Simulation Report Details

DWSIM 8.8 Title: MySimulation_3

Comments:

Object: C-Inlet-Heat ex
Type: Material Stream

Property Value

Temperature 91.596 C

Pressure 0.98825 bar

Mass Flow 16744.5 kg/h

Molar Flow 200 kmol/h

Volumetric Flow 3079.2 m3/h

Mixture Molar Fraction

Benzene 0.6

Toluene 0.4

Water 0

Density (Mixture) 5.43794 kg/m3

Molecular Weight (Mixture) 83.7225 kg/kmol

Specific Enthalpy (Mixture) -111.093 kJ/kg

Specific Entropy (Mixture) -0.216309 kJ/[kg.K]

Molar Enthalpy (Mixture) -9300.96 kJ/kmol

Molar Entropy (Mixture) -18.1099 kJ/[kmol.K]

Thermal Conductivity (Mixture) 0.0680958 W/[m.K]

Molar Fraction (Vapor)

Benzene 0.708143

Toluene 0.291857

Water 0

Density (Vapor) 2.67897 kg/m3

Molecular Weight (Vapor) 82.2056 kg/kmol

Specific Enthalpy (Vapor) 80.8453 kJ/kg

Specific Entropy (Vapor) 0.304833 kJ/[kg.K]

Molar Enthalpy (Vapor) 6645.94 kJ/kmol

Molar Entropy (Vapor) 25.059 kJ/[kmol.K]

Thermal Conductivity (Vapor) 0.0170895 W/[m.K]

Kinematic Viscosity (Vapor) 3.53216E-06 m2/s

Dynamic Viscosity (Vapor) 9.46255E-06 Pa.s

Heat Capacity (Vapor) 1.34219 kJ/[kg.K]

Heat Capacity Ratio (Vapor) 1.08149

Mass Flow (Vapor) 8220.56 kg/h

Molar Flow (Vapor) 100 kmol/h

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Volumetric Flow (Vapor) 3068.55 m3/h

Compressibility Factor (Vapor) 1

Molar Fraction (Vapor) 0.5

Mass Fraction (Vapor) 0.490941

Volumetric Fraction (Vapor) 0.996544

Molar Fraction (Overall Liquid)

Benzene 0.491863

Toluene 0.508137

Water 0

Density (Overall Liquid) 801.009 kg/m3

Molecular Weight (Overall Liquid) 85.2393 kg/kmol

Specific Enthalpy (Overall Liquid) -296.2 kJ/kg

Specific Entropy (Overall Liquid) -0.718904 kJ/[kg.K]

Molar Enthalpy (Overall Liquid) -25247.8 kJ/kmol

Molar Entropy (Overall Liquid) -61.2789 kJ/[kmol.K]

Thermal Conductivity (Overall Liquid) 0.119102 W/[m.K]

Kinematic Viscosity (Overall Liquid) 3.54754E-07 m2/s

Dynamic Viscosity (Overall Liquid) 0.000284161 Pa.s

Heat Capacity (Overall Liquid) 1.93452 kJ/[kg.K]

Heat Capacity Ratio (Overall Liquid) 1

Mass Flow (Overall Liquid) 8523.93 kg/h

Molar Flow (Overall Liquid) 100 kmol/h

Volumetric Flow (Overall Liquid) 10.6415 m3/h

Compressibility Factor (Overall Liquid) 0.00346791

Molar Fraction (Overall Liquid) 0.5

Mass Fraction (Overall Liquid) 0.509059

Volumetric Fraction (Overall Liquid) 0.00345593

Molar Fraction (Liquid 1)

Benzene 0.491863

Toluene 0.508137

Water 0

Density (Liquid 1) 801.009 kg/m3

Molar Weight (Liquid 1) 85.2393 kg/kmol

Specific Enthalpy (Liquid 1) -296.2 kJ/kg

Specific Entropy (Liquid 1) -0.718904 kJ/[kg.K]

Molar Enthalpy (Liquid 1) -25247.8 kJ/kmol

Molar Entropy (Liquid 1) -61.2789 kJ/[kmol.K]

Thermal Conductivity (Liquid 1) 0.119102 W/[m.K]

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Kinematic Viscosity (Liquid 1) 3.54754E-07 m2/s

Dynamic Viscosity (Liquid 1) 0.000284161 Pa.s

Heat Capacity (Liquid 1) 1.93452 kJ/[kg.K]

Heat Capacity Ratio (Liquid 1) 1

Mass Flow (Liquid 1) 8523.93 kg/h

Molar Flow (Liquid 1) 100 kmol/h

Volumetric Flow (Liquid 1) 10.6415 m3/h

Compressibility Factor (Liquid 1) 0.00346791

Molar Fraction (Liquid 1) 0.5

Mass Fraction (Liquid 1) 0.509059

Volumetric Fraction (Liquid 1) 0.00345593

Molar Fraction (Liquid 2)

