Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Object: bottom
Type: Material Stream
Property Value
Temperature 110.928 C
Pressure 1.1 bar
Mass Flow 7109.93 kg/h
Molar Flow 77.78 kmol/h
Volumetric Flow 9.12229 m3/h
Mixture Molar Fraction
Benzene 0.0518774
Toluene 0.948123
Density (Mixture) 779.402 kg/m3
Molecular Weight (Mixture) 91.4108 kg/kmol
Specific Enthalpy (Mixture) -248.917 kJ/kg
Specific Entropy (Mixture) -0.598072 kJ/[kg.K]
Molar Enthalpy (Mixture) -22753.7 kJ/kmol
Molar Entropy (Mixture) -54.6702 kJ/[kmol.K]
Thermal Conductivity (Mixture) 0.111926 W/[m.K]
Molar Fraction (Vapor)
Benzene 0
Toluene 0
Density (Vapor) 0 kg/m3
Molecular Weight (Vapor) 0 kg/kmol
Specific Enthalpy (Vapor) 0 kJ/kg
Specific Entropy (Vapor) 0 kJ/[kg.K]
Molar Enthalpy (Vapor) 0 kJ/kmol
Molar Entropy (Vapor) 0 kJ/[kmol.K]
Thermal Conductivity (Vapor) 0 W/[m.K]
Kinematic Viscosity (Vapor) 0 m2/s
Dynamic Viscosity (Vapor) 0 Pa.s
Heat Capacity (Vapor) 0 kJ/[kg.K]
Heat Capacity Ratio (Vapor) NaN
Mass Flow (Vapor) 0 kg/h
Molar Flow (Vapor) 0 kmol/h
Volumetric Flow (Vapor) 0 m3/h
Compressibility Factor (Vapor) 0
Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Molar Fraction (Vapor) 0
Mass Fraction (Vapor) 0
Volumetric Fraction (Vapor) 0
Molar Fraction (Overall Liquid)
Benzene 0.0518774
Toluene 0.948123
Density (Overall Liquid) 779.402 kg/m3
Molecular Weight (Overall Liquid) 91.4108 kg/kmol
Specific Enthalpy (Overall Liquid) -248.917 kJ/kg
Specific Entropy (Overall Liquid) -0.598072 kJ/[kg.K]
Molar Enthalpy (Overall Liquid) -22753.7 kJ/kmol
Molar Entropy (Overall Liquid) -54.6702 kJ/[kmol.K]
Thermal Conductivity (Overall Liquid) 0.111926 W/[m.K]
Kinematic Viscosity (Overall Liquid) 3.01711E-07 m2/s
Dynamic Viscosity (Overall Liquid) 0.000235154 Pa.s
Heat Capacity (Overall Liquid) 1.99822 kJ/[kg.K]
Heat Capacity Ratio (Overall Liquid) 1
Mass Flow (Overall Liquid) 7109.93 kg/h
Molar Flow (Overall Liquid) 77.78 kmol/h
Volumetric Flow (Overall Liquid) 9.12229 m3/h
Compressibility Factor (Overall Liquid) 0.00404016
Molar Fraction (Overall Liquid) 1
Mass Fraction (Overall Liquid) 1
Volumetric Fraction (Overall Liquid) 1
Molar Fraction (Liquid 1)
Benzene 0.0518774
Toluene 0.948123
Molar Fraction (Liquid 2)
Benzene 0
Toluene 0
Molar Fraction (Aqueous)
Benzene 0
Toluene 0
Molar Fraction (Solid)
Benzene 0
Toluene 0
Object: top
Type: Material Stream
Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Temperature 80.7844 C
Pressure 1 bar
Mass Flow 9634.56 kg/h
Molar Flow 122.22 kmol/h
Volumetric Flow 11.8311 m3/h
Mixture Molar Fraction
Benzene 0.948827
Toluene 0.0511727
Density (Mixture) 814.342 kg/m3
Molecular Weight (Mixture) 78.8296 kg/kmol
Specific Enthalpy (Mixture) -326.926 kJ/kg
Specific Entropy (Mixture) -0.887508 kJ/[kg.K]
Molar Enthalpy (Mixture) -25771.4 kJ/kmol
Molar Entropy (Mixture) -69.9619 kJ/[kmol.K]
Thermal Conductivity (Mixture) 0.12559 W/[m.K]
