0.000655 9.11E-07 0.00066 C8H10-01 2.65E-06 6.11E-11 2.67E-06
C6H6 0.99269 0.014724 0.999328 C9H12-01 9.08E-07 5.18E-12 9.14E-07 C12H18-02 1.06E-10 1.24E-18 1.07E-10 C3H8 0.003824 0.566538 3.85E-06 C15H24-01 2.40E-14 5.26E-24 2.42E-14 total (kg/hr) 42526.73 42526.73
ITEM IN OUT Temperature (℃)124.287 80.06466 161.0863 Pressure (bar) 2.1 1 1.1 Vapor Frac 0.215029 0 0 Mole Flow (kmol/hr)1434.407 957.1183 477.2884 Mass Flow(kg/hr)135499.7 74929.1 60570.58 Volume Flow(cum/hr)4770.341 91.51027 82.22243 Enthalpy (Gcal/hr)13.07262 12.87846 -2.41187 Mass Flow(kg/hr)
C3H6-01 2.81E-08 2.81E-08 2.26E-25
C7H8 1099.874 1084.205 15.66896 C8H10-01 15.69781 0.028464 15.66935
C6H6 73845.48 73844.74 0.738455 C9H12-01 48177.92 0.130694 48177.79 C12H18-02 12326.97 1.91E-14 12326.97 C3H8 1.54E-10 1.54E-10 2.49E-27 C15H24-01 33.74524 3.51E-24 33.74524 Mass Frac
C3H6-01 2.08E-13 3.75E-13 3.72E-30
C7H8 0.008117 0.01447 0.000259 C8H10-01 0.000116 3.80E-07 0.000259
C6H6 0.544986 0.985528 1.22E-05 C9H12-01 0.355557 1.74E-06 0.795399 C12H18-02 0.090974 2.55E-19 0.203514 C3H8 1.13E-15 2.05E-15 4.11E-32 C15H24-01 0.000249 4.68E-29 0.000557 Total(kg/hr)135499.7 135499.7
ITEM IN OUT Temperature (℃)161.0863 212.9583 152.035 Pressure (bar) 1.1 1.1 1 Vapor Frac 0 0 0 Mole Flow (kmol/hr)477.2884 76.47706 400.8113 Mass Flow (kg/hr) 60570.58 12402.5 48168.08 Volume Flow (cum/hr) 82.22243 17.74104 64.67623 Enthalpy (Gcal/hr) -2.41187 -1.22574 -1.05879 Mass Flow (kg/hr)
C3H6-01 2.26E-25 0 0
C7H8 15.66896 6.94E-08 15.66896 C8H10-01 15.66935 0.000182 15.66917
C6H6 0.738455 9.32E-13 0.738455 C9H12-01 48177.79 42.15283 48135.64 C12H18-02 12326.97 12326.6 0.369386 C3H8 2.49E-27 0 0 C15H24-01 33.74524 33.74524 1.28E-09 Mass Frac
C3H6-01 3.72E-30 0 0
C7H8 0.000259 5.60E-12 0.000325 C8H10-01 0.000259 1.47E-08 0.000325
C6H6 1.22E-05 7.51E-17 1.53E-05 C9H12-01 0.795399 0.003399 0.999326 C12H18-02 0.203514 0.99388 7.67E-06 C3H8 4.11E-32 0 0 C15H24-01 0.000557 0.002721 2.66E-14 total (kg/hr) 60570.58 60570.58
ITEM IN OUT Temperature(℃)212.9583 208.736 231.0934 Pressure (bar) 1.1 1 1.1
Vapor Frac 0 0 0 Mole Flow(kmol/hr)76.47706 76.23618 0.240884 Mass Flow(kg/hr)12402.5 12356.48 46.02158 Volume Flow (cum/hr) 17.74104 17.56134 0.06331 Enthalpy(Gcal/hr)-1.22574 -1.25003 -0.00603 Mass Flow(kg/hr)
C3H6-01 0 0 0
C7H8 6.94E-08 6.94E-08 1.65E-22 C8H10-01 0.000182 0.000182 3.36E-16 C6H6 9.32E-13 0 0
C9H12-01 42.15283 42.15283 3.46E-09 C12H18-02 12326.6 12314.24 12.35681 C3H8 0 0 0 C15H24-01 33.74524 0.080474 33.66477 Mass Frac
C3H6-01 0 0 0
C7H8 5.60E-12 5.62E-12 3.59E-24 C8H10-01 1.47E-08 1.47E-08 7.30E-18 C6H6 7.51E-17 0 0
C9H12-01 0.003399 0.003411 7.52E-11 C12H18-02 0.99388 0.996582 0.2685 C3H8 0 0 0 C15H24-01 0.002721 6.51E-06 0.7315 Total(kg/hr)12402.5 12402.5
1.1.6 烷基转移反应器(R0101)