Benzene 0

Toluene 0

Water 0

Density (Liquid 2) 0 kg/m3

Molar Weight (Liquid 2) 0 kg/kmol

Specific Enthalpy (Liquid 2) 0 kJ/kg

Specific Entropy (Liquid 2) 0 kJ/[kg.K]

Molar Enthalpy (Liquid 2) 0 kJ/kmol

Molar Entropy (Liquid 2) 0 kJ/[kmol.K]

Thermal Conductivity (Liquid 2) 0 W/[m.K]

Kinematic Viscosity (Liquid 2) 0 m2/s

Dynamic Viscosity (Liquid 2) 0 Pa.s

Heat Capacity (Liquid 2) 0 kJ/[kg.K]

Heat Capacity Ratio (Liquid 2) NaN

Mass Flow (Liquid 2) 0 kg/h

Molar Flow (Liquid 2) 0 kmol/h

Volumetric Flow (Liquid 2) 0 m3/h

Compressibility Factor (Liquid 2) 0

Molar Fraction (Liquid 2) 0

Mass Fraction (Liquid 2) 0

Volumetric Fraction (Liquid 2) 0

Molar Fraction (Aqueous)

Benzene 0

Toluene 0

Water 0

Density (Aqueous) 0 kg/m3

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Molecular Weight (Aqueous) 0 kg/kmol

Specific Enthalpy (Aqueous) 0 kJ/kg

Specific Entropy (Aqueous) 0 kJ/[kg.K]

Molar Enthalpy (Aqueous) 0 kJ/kmol

Molar Entropy (Aqueous) 0 kJ/[kmol.K]

Thermal Conductivity (Aqueous) 0 W/[m.K]

Kinematic Viscosity (Aqueous) 0 m2/s

Dynamic Viscosity (Aqueous) 0 Pa.s

Heat Capacity (Aqueous) 0 kJ/[kg.K]

Heat Capacity Ratio (Aqueous) NaN

Mass Flow (Aqueous) 0 kg/h

Molar Flow (Aqueous) 0 kmol/h

Volumetric Flow (Aqueous) 0 m3/h

Compressibility Factor (Aqueous) 0

Molar Fraction (Aqueous) 0

Aqueous Mass Fraction 0

Aqueous Volumetric Fraction 0

Molar Fraction (Solid)

Benzene 0

Toluene 0

Water 0

Mass Fraction (Liquid 1) / Benzene 0.450735

Mass Fraction (Liquid 2) / Benzene 0

Mass Fraction (Aqueous) / Benzene 0

Molar Flow (Vapor) / Benzene 70.8143 kmol/h

Molar Flow (Overall Liquid) / Benzene 49.1863 kmol/h

Molar Flow (Liquid 1) / Benzene 49.1863 kmol/h

Molar Flow (Liquid 2) / Benzene 0 kmol/h

Molar Flow (Aqueous) / Benzene kmol/h

Mass Flow (Vapor) / Benzene 5531.43 kg/h

Mass Flow (Overall Liquid) / Benzene 3842.03 kg/h

Mass Flow (Liquid 1) / Benzene 3842.03 kg/h

Mass Flow (Liquid 2) / Benzene 0 kg/h

Mass Flow (Aqueous) / Benzene 0 kg/h

Mole Fraction (Solid) / Benzene 0

Mass Fraction (Solid) / Benzene 0

Mole Flow (Solid) / Benzene 0 kmol/h

Mass Flow (Solid) / Benzene 0 kg/h

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Molar Fraction (Mixture) / Toluene 0.4

Object: C-Inlet-heater
Type: Material Stream

Property Value

Temperature 92.4283 C

Pressure 1.01325 bar

Mass Flow 16744.5 kg/h

Molar Flow 200 kmol/h

Volumetric Flow 3010.32 m3/h

Mixture Molar Fraction

Benzene 0.6

Toluene 0.4

Water 0

Density (Mixture) 5.56236 kg/m3

Molecular Weight (Mixture) 83.7225 kg/kmol

Specific Enthalpy (Mixture) -109.661 kJ/kg

Specific Entropy (Mixture) -0.213653 kJ/[kg.K]

Molar Enthalpy (Mixture) -9181.12 kJ/kmol

Molar Entropy (Mixture) -17.8876 kJ/[kmol.K]

Thermal Conductivity (Mixture) 0.0680241 W/[m.K]

Molar Fraction (Vapor)

Benzene 0.707761

Toluene 0.292239

Water 0

Density (Vapor) 2.74066 kg/m3

Molecular Weight (Vapor) 82.211 kg/kmol

Specific Enthalpy (Vapor) 81.9658 kJ/kg

Specific Entropy (Vapor) 0.30541 kJ/[kg.K]

Molar Enthalpy (Vapor) 6738.49 kJ/kmol

Molar Entropy (Vapor) 25.1081 kJ/[kmol.K]

Thermal Conductivity (Vapor) 0.0171619 W/[m.K]

Kinematic Viscosity (Vapor) 3.46026E-06 m2/s

Dynamic Viscosity (Vapor) 9.48341E-06 Pa.s

Heat Capacity (Vapor) 1.34534 kJ/[kg.K]