Molar Fraction (Vapor)
Benzene 0
Toluene 0
Density (Vapor) 0 kg/m3
Molecular Weight (Vapor) 0 kg/kmol
Specific Enthalpy (Vapor) 0 kJ/kg
Specific Entropy (Vapor) 0 kJ/[kg.K]
Molar Enthalpy (Vapor) 0 kJ/kmol
Molar Entropy (Vapor) 0 kJ/[kmol.K]
Thermal Conductivity (Vapor) 0 W/[m.K]
Kinematic Viscosity (Vapor) 0 m2/s
Dynamic Viscosity (Vapor) 0 Pa.s
Heat Capacity (Vapor) 0 kJ/[kg.K]
Heat Capacity Ratio (Vapor) NaN
Mass Flow (Vapor) 0 kg/h
Molar Flow (Vapor) 0 kmol/h
Volumetric Flow (Vapor) 0 m3/h
Compressibility Factor (Vapor) 0
Molar Fraction (Vapor) 0
Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Mass Fraction (Vapor) 0
Volumetric Fraction (Vapor) 0
Molar Fraction (Overall Liquid)
Benzene 0.948827
Toluene 0.0511727
Density (Overall Liquid) 814.342 kg/m3
Molecular Weight (Overall Liquid) 78.8296 kg/kmol
Specific Enthalpy (Overall Liquid) -326.926 kJ/kg
Specific Entropy (Overall Liquid) -0.887508 kJ/[kg.K]
Molar Enthalpy (Overall Liquid) -25771.4 kJ/kmol
Molar Entropy (Overall Liquid) -69.9619 kJ/[kmol.K]
Thermal Conductivity (Overall Liquid) 0.12559 W/[m.K]
Kinematic Viscosity (Overall Liquid) 3.86398E-07 m2/s
Dynamic Viscosity (Overall Liquid) 0.00031466 Pa.s
Heat Capacity (Overall Liquid) 1.91373 kJ/[kg.K]
Heat Capacity Ratio (Overall Liquid) 1
Mass Flow (Overall Liquid) 9634.56 kg/h
Molar Flow (Overall Liquid) 122.22 kmol/h
Volumetric Flow (Overall Liquid) 11.8311 m3/h
Compressibility Factor (Overall Liquid) 0.00328965
Molar Fraction (Overall Liquid) 1
Mass Fraction (Overall Liquid) 1
Volumetric Fraction (Overall Liquid) 1
Molar Fraction (Liquid 1)
Benzene 0.948827
Toluene 0.0511727
Molar Fraction (Liquid 2)
Benzene 0
Toluene 0
Molar Fraction (Aqueous)
Benzene 0
Toluene 0
Molar Fraction (Solid)
Benzene 0
Toluene 0
Object: C-INLET
Type: Material Stream
Property Value
Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Temperature 91.9902 C
Pressure 1 bar
Mass Flow 16744.5 kg/h
Molar Flow 200 kmol/h
Volumetric Flow 3046.42 m3/h
Mixture Molar Fraction
Benzene 0.6
Toluene 0.4
Density (Mixture) 5.49645 kg/m3
Molecular Weight (Mixture) 83.7225 kg/kmol
Specific Enthalpy (Mixture) -110.415 kJ/kg
Specific Entropy (Mixture) -0.215049 kJ/[kg.K]
Molar Enthalpy (Mixture) -9244.23 kJ/kmol
Molar Entropy (Mixture) -18.0044 kJ/[kmol.K]
Thermal Conductivity (Mixture) 0.0680618 W/[m.K]
Molar Fraction (Vapor)
Benzene 0.707961
Toluene 0.292039
Density (Vapor) 2.70798 kg/m3
Molecular Weight (Vapor) 82.2082 kg/kmol
Specific Enthalpy (Vapor) 81.3757 kJ/kg
Specific Entropy (Vapor) 0.305108 kJ/[kg.K]
Molar Enthalpy (Vapor) 6689.75 kJ/kmol
Molar Entropy (Vapor) 25.0824 kJ/[kmol.K]
Thermal Conductivity (Vapor) 0.0171238 W/[m.K]
Kinematic Viscosity (Vapor) 3.49797E-06 m2/s
Dynamic Viscosity (Vapor) 9.47243E-06 Pa.s
Heat Capacity (Vapor) 1.34368 kJ/[kg.K]
Heat Capacity Ratio (Vapor) 1.08139
Mass Flow (Vapor) 8220.82 kg/h
Molar Flow (Vapor) 100 kmol/h
Volumetric Flow (Vapor) 3035.78 m3/h