ITEM IN OUT Temperature(℃)80.06466 208.736 180 Pressure (bar) 1 1 30
Vapor Frac 0 0 0 Mole Flow(kmol/hr)682.9657 76.23618 759.2018 Mass Flow(kg/hr)53466.75 12356.48 65823.23 Volume Flow (cum/hr) 65.29848 17.56134 96.1195 Enthalpy(Gcal/hr)9.189612 -1.25003 10.42563 Mass Flow (kg/hr)
C3H6-01 2.01E-08 0 2.01E-08 C7H8 773.6504 6.94E-08 773.6505 C8H10-01 0.020311 0.000182 0.020493 C6H6 52692.98 0 48425.07 C9H12-01 0.093259 42.15283 13176.42 C12H18-02 1.36E-14 12314.24 3447.988 C3H8 1.10E-10 0 0 C15H24-01 2.50E-24 0.080474 0.080474 Mass Frac
C3H6-01 3.75E-13 0 3.05E-13 C7H8 0.01447 5.62E-12 0.011753 C8H10-01 3.80E-07 1.47E-08 3.11E-07 C6H6 0.985528 0 0.735684 C9H12-01 1.74E-06 0.003411 0.200179 C12H18-02 2.55E-19 0.996582 0.052383 C3H8 2.05E-15 0 0 C15H24-01 4.68E-29 6.51E-06 1.22E-06 total(kg/hr)65823.23 65823.23
1.2 过氧化氢异丙合成及分解车间
1.2.1 异丙苯氧化反应器(R0201)
ITEM IN OUT Temperature(℃)25 110 110 Pressure(bar) 1.01325 1 3.03975 Vapor Frac 1 0.020329 0.43185 Mole Flow(kmol/hr)932 1259.174 2055.738 Mass Flow(kg/hr)26888.57 149423.9 176312.4 Volume Flow(cum/hr)22790.77 999.0405 9457.485 Enthalpy(Gcal/hr)-0.00152 -6.70931 -9.68317 Mass Flow(kg/hr)
C3H6-01 0 0 0
C7H8 0 130.0447 130.0447 C8H10-01 0 949.2888 949.2888
C6H6 0 1.891043 1.891043 C9H12-01 0 146742.6 129567.9 C12H18-02 0 0.397552 0.397552 C3H8 0 0 0 C15H24-01 0 1.28E-09 1.28E-09 C9H12O2 0 582.1814 21021.2 C9H12O 0 89.02466 621.1077 C8H8O 0 363.605 926.8934
CH4O 0 51.34267 145.7197
CH2O 0 3.448125 52.32892
H2O 0 30.78356 64.24888
NH3 0 21.51852 20.21469 C6H12N4 0 0.025367 2.708497 O2 6262.805 138.775 1863.843
N2 20625.77 318.9117 20944.68 Mass Frac
C3H6-01 0 0 0
C7H8 0 0.00087 0.000738
C8H10-01 0 0.006353 0.005384
C6H6 0 1.27E-05 1.07E-05 C9H12-01 0 0.982056 0.734877 C12H18-02 0 2.66E-06 2.25E-06 C3H8 0 0 0 C15H24-01 0 8.57E-15 7.27E-15 C9H12O2 0 0.003896 0.119227 C9H12O 0 0.000596 0.003523 C8H8O 0 0.002433 0.005257
CH4O 0 0.000344 0.000826
CH2O 0 2.31E-05 0.000297
H2O 0 0.000206 0.000364
NH3 0 0.000144 0.000115 C6H12N4 0 1.70E-07 1.54E-05 O2 0.232917 0.000929 0.010571
N2 0.767083 0.002134 0.118793 Total(kg/hr)176312.4 176312.4 1.2.2 氨、甲醛反应器(R0202)
ITEM IN OUT Temperature(℃)109.3944 105.393
Pressure(bar) 1.01325 1.01325
Vapor Frac 0.004868 0.005341 Mole Flow(kmol/hr)1168.694 1168.585
Mass Flow(kg/hr)143984.7 143984.7
Volume Flow(cum/hr)356.1017 366.5751
Enthalpy(Gcal/hr)-10.1115 -10.1115
Mass Flow(kg/hr)
C3H6-01 0 0
C7H8 103.8868 103.8868
C8H10-01 855.3885 855.3885
C6H6 1.209392 1.209392
C9H12-01 120372.5 120372.5
C12H18-02 0.393251 0.393251 C3H8 0 0
C15H24-01 1.28E-09 1.28E-09 C9H12O2 20902.72 20902.72 C9H12O 614.3894 614.3894 C8H8O 906.074 906.074 CH4O 18.82542 18.82542 CH2O 6.506276 0
H2O 16.45718 20.36084 NH3 20.56971 18.10953 C6H12N4 2.70528 7.768085 O2 34.48455 34.48455 N2 128.5889 128.5889 Mass Frac
C3H6-01 0 0
