Coker A.K. Fortran Programs for Chemical Process Design, Analysis, and Simulation

Table A1-1

(continued)

Toluene 0.2883 0.2624 318.8

Aniline 0.3392 0.2761 426.0

Phenol 0.4094 0.3246 420.0

Cyclopropane 0.2614 0.2826 124.9

Cyclohexane 0.2729 0.2727 280.3

1,3 Butadiene 0.2444 0.2710 152.0

Methanol 0.2928 0.2760 239.4

Chloroform 0.5165 0.2666 263.4

Carbon tetrachloride 0.5591 0.2736 283.2

By Permission: C.L. Yaws

et al. Physical Properties,

A Chemical Engineering Publication,

McGraw-Hill Publication Co., New York, 1977.

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Table A1-4

Selected Constants for Liquid Thermal Conductivity Equation

Compound A B x 10-2 C x 10-4 Range ~

Fluorine 612.54 -162.29 -118.41 -219 to -140

Chlorine 559.01 -48.30 -15.24 -101 to 132

Sulfur dioxide 2140.81 -783.66 71.43 -50 to 150

Carbon monoxide 475.48 3.31 -214.26 -205 to -145

Carbon dioxide 972.06 -201.53 -22.99 -56 to 26

Hydrogen chloride 1071.70 -18.44 -65.81 -114 to 31

Ammonia 2551.30 -376.62 -29.35 -77 to 100

Water -916.62 1254.73 -152.12 0 to 350

Hydrogen peroxide -466.56 805.86 -87.58 0 to 400

Hydrogen -20.14 2473.70 -5347.26 -259 to-241

Nitrogen 627.99 -368.91 -22.57 -209 to -152

Oxygen 583.79 -210.49 -48.31 -218 to -135

Ethylene 851.45 -228.94 -4.71 -169.2 to -4.0

Methane 722.72 -144.42 -76.36 182.6 to -90

Ethane 699.31 -165.88 -4.87 -183.2 to 20

Propane 623.51 -126.79 -2.12 -187.7 to 80.0

Benzene 424.26 1.14 -9.03 5.53 to 260

Toluene 485.10 -53.84 -0.59 -95 to 308

Aniline 537.55 -30.42 -1.49 -6.15 to 408

Phenol 440.93 86.70 -7.01 40.75 to 396

Cyclopropane 396.82 -42.10 -6.72 -127.42 to 117

Cyclohexane 388.26 -22.72 -3.30 6.55 to 254

1,3 Butadiene 718.26 -187.18 11.74 -108.9 to 120

Methanol 770.13 -114.28 2.79 -97.6 to 210

Chloroform 390.25 -20.58 -5.06 -63.2 to 237

Carbon tetrachloride 383.95 -45.45 -0.24 -22.9 to 224

By Permission: C.L. Yaws

et al., Physical Properties,

A Chemical Engineering Publication,

McGraw-Hill Publication Co., New York, 1977.

812

Table A1-5

Selected Constants for Liquid Surface Tension Equation

Compound T1, ~ Tc, ~ R Range, ~

Fluorine -200.0 -129.0 0.8811 -219.6 to -129.0

Chlorine 20.0 144.0 1.0508 -101.0 to 144.0

Sulfur dioxide 30.0 157.6 1.1768 -72.7 to 157.6

Carbon monoxide -193.0 -140.1 1.1441 -191.5 to-140.1

Carbon dioxide 20.0 31.1 1.3015 -56.5 to 31.1

Hydrogen chloride -93.0 51.5 1.0972 -114.2 to 51.5

Ammonia -45.0 132.4 1.1548 -77.74 to 132.4

Water 25.0 374.2 0.8105 0 to 100.0

Water 100.0 374.2 1.1690 100.0 to 374.2

Hydrogen peroxide 18.2 455.0 0.9141 -0.43 to 455.0

Hydrogen -256.0 -240.2 1.1012 -259 to -240.2

Nitrogen -203.0 -146.8 1.2123 -209.9 to-146.8

Oxygen -202.0 -118.5 1.1933 -218.4 to-118.5

Ethylene -120.0 9.9 1.2760 -169.2 to 9.9

Methane -168.16 -82.6 1.3941 -182.6 to -82.6

Ethane -120.0 32.3 1.2060 -183.2 to 32.3

Propane -90.0 96.7 1.1982 -187.7 to 96.7

Benzene 20.0 288.94 1.2243 5.53 to 288.94

Touluene 20.0 318.8 1.2364 -95.0 to 318.8

Aniline 20.0 426.0 1.1022 -6.15 to 426.0

Phenol 60.0 420.0 1.0725 40.75 to 420.0

Cyclopropane 10.0 124.9 1.3201 -127.42 to 124.9

Cyclohexane 20.0 280.3 1.4246 6.55 to 280.3

1,3 Butadiene 40.0 152.0 1.2055 -4.41 to 152.0

Methanol 20.0 239.4 0.8115 -97.6 to 239.4

Chloroform 25.0 263.4 1.1824 -63.2 to 263.4

Carbon tetrachloride 30.0 283.2 1.2278 -22.9 to 283.2

By Permission: C.L. Yaws

et al., Physical Properties,

A Chemical Engineering publication,

McGraw-Hill, New York, 1977.

813

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Table A1-7

Selected Constants for Enthalpy of Vaporization Equation

Compound AHvl, cal/g T1, ~ Tc, ~ R

Fluorine 41.1 -188.1 -129.0 0.38

Chlorine 69.6 -34.06 144.0 0.38

Sulfur dioxide 93.0 -10.0 157.6 0.38

Carbon monoxide 51.6 -191.5 -140.1 0.38

Carbon dioxide 56.1 0.0 31.1 0.38

Hydrogen chloride 105.8 -85.03 51.5 0.38

Ammonia 327.4 -33.43 132.4 0.38

Water 538.7 100.0 374.2 0.38

Hydrogen peroxide 321.9 150.2 455.0 0.38

Hydrogen 107.0 -252.8 -240.2 0.237

Nitrogen 47.5 -195.8 -146.8 0.38

Oxygen 50.9 -183.0 -118.5 0.38

Ethylene 115.4 -103.7 9.9 0.38

Methane 121.7 -161.5 -82.6 0.38

Ethane 116.7 -88.2 32.3 0.38

Propane 101.8 -42.1 96.7 0.38

Benzene 94.1 80.1 288.94 0.38

Toluene 86.1 110.6 318.8 0.38

Aniline 112.4 184.4 426.0 0.38

Phenol 116.4 181.8 420.0 0.38

Cyclopropane 113.8 -32.8 124.9 0.38

1,3 Butadiene 100.2 -4.41 152.0 0.38

Methanol 260.1 64.7 239.4 0.40

Chloroform 58.9 61.3 263.4 0.38

Carbon tetrachloride 46.55 76.7 283.2 0.38

By Permission: C.L. Yaws

et al., Physical Properties,

A Chemical Engineering publication,

McGraw-Hill, New York, 1977.

816

Coker A.K. Fortran Programs for Chemical Process Design, Analysis, and Simulation

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