Compressibility Factor (Vapor) 1
Molar Fraction (Vapor) 0.5
Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Mass Fraction (Vapor) 0.490956
Volumetric Fraction (Vapor) 0.996505
Molar Fraction (Overall Liquid)
Benzene 0.492039
Toluene 0.507961
Density (Overall Liquid) 800.585 kg/m3
Molecular Weight (Overall Liquid) 85.2368 kg/kmol
Specific Enthalpy (Overall Liquid) -295.391 kJ/kg
Specific Entropy (Overall Liquid) -0.716724 kJ/[kg.K]
Molar Enthalpy (Overall Liquid) -25178.2 kJ/kmol
Molar Entropy (Overall Liquid) -61.0912 kJ/[kmol.K]
Thermal Conductivity (Overall Liquid) 0.119 W/[m.K]
Kinematic Viscosity (Overall Liquid) 3.5359E-07 m2/s
Dynamic Viscosity (Overall Liquid) 0.000283078 Pa.s
Heat Capacity (Overall Liquid) 1.93591 kJ/[kg.K]
Heat Capacity Ratio (Overall Liquid) 1
Mass Flow (Overall Liquid) 8523.68 kg/h
Molar Flow (Overall Liquid) 100 kmol/h
Volumetric Flow (Overall Liquid) 10.6468 m3/h
Compressibility Factor (Overall Liquid) 0.00350712
Molar Fraction (Overall Liquid) 0.5
Mass Fraction (Overall Liquid) 0.509044
Volumetric Fraction (Overall Liquid) 0.00349486
Molar Fraction (Liquid 1)
Benzene 0.492039
Toluene 0.507961
Molar Fraction (Liquid 2)
Benzene 0
Toluene 0
Molar Fraction (Aqueous)
Benzene 0
Toluene 0
Molar Fraction (Solid)
Benzene 0
Toluene 0
Object: Feed
Type: Material Stream
Property Value
Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Temperature 25 C
Pressure 1 bar
Mass Flow 16744.5 kg/h
Molar Flow 200 kmol/h
Volumetric Flow 19.2558 m3/h
Mixture Molar Fraction
Benzene 0.6
Toluene 0.4
Density (Mixture) 869.583 kg/m3
Molecular Weight (Mixture) 83.7225 kg/kmol
Specific Enthalpy (Mixture) -424.148 kJ/kg
Specific Entropy (Mixture) -1.3556 kJ/[kg.K]
Molar Enthalpy (Mixture) -35510.7 kJ/kmol
Molar Entropy (Mixture) -113.494 kJ/[kmol.K]
Thermal Conductivity (Mixture) 0.139048 W/[m.K]
Molar Fraction (Vapor)
Benzene 0.833443
Toluene 0.166557
Density (Vapor) 0 kg/m3
Molecular Weight (Vapor) 0 kg/kmol
Specific Enthalpy (Vapor) 0 kJ/kg
Specific Entropy (Vapor) 0 kJ/[kg.K]
Molar Enthalpy (Vapor) 0 kJ/kmol
Molar Entropy (Vapor) 0 kJ/[kmol.K]
Thermal Conductivity (Vapor) 0 W/[m.K]
Kinematic Viscosity (Vapor) 0 m2/s
Dynamic Viscosity (Vapor) 0 Pa.s
Heat Capacity (Vapor) 0 kJ/[kg.K]
Heat Capacity Ratio (Vapor) NaN
Mass Flow (Vapor) 0 kg/h
Molar Flow (Vapor) 0 kmol/h
Volumetric Flow (Vapor) 0 m3/h
Compressibility Factor (Vapor) 0
Molar Fraction (Vapor) 0
Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Mass Fraction (Vapor) 0
Volumetric Fraction (Vapor) 0
Molar Fraction (Overall Liquid)
Benzene 0.6
Toluene 0.4
Density (Overall Liquid) 869.583 kg/m3
Molecular Weight (Overall Liquid) 83.7225 kg/kmol
Specific Enthalpy (Overall Liquid) -424.148 kJ/kg
Specific Entropy (Overall Liquid) -1.3556 kJ/[kg.K]
Molar Enthalpy (Overall Liquid) -35510.7 kJ/kmol
Molar Entropy (Overall Liquid) -113.494 kJ/[kmol.K]
Thermal Conductivity (Overall Liquid) 0.139048 W/[m.K]