C7H8 0.000722 0.000722 C8H10-01 0.005941 0.005941 C6H6 8.40E-06 8.40E-06 C9H12-01 0.836009 0.836009 C12H18-02 2.73E-06 2.73E-06 C3H8 0 0
C15H24-01 8.87E-15 8.87E-15 C9H12O2 0.145173 0.145173 C9H12O 0.004267 0.004267 C8H8O 0.006293 0.006293 CH4O 0.000131 0.000131 CH2O 4.52E-05 0
H2O 0.000114 0.000141 NH3 0.000143 0.000126 C6H12N4 1.88E-05 5.40E-05 O2 0.00024 0.00024 N2 0.000893 0.000893 Total(kg/hr)143984.7 143984.7
1.2.3 过氧化氢异丙苯提浓塔(T0201)
ITEM IN OUT Temperature(℃)99.825 -20.8266 120.1009 Pressure (bar) 1.01325 0.04 0.085 Vapor Frac 0.009315 0 0 Mole Flow (kmol/hr) 1063.971 666.4728 397.4981 Mass Flow (kg/hr) 137575.2 78910.01 58665.19 Volume Flow( cum/hr) 456.4998 88.34631 63.63907 Enthalpy (Gcal/hr) -15.1524 -8.04194 -11.3059 Mass Flow (kg/hr)
C3H6-01 0 0 0
C7H8 69.41903 69.41856 0.000464 C8H10-01 708.9136 706.0115 2.902109 C6H6 0.53501 0.53501 3.55E-09 C9H12-01 82336.66 77462.34 4874.319 C12H18-02 0.385865 0.016479 0.369386 C3H8 0 0 0 C15H24-01 1.27E-09 1.29E-12 1.27E-09 C9H12O2 51046.61 7.891001 51038.72 C9H12O 1386.874 58.19843 1328.675 C8H8O 1693.663 287.1004 1406.563 CH4O 20.28706 20.28706 2.86E-13 CH2O 0 0 0
H2O 19.20792 19.20792 1.12E-11 NH3 16.10409 16.10387 0.000218 C6H12N4 13.64758 0.001462 13.64612 O2 70.17699 70.17699 2.47E-21
N2 192.7224 192.7224 5.57E-25 Mass Frac
C3H6-01 0 0 0 C7H8 0.000505 0.00088 7.91E-09 C8H10-01 0.005153 0.008947 4.95E-05 C6H6 3.89E-06 6.78E-06 6.05E-14 C9H12-01 0.598485 0.981654 0.083087 C12H18-02 2.80E-06 2.09E-07 6.30E-06 C3H8 0 0 0
C15H24-01 9.23E-15 1.64E-17 2.16E-14 C9H12O2 0.371045 0.0001 0.87 C9H12O 0.010081 0.000738 0.022648 C8H8O 0.012311 0.003638 0.023976 CH4O 0.000147 0.000257 4.87E-18 CH2O 0 0 0 H2O 0.00014 0.000243 1.91E-16 NH3 0.000117 0.000204 3.72E-09 C6H12N4 9.92E-05 1.85E-08 0.000233 O2 0.00051 0.000889 4.21E-26 N2 0.001401 0.002442 9.50E-30 Total(kg/hr) 137575.2 137575.2
1.2.4 过氧化氢异丙苯分解反应器(R0207)
ITEM IN OUT Temperature(℃) 2.181322 60 Pressure(bar) 0.085 2.068427 Vapor Frac 0.268339 0 Mole Flow(kmol/hr) 3643.383 3990.17 Mass Flow (kg/hr) 254274.1 254274.1 Volume Flow (cum/hr) 263520.8 319.131 Enthalpy (Gcal/hr) -191.798 -212.865 Mass Flow (kg/hr)
C3H6-01 0 0
C7H8 0.003591 0.003591 C8H10-01 12.66142 12.66142
C6H6 4.76E-08 4.75E-08 C9H12-01 17537.69 17537.69 C12H18-02 0.549979 0.549979 C3H8 0 0 C15H24-01 1.27E-09 1.27E-09 C9H12O2 51038.72 0
C9H12O 1328.675 0
C8H8O 1639.073 2042.005 CH4O 2.86E-13 0
CH2O 817.7382 918.4328
H2O 845.0216 1202.255
NH3 0.00349 0.00349 C6H12N4 13.69817 13.69817 O2 53.78191 0.12711
N2 5.57E-25 0
C6H6O 4985.826 36231.5
C3H6O-01 173468.7 191970.7 C9H10 1630.115 2783.037 C6H10-01 901.9221 1561.466 Mass Frac
C3H6-01 0 0 C7H8 1.41E-08 1.41E-08 C8H10-01 4.98E-05 4.98E-05 C6H6 1.87E-13 1.87E-13 C9H12-01 0.068972 0.068972 C12H18-02 2.16E-06 2.16E-06 C3H8 0 0
C15H24-01 4.99E-15 4.99E-15 C9H12O2 0.200723 0