Kinematic Viscosity (Overall Liquid) 6.70566E-07 m2/s
Dynamic Viscosity (Overall Liquid) 0.000583113 Pa.s
Heat Capacity (Overall Liquid) 1.72784 kJ/[kg.K]
Heat Capacity Ratio (Overall Liquid) 1
Mass Flow (Overall Liquid) 16744.5 kg/h
Molar Flow (Overall Liquid) 200 kmol/h
Volumetric Flow (Overall Liquid) 19.2558 m3/h
Compressibility Factor (Overall Liquid) 0.00388406
Molar Fraction (Overall Liquid) 1
Mass Fraction (Overall Liquid) 1
Volumetric Fraction (Overall Liquid) 1
Molar Fraction (Liquid 1)
Benzene 0.6
Toluene 0.4
Molar Fraction (Liquid 2)
Benzene 0
Toluene 0
Molar Fraction (Aqueous)
Benzene 0
Toluene 0
Molar Fraction (Solid)
Benzene 0
Toluene 0
Object: QR
Type: Energy Stream
Property Value
Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Energy Flow 1800.06 kW
Object: QC
Type: Energy Stream
Property Value
Energy Flow 2653.04 kW
Object: QF
Type: Energy Stream
Property Value
Energy Flow 1459.25 kW
Object: HT-1
Type: Material Stream Heater
Property Value
Pressure Drop 0 bar
Efficiency 100
Outlet Temperature 91.9902 C
Heat Added 1459.25 kW
Outlet Molar Vapor Fraction 0.5
Temperature Difference 66.9902 C.
Object: DCOL-1
Type: Distillation Column
Property Value
Condenser Pressure Drop 0 bar
Condenser Duty 2653.04 kW
Reboiler Duty -1800.06 kW
Number of Stages 14
Column Pressure Drop 0.1 bar
Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Stage_Pressure_1 1 bar
Stage_Pressure_2 1.00769 bar
Stage_Pressure_3 1.01538 bar
Stage_Pressure_4 1.02308 bar
Stage_Pressure_5 1.03077 bar
Stage_Pressure_6 1.03846 bar
Stage_Pressure_7 1.04615 bar
Stage_Pressure_8 1.05385 bar
Stage_Pressure_9 1.06154 bar
Stage_Pressure_10 1.06923 bar
Stage_Pressure_11 1.07692 bar
Stage_Pressure_12 1.08462 bar
Stage_Pressure_13 1.09231 bar
Stage_Pressure_14 1.1 bar
Stage_Efficiency_1 1
Stage_Efficiency_2 1
Stage_Efficiency_3 1
Stage_Efficiency_4 1
Stage_Efficiency_5 1
Stage_Efficiency_6 1
Stage_Efficiency_7 1
Stage_Efficiency_8 1
Stage_Efficiency_9 1
Stage_Efficiency_10 1
Stage_Efficiency_11 1
Stage_Efficiency_12 1
Stage_Efficiency_13 1
Stage_Efficiency_14 1
Stage_Temperature_1 80.7844 C
Stage_Temperature_2 82.5611 C
Stage_Temperature_3 84.7971 C
Stage_Temperature_4 87.2867 C
Stage_Temperature_5 89.7024 C
Stage_Temperature_6 91.766 C
Stage_Temperature_7 93.3647 C
Stage_Temperature_8 94.8951 C
Stage_Temperature_9 97.0446 C
Stage_Temperature_10 99.819 C
Simulation Report Details
DWSIM 8.8 Title: MySimulation_33
Comments:
Stage_Temperature_11 102.986 C
Stage_Temperature_12 106.124 C
Stage_Temperature_13 108.833 C
Stage_Temperature_14 110.928 C
Condenser_Specification_Value 1.51214
Reboiler_Specification_Value 77.78
Global_Stage_Efficiency G6
Condenser_Calculated_Value 1.51214
Reboiler_Calculated_Value 21.6056
Stream 'C-INLET' Stage Index 6
Stream 'top' Stage Index 0
Stream 'bottom' Stage Index 13
Estimated Height 9600 mm
Estimated Diameter 1852.79 mm