C9H12O 0.005225 0
C8H8O 0.006446 0.008031 CH4O 1.12E-18 0 CH2O 0.003216 0.003612 H2O 0.003323 0.004728 NH3 1.37E-08 1.37E-08 C6H12N4 5.39E-05 5.39E-05 O2 0.000212 5.00E-07 N2 2.19E-30 0
C6H6O 0.019608 0.14249 C3H6O-01 0.682211 0.754975 C9H10 0.006411 0.010945 C6H10-01 0.003547 0.006141 Total(kg/hr) 254274.1 254274.1
1.3精制车间
1.3.1 苯酚精制塔(T0307)
ITEM IN OUT Temperature(℃)113.8355 181.4716 205.5211 Pressure (bar) 1.1 1 1.1 Vapor Frac 0 0 0 Mole Flow (kmol/hr) 27.06524 5.001386 22.06386 Mass Flow (kg/hr)3057.357 470.7765 2586.581 Volume Flow (cum/hr) 3.229089 0.504814 3.020897 Enthalpy (Gcal/hr)-0.83449 -0.14698 -0.56277 Mass Flow (kg/hr)
C8H8O 2354.139 0.373196 2353.765 C6H6O 703.2185 470.4033 232.8152 Mass Frac
C8H8O 0.769991 0.000793 0.909991 C6H6O 0.230009 0.999207 0.090009 1.3.2 丙酮精制塔(T0301)
ITEM IN OUT Temperature(℃)97.76 159.8873 41.34814 Pressure (bar) 1 0.774 0.6
Vapor Frac 0 0 0 Mole Flow (kmol/hr) 708.4025 421.1291 287.2734 Mass Flow(kg/hr)56639.25 40053.23 16586.01 Volume Flow (cum/hr)64.09642 44.4047 21.55862 Enthalpy (Gcal/hr)-29.5147 -11.6489 -16.813 Mass Flow(kg/hr)
C3H6-01 0 0 0
C7H8 0.000454 0.000454 3.45E-10 C8H10-01 2.889654 2.889654 1.31E-12
C6H6 3.07E-09 1.30E-13 3.07E-09 C9H12-01 4862.383 4862.383 2.20E-11
C12H18-02 0.369363 0.369363 3.33E-29 C3H8 0 0 0
C15H24-01 1.05E-09 1.05E-09 3.40E-45 C8H8O 1809.483 1809.483 1.59E-31 CH2O 6.399306 7.66E-17 6.399306 H2O 347.9449 306.1915 41.75339 NH3 2.31E-05 1.60E-19 2.31E-05 C6H12N4 13.64583 13.64583 1.86E-50 O2 0.000279 0 0.000279 C6H6O 31245.62 31245.62 4.36E-40 C3H6O-01 16539.51 1.653951 16537.86 C9H10 1152.212 1152.212 5.57E-17 C6H10-01 658.7859 658.7859 1.57E-13 Mass Frac
C3H6-01 0 0 0
C7H8 8.02E-09 1.13E-08 2.08E-14 C8H10-01 5.10E-05 7.21E-05 7.93E-17 C6H6 5.43E-14 3.25E-18 1.85E-13 C9H12-01 0.085848 0.121398 1.33E-15 C12H18-02 6.52E-06 9.22E-06 2.01E-33 C15H24-01 1.86E-14 2.63E-14 2.05E-49 C8H8O 0.031948 0.045177 9.58E-36 CH2O 0.000113 1.91E-21 0.000386 H2O 0.006143 0.007645 0.002517 NH3 4.09E-10 3.99E-24 1.40E-09 C6H12N4 0.000241 0.000341 1.12E-54 O2 4.92E-09 0 1.68E-08 C6H6O 0.55166 0.780102 2.63E-44 C3H6O-01 0.292015 4.13E-05 0.997097 C9H10 0.020343 0.028767 3.36E-21 C6H10-01 0.011631 0.016448 9.46E-18 Total(kg/hr)56639.25 56639.25
附录二能量衡算一览表
2.1塔设备能量衡算
2.1.1脱丙烷塔(T0201)
表2-1 脱丙烷塔焓变计算表
ITEM IN OUT Temperature (℃)94.05978 -3.70386 114.329 Pressure (bar) 2.6 2.5 2.6 Vapor Frac 0 1 0 Mole Flow (kmol/hr)547.2904 6.590865 540.6996 Mass Flow (kg/hr) 42526.73 286.7212 42240.01 Volume Flow (cum/hr) 53.3251 56.05724 54.61762 Enthalpy (Gcal/hr) 7.500524 -0.08079 7.987571 ΣH/(Gcal/hr)7.500524 7.906778
表2-2 脱丙烷塔塔热负荷计算表
表2-3脱丙烷塔能量平衡表
Q总W总ΣHinΣHout Error
0.40625462 0 7.500524 7.906778 6.2E-07
2.1.2苯精馏塔(T0103)
表2-4 苯分离塔焓变计算表
ITEM IN OUT Temperature (℃)124.287 80.06466 161.0863 Pressure (bar) 2.1 1 1.1 Vapor Frac 0.215029 0 0 Mole Flow (kmol/hr)1434.407 957.1183 477.2884 Mass Flow(kg/hr)135499.7 74929.1 60570.58 Volume Flow(cum/hr)4770.341 91.51027 82.22243 Enthalpy(Gcal/hr)13.07262 12.87846 -2.41187 ΣH/(Gcal/hr)13.07262 10.46659
表2-5脱丙烷塔塔热负荷计算表
表2-6 脱丙烷塔能量平衡表
Q总W总ΣHinΣHout Error -2.60613 0 13.07262 10.46659 -1E-04 2.1.3异丙苯分离塔(T0104)
表2-7 异丙苯分离塔焓变计算表
ITEM IN OUT Temperature (℃)161.0863 212.9583 152.035 Pressure(bar) 1.1 1.1 1
Vapor Frac 0 0 0 Mole Flow(kmol/hr)477.2884 76.47706 400.8113 Mass Flow (kg/hr) 60570.58 12402.5 48168.08 Volume Flow (cum/hr) 82.22243 17.74104 64.67623 Enthalpy (Gcal/hr) -2.41187 -1.22574 -1.05879 ΣH/(Gcal/hr)-2.41187 -2.28453
表2-8异丙苯塔热负荷计算表
表2-9 异丙苯塔能量平衡表
2.1.4苯酚精制塔(T0307)
表2-10 苯酚精制塔焓变计算表
ITEM IN OUT Temperature(℃)113.8355 181.4716 205.5211 Pressure(bar) 1.1 1 1.1
Vapor Frac 0 0 0 Mole Flow (kmol/hr) 27.06524 5.001386 22.06386 Mass Flow(kg/hr)3057.357 470.7765 2586.581 Volume Flow (cum/hr) 3.229089 0.504814 3.020897 Enthalpy(Gcal/hr)-0.83449 -0.14698 -0.56277 ΣH/(Gcal/hr)-0.83449 -0.70976
表2-12苯酚精制塔能量平衡表
2.1.5丙酮精制塔(T0301)
表2-13丙酮精制塔焓变计算表
ITEM IN OUT Temperature(℃)97.76 159.8873 41.34814 Pressure (bar) 1 0.774 0.6
Vapor Frac 0 0 0 Mole Flow (kmol/hr) 708.4025 421.1291 287.2734 Mass Flow(kg/hr)56639.25 40053.23 16586.01 Volume Flow(cum/hr)64.09642 44.4047 21.55862 Enthalpy(Gcal/hr)-29.5147 -11.6489 -16.813 ΣH/(Gcal/hr)-29.5147 -28.462
表2-14 丙酮精制塔热负荷计算表
2.2反应器能量衡算
2.2.1烷基转移反应器(R0101)
表2-16 反烃化反应器焓变计算表
ITEM IN OUT Temperature(℃)80.06466 208.736 180 Pressure (bar) 1 1 30
Vapor Frac 0 0 0 Mole Flow(kmol/hr)682.9657 76.23618 759.2018 Mass Flow(kg/hr)53466.75 12356.48 65823.23 Volume Flow (cum/hr) 65.29848 17.56134 96.1195 Enthalpy(Gcal/hr)9.189612 -1.25003 10.42563 ΣH/(Gcal/hr)7.939585 10.42563
表2-17 反烃化反应器热负荷计算表
表2-18 反烃化反应器能量平衡表
2.2.2异丙苯氧化反应器(R0201)
表2-19 异丙苯氧化反应器焓变计算表
ITEM IN OUT Temperature(℃)25 110 110 Pressure(bar) 1.01325 1 3.03975 Vapor Frac 1 0.020329 0.43185 Mole Flow(kmol/hr)932 1259.174 2055.738 Mass Flow(kg/hr)26888.57 149423.9 176312.4 Volume Flow(cum/hr)22790.77 999.0405 9457.485 Enthalpy(Gcal/hr)-0.00152 -6.70931 -9.68317 ΣH/(Gcal/hr)-6.71082 -9.68317
表2-21 异丙苯氧化反应器能量平衡表
2.2.3氨、甲醛反应器(R0202)
表2-22 氨、甲醛反应器焓变计算表
ITEM IN OUT Temperature(℃)109.3944 105.393
Pressure(bar) 1.01325 1.01325
Vapor Frac 0.004868 0.005341 Mole Flow(kmol/hr)1168.694 1168.585 Mass Flow(kg/hr)143984.7 143984.7 Volume Flow(cum/hr)356.1017 366.5751 Enthalpy(Gcal/hr)-10.1115 -10.1115
ΣH/(Gcal/hr)-10.1115 -10.1115
表2-23 氨、甲醛反应器热负荷计算表
表2-24 氨、甲醛反应器能量平衡表
Q总W总ΣHinΣHout Error
0 0 -10.1115 -10.1115 0 2.2.4过氧化氢异丙苯分解反应器(R0207)
表2-25 过氧化氢异丙苯分解反应器焓变计算表
ITEM IN OUT Temperature(℃) 2.181322 60 Pressure(bar) 0.085 2.068427
Vapor Frac 0.268339 0
Mole Flow(kmol/hr) 3643.383 3990.17
Mass Flow (kg/hr) 254274.1 254274.1 Volume Flow (cum/hr) 263520.8 319.131 Enthalpy (Gcal/hr) -191.798 -212.865
ΣH/(Gcal/hr)-191.798 -212.865
表2-26 过氧化氢异丙苯分解反应器热负荷计算表
表2-27 过氧化氢异丙苯分解反应器能量平衡表
2.3多级压缩机(C0101)
表2-28 多级压缩机焓变计算表
ITEM IN OUT Temperature(℃)103.7 151.4 Pressure(bar) 2.000 6.000
Vapor Frac 1.000 1.000 Mole Flow(kmol/hr) 3264.84187 3264.84187 Mass Flow (kg/hr) 253691.703 253691.703 Volume Flow (cum/hr) 48733.4899 17163.3608 Enthalpy (Gcal/hr) 68.8408665 72.5226818 ΣH/(Gcal/hr)68.8408665 72.5226818
表2-30 多级压缩机能量平衡表
附录三设备选型一览表表3-1 塔设备选型一览表
表3-2换热器选型一览表
图号型号类型内径
/mm
列管
管数/




换热
面积/

材料
重量
/Kg 管长
/mm
列管规
格/mm
排列方式管程壳程
E0101 BEM700-0.6/0.3-868.5-6/25-4Ⅰ管板式700 6000 Φ25×2.5 正三角形614 4 868.5 30 碳钢7570 E0102 BEM700-0.3/0.3-96.8-1.5/25-2Ⅰ管板式700 1500 Φ25×2.5 正三角形574 2 96.8 30 碳钢3067 E0103 BEM800-0.3/0.3-154.7-1.8/25-2Ⅰ管板式800 1800 Φ25×2.5 正三角形759 2 157.4 30 碳钢8398 E0104 BEM1025-0.3/0.3-902.3-2.1/25-6Ⅰ管板式1025 2100 Φ25×2.5 正三角形1296 6 902.3 30 碳钢6937 E0105 BEM205-0.3/0.3-7.9-3/19-1Ⅰ管板式205 3000 Φ19×2 正三角形45 1 7.9 30 碳钢490 E0106 BEM600-0.3/0.3-157-2.1/25-4Ⅰ管板式600 2100 Φ25×2.5 正三角形434 4 157 30 碳钢2462 E0107 BEM875-0.3/0.45-206.5-2.0 /25-2Ⅰ管板式875 2000 Φ25×2.5 正三角形973 2 206.5 30 碳钢6531 E0108 BEM775-0.3/0.45-124.5-2.7/25-1Ⅰ管板式775 2700 Φ25×2.5 正三角形820 1 124.5 30 碳钢5803 E0109 BEM600-0.3/0.3-111.2-2.3/19-2Ⅰ管板式600 2300 Φ19×2 正三角形429 2 111.2 30 碳钢2761
E0110 BEM900-0.3/0.3-653.8-3.8/25-4Ⅰ管板式900 3800 Φ25×2.5 正三角形998 4 653.8 30 碳钢8267 E0111 BEM200-0.3/0.3-72-3/19-1Ⅰ管板式200 3000 Φ19×2 正三角形41 1 72 30 碳钢479 E0112 BEM700-0.7/0.3-88.3-3.8/25-1Ⅰ管板式700 3800 Φ25×2.5 正三角形403 1 88.3 30 碳钢3782 E0113 BEM1100-0.3/4.5-176.7-2.6/25-1Ⅱ管板式1100 2600 Φ25×2.5 正三角形1258 1 176.7 30 碳钢10406 E0114 BEM850-0.3/0.7-1055-2.4/25-8Ⅰ管板式850 2400 Φ25×2.5 正三角形852 8 1055 30 碳钢5365 E0115 BEM900-0.3/0.3-114.1-2.3/25-1Ⅰ管板式900 2300 Φ25×2.5 正三角形888 1 114.1 30 碳钢5512 E0116 BEM775-0.45/0.3-75.7-1.6/25-1Ⅰ管板式775 1600 Φ25×2 正三角形882 1 75.7 30 碳钢33428 E0117 BEM700-0.3/0.3-109.5-3/19-1Ⅰ管板式700 3000 Φ19×2 正三角形629 1 109.5 30 碳钢4518 E0118 BEM900-0.3/0.3-109-1.8/25-1Ⅱ管板式900 1800 Φ25×2.5 正三角形1075 1 109 30 碳钢5970 E0119 BEM438-0.3/0.3-132-4.4/25-2Ⅱ管板式438 4400 Φ25×2.5 正三角形258 2 132 30 碳钢2581 E0120 BEM1200-0.3/0.7-318.8-3.8/19-1Ⅱ管板式1200 3800 Φ19×2 正三角形1758 1 318.8 30 碳钢14526 E0121 BEM540-0.3/0.3-37.5-2/25-1Ⅰ管板式540 2000 Φ25×2.5 正三角形335 1 37.5 30 碳钢1917 E0201 BEM800-0.3/0.3-826.8-2.4/25-6Ⅰ管板式800 2400 Φ25×2.5 正三角形857 6 826.8 30 碳钢5030 E0202 BEM540-0.3/0.3-49.2-2.7/25-1Ⅰ管板式540 2700 Φ25×2.5 正三角形314 1 49.2 30 碳钢2261 E0203 BEM700-0.3/0.3-189.3-1.8/25-4Ⅰ管板式700 1800 Φ25×2.5 正三角形617 4 189.3 30 碳钢3058 E0204 BEM1300-1.0/0.3-1258.4-2.5/25-4Ⅰ管板式1300 2500 Φ25×2.5 正三角形2259 4 1258.4 30 碳钢12257 E0205 BEM205-0. 5/0.3-7.6-2.9/19-1Ⅰ管板式205 2900 Φ19×2 正三角形46 1 7.6 30 碳钢459 E0206 BEM340-0.6/0.3-29.9-3.5/19-1Ⅰ管板式340 3500 Φ19×2 正三角形148 1 29.9 30 碳钢1361 E0207 BEM1725-0.3/0.3-7695.5-3.5/19-1Ⅰ管板式1725 3500 Φ19×2 正三角形4039 10 7695.5 30 碳钢27085 E0208 BEM205-0.3/0.3-7.5-2.9/25-1Ⅰ管板式205 2900 Φ25×2 正三角形45 1 7.5 30 碳钢479 E0209 BEM1100-0.3/0.3-401.8-2.2/19-2Ⅰ管板式1100 2200 Φ19×2 正三角形1610 2 401.8 30 碳钢10288 E0210 BEM1800-0.3/0.3-15511.4-6/25-12Ⅰ管板式1800 6000 Φ25×2.5 正三角形3694 12 1511.4 30 碳钢43381 E0211 BEM2500-0.3/0.3-94922-6/19-10Ⅰ管板式2500 6000 Φ19×2 正三角形9117 2 10 30 碳钢89056 E0212 BEM625-0.3/0. 2-585.5-2.4/25-8Ⅰ管板式650 2400 Φ25×2.5 正三角形470 8 585.5 30 碳钢2727 E0213 BEM1125-0.4/0.3-2359.6-2.4/25-1Ⅰ管板式1125 2400 Φ25×2.5 正三角形1727 10 2359.6 30 碳钢8642 E0214 BEM625-0.4/0.3-102.6-2.1/25-2Ⅰ管板式625 2100 Φ25×2.5 正三角形426 2 102.6 30 碳钢2673 E0215 BEM900-0.3/0.3-894.9-2.4/25-6Ⅰ管板式900 2400 Φ25×2.5 正三角形930 6 894.9 30 碳钢5937 E0216 BEM585-0.35/0.35-56.6-2.5/19-1Ⅰ管板式585 2500 Φ19×2 正三角形402 1 56.6 30 碳钢2665 E0217 BEM650-0.4/0.3-63.5-2.3/25-1Ⅰ管板式650 2300 Φ25×2.5 正三角形491 1 63.5 30 碳钢3064 E0218 BEM800-0.3/0.3-751-2.4/25-8Ⅰ管板式800 2400 Φ25×2.5 正三角形681 8 751 30 碳钢4425 E0219 BEM600-0.4/0.3-104.7-2.3/19-2Ⅰ管板式600 2300 Φ19×2 正三角形404 2 104.7 30 碳钢2556 E0220 BEM650-0.4/0.3-133.3-2.4/19-2Ⅰ管板式650 2400 Φ19×2 正三角形482 2 133.3 30 碳钢3124 E0221 BEM390-0.3/0.3-22-2.3/25-1Ⅰ管板式390 2300 Φ25×2.5 正三角形169 1 22 30 碳钢1055 E0222 BEM390-0.3/0.3-11.4-1.2/19-1Ⅰ管板式390 1200 Φ19×2 正三角形169 1 11.4 30 碳钢682 E0223 BEM690-0.35/0.35-80.2-2.5/19-1Ⅰ管板式690 2500 Φ19×2 正三角形571 1 134.3 30 碳钢3564 E0224 BEM2500-0.3/0.3-35299.3-6/19-6Ⅰ管板式2500 6000 Φ19×2 正三角形8764 6 35299 30 碳钢93648 E0225 BEM700-0.4/0.3-112.8-2/25-2Ⅰ管板式700 2000 Φ25×2.5 正三角形507 2 112.8 30 碳钢2993 E0226 BEM825-0.3/0.3-610.7-2.4/19-6Ⅰ管板式825 2400 Φ19×2 正三角形887 6 610.7 30 碳钢5822 E0227 BEM2500-0.3/0.3- 92454-6/25-10Ⅰ管板式2500 6000 Φ25×2.5 正三角形8880 10 92454 30 碳钢91279 E0301 BEM205-0.3/0.3- 12-4.4/25-1Ⅰ管板式205 4400 Φ25×2.5 正三角形47 1 12 30 碳钢615 E0302 BEM257-0.3/0.3- 13.9-3.3/25-1Ⅰ管板式257 3300 Φ25×2.5 正三角形72 1 13.9 30 碳钢727 E0303 BEM336-0.3/0.3- 8.1-1.2/25-1Ⅰ管板式336 1200 Φ25×2.5 正三角形121 1 8.1 30 碳钢588 E0304 BEM205-0.3/0.3-2.4-1.2/25-1Ⅰ管板式205 1200 Φ25×2.5 正三角形35 1 2.4 30 碳钢259 E0305 BEM1075-0.3/0.3-2193.2-2.6/25-1Ⅰ管板式1075 2600 Φ25×2.5 正三角形1505 10 2193.2 30 碳钢8772
E0306 BEM750-0.3/4.4-104.2-2.4/25-1Ⅰ管板式750 2400 Φ25×2.5 正三角形776 1 104.2 30 碳钢5009 E0307 BEM925-1.2/0.3-147.9-2.1/25-1Ⅰ管板式925 2100 Φ25×2.5 正三角形1239 1 147.9 30 碳钢6537 E0308 BEM2125-0.3/0.3-36225.4-6/25-6Ⅰ管板式2125 6000 Φ25×2.5 正三角形5777 6 36225 30 碳钢60908 E0309 BEM675-0.3/0.3-124.3-2/25-2Ⅰ管板式675 2000 Φ25×2.5 正三角形558 2 124.3 30 碳钢2910 E0310 BEM2500-0.3/0.3-59660.2-6/25-6Ⅰ管板式2500 6000 Φ25×2.5 正三角形8186 6 59660 30 碳钢86898 E0311 BEM875-0.3/0.3-674.2-1.8/25-6Ⅰ管板式875 1800 Φ25×2.5 正三角形1139 6 674.2 30 碳钢5491 E0312 BEM650-0.3/0.3-95.1-1.65/25-2Ⅰ管板式650 1650 Φ25×2.5 正三角形509 2 95.1 30 碳钢2313 E0313 BEM1675-0.3/0.3-7665.6-3.4/25-1Ⅰ管板式1675 3400 Φ25×2.5 正三角形4004 10 7665.6 30 碳钢24242 E0314 BEM1025-0.3/0.3-1857.5-2.4/25-1Ⅰ管板式1025 2400 Φ25×2.5 正三角形1356 10 1857.5 30 碳钢6904 E0315 BEM438-0.3/0.3-42.8-3.6/25-1Ⅰ管板式438 3600 Φ25×2.5 正三角形203 1 42.8 30 碳钢1922 E0316 BEM725-0.3/0.3-354.9-3.0/25-4Ⅰ管板式725 3000 Φ25×2.5 正三角形680 4 354.9 30 碳钢4885 E0317 BEM387-0.3/0.3-261.9-2.4/25-1Ⅰ管板式387 2400 Φ25×2.5 正三角形175 1 261.9 30 碳钢1250 E0318 BEM1325-0.3/4.4-699.2-2.7/25-2Ⅰ管板式1325 2700 Φ25×2.5 正三角形2437 2 699.2 30 碳钢18925 E0319 BEM675-0.3/4.4-104.9-3/25-1Ⅰ管板式675 3000 Φ25×2.5 正三角形615 1 104.9 30 碳钢4472 E0320 BEM775-0.3/4.4-102.6-2.3/25-1Ⅰ管板式775 2300 Φ25×2.5 正三角形820 1 102.6 30 碳钢5192 E0321 BEM488-0.3/0.3 -102.6-2.1/25-6Ⅰ管板式488 2100 Φ25×2.5 正三角形300 6 102.6 30 碳钢1795 E0322 BEM1450-0.3/4.4-5691.5-4.1/25-8Ⅰ管板式1450 4100 Φ25×2.5 正三角形3038 8 5691.5 30 碳钢21895 E0323 BEM488-1.2/0.3 -22.5-1.2/25-1Ⅰ管板式488 1200 Φ25×2.5 正三角形335 1 22.5 30 碳钢1328 E0324 BEM750-1.2/0.3 -137.6-1.5/25-2Ⅰ管板式750 1500 Φ25×2.5 正三角形818 2 137.6 30 碳钢3682 E0325 BEM725-0.3/0.3 -123.3-1.5/25-2Ⅰ管板式725 1500 Φ25×2.5 正三角形759 2 123.3 30 碳钢3285
表3-3 储罐选型一览表
表3-4 泵选型一览表
表3-5 鼓风机、压缩机一览表
表3-6 反应器选型一览表
表3-7 管道选型一览表
图号 名称 类型 数量
额定出口流量m 3/min 介质
温度(℃)
压力MPa
型号
电机功率(KW )
进口 出口 C0201A/B 原料鼓风
机1 离心式鼓风机 2 350 空气 30 0.1 0.30 MCL405 650 C0202A/B 原料鼓风机2 离心式鼓风机 2 300 空气 25 0.1 0.28 MCL405 650 C0203A/B 原料鼓风机3 离心式鼓风机 2 306 空气 25 0.1 0.30 MCL405 650 C0101A/B
烃类压缩机
离心式压缩机
2
812
丙烯 丙烷
103
0.2
0.6
DH35-2
1000
AMS为a-甲基苯乙烯HEX为六亚甲基四胺
ACE为异丙叉丙酮
附录四 MSDS 一览表
4.1概述
作为一个化工厂在日常的运行中涉及到很多特殊的化学物质,操作不当很容
易引起不必要的安全事故。

因而对这些物质的理化、生理等方面性质必须有一个全面的认识,以保护化学产品使用者、确保生产安全有序的进行,并能够对泄露等突发状况进行最合理的补救。

我们采用MSDS 来对各物质的性质进行说明。

(注:MSDS (Material Safety Data Sheet)即化学品安全说明书,亦可译为化学品安全技术说明书或化学品安全数据说明书,是化学品生产商和进口商用来阐明化学品的理化特性(如PH 值,闪点,易燃度,反应活性等)以及对使用者的健康(如致癌,致畸等)可能产生的危害的一份文件。


4.2作用
化学品安全说明书作为传递产品安全信息的最基础的技术文件,其主要作用体现在:
(1)提供有关化学品的危害信息,保护化学产品使用者;
(2)确保安全操作,为制订危险化学品安全操作规程提供技术信息; (3)提供有助于紧急救助和事故应急处理的技术信息; (4)指导化学品的安全生产、安全流通和安全使用; (5)是化学品登记管理的重要基础和信息来源。

4.3主要物料的MSDS
4.3.1苯酚
4.3.2丙酮
4.3.3丙烯
4.3.4 苯
4.3.5苯乙酮
4.3.6异丙苯
4.3.7过氧化氢异丙苯
附录五参考文献
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[2] General Electric Company.Method and composition for hydroxylation of aromatic
substrates:US,6265622[P].2001
[3] UOP Inc.Discrete molecular sieve and use in aromatic-olefin
alkylation:US,5434326[P].1995.
[4] CELANESE Corp.process for production of oxygenated organic compounds:
US,2369710[P],1945-02-20.
[5] ILLA INTERNATIONAL LLC.Method for production of cumene hydroperoxide: US,7393984[P].2008-07-01
[6] A.P.Gelbeinetal. Make Phenol from Benzoic Aid[J]. Hydrogen Processing,
2010,57(11):125-127.
[7] L.V on.Dierendonek,et al. Phenol and Its Derivatives[J]. Andy. Chem. Series,
2006,(23):133-136.
[8] Carlo Perego,Patrizia Ingallina.Recent advances in the indus—trial alkylation of
aromatics.Catalysis Today,2002,73(1~2).
[9] KUMAR P, SHUKLA M C, V ASISHTHAtha A K.Copolymerization of vinyl
maleopimarate acid anhydridewith styrene and alkyd resins from the
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