Heat Capacity Ratio (Vapor) 1.08128

Mass Flow (Vapor) 8221.1 kg/h

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Molar Flow (Vapor) 100 kmol/h

Volumetric Flow (Vapor) 2999.67 m3/h

Compressibility Factor (Vapor) 1

Molar Fraction (Vapor) 0.5

Mass Fraction (Vapor) 0.490973

Volumetric Fraction (Vapor) 0.996461

Molar Fraction (Overall Liquid)

Benzene 0.492239

Toluene 0.507761

Water 0

Density (Overall Liquid) 800.113 kg/m3

Molecular Weight (Overall Liquid) 85.234 kg/kmol

Specific Enthalpy (Overall Liquid) -294.492 kJ/kg

Specific Entropy (Overall Liquid) -0.714307 kJ/[kg.K]

Molar Enthalpy (Overall Liquid) -25100.7 kJ/kmol

Molar Entropy (Overall Liquid) -60.8833 kJ/[kmol.K]

Thermal Conductivity (Overall Liquid) 0.118886 W/[m.K]

Kinematic Viscosity (Overall Liquid) 3.52301E-07 m2/s

Dynamic Viscosity (Overall Liquid) 0.000281881 Pa.s

Heat Capacity (Overall Liquid) 1.93746 kJ/[kg.K]

Heat Capacity Ratio (Overall Liquid) 1

Mass Flow (Overall Liquid) 8523.4 kg/h

Molar Flow (Overall Liquid) 100 kmol/h

Volumetric Flow (Overall Liquid) 10.6527 m3/h

Compressibility Factor (Overall Liquid) 0.0035513

Molar Fraction (Overall Liquid) 0.5

Mass Fraction (Overall Liquid) 0.509027

Volumetric Fraction (Overall Liquid) 0.00353874

Molar Fraction (Liquid 1)

Benzene 0.492239

Toluene 0.507761

Water 0

Density (Liquid 1) 800.113 kg/m3

Molar Weight (Liquid 1) 85.234 kg/kmol

Specific Enthalpy (Liquid 1) -294.492 kJ/kg

Specific Entropy (Liquid 1) -0.714307 kJ/[kg.K]

Molar Enthalpy (Liquid 1) -25100.7 kJ/kmol

Molar Entropy (Liquid 1) -60.8833 kJ/[kmol.K]

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Thermal Conductivity (Liquid 1) 0.118886 W/[m.K]

Kinematic Viscosity (Liquid 1) 3.52301E-07 m2/s

Dynamic Viscosity (Liquid 1) 0.000281881 Pa.s

Heat Capacity (Liquid 1) 1.93746 kJ/[kg.K]

Heat Capacity Ratio (Liquid 1) 1

Mass Flow (Liquid 1) 8523.4 kg/h

Molar Flow (Liquid 1) 100 kmol/h

Volumetric Flow (Liquid 1) 10.6527 m3/h

Compressibility Factor (Liquid 1) 0.0035513

Molar Fraction (Liquid 1) 0.5

Mass Fraction (Liquid 1) 0.509027

Volumetric Fraction (Liquid 1) 0.00353874

Molar Fraction (Liquid 2)

Benzene 0

Toluene 0

Water 0

Density (Liquid 2) 0 kg/m3

Molar Weight (Liquid 2) 0 kg/kmol

Specific Enthalpy (Liquid 2) 0 kJ/kg

Specific Entropy (Liquid 2) 0 kJ/[kg.K]

Molar Enthalpy (Liquid 2) 0 kJ/kmol

Molar Entropy (Liquid 2) 0 kJ/[kmol.K]

Thermal Conductivity (Liquid 2) 0 W/[m.K]

Kinematic Viscosity (Liquid 2) 0 m2/s

Dynamic Viscosity (Liquid 2) 0 Pa.s

Heat Capacity (Liquid 2) 0 kJ/[kg.K]

Heat Capacity Ratio (Liquid 2) NaN

Mass Flow (Liquid 2) 0 kg/h

Molar Flow (Liquid 2) 0 kmol/h

Volumetric Flow (Liquid 2) 0 m3/h

Compressibility Factor (Liquid 2) 0

Molar Fraction (Liquid 2) 0

Mass Fraction (Liquid 2) 0

Volumetric Fraction (Liquid 2) 0

Molar Fraction (Aqueous)

Benzene 0

Toluene 0

Water 0
Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Density (Aqueous) 0 kg/m3

Molecular Weight (Aqueous) 0 kg/kmol

Specific Enthalpy (Aqueous) 0 kJ/kg

Specific Entropy (Aqueous) 0 kJ/[kg.K]

Molar Enthalpy (Aqueous) 0 kJ/kmol

Molar Entropy (Aqueous) 0 kJ/[kmol.K]

Thermal Conductivity (Aqueous) 0 W/[m.K]

Kinematic Viscosity (Aqueous) 0 m2/s

Dynamic Viscosity (Aqueous) 0 Pa.s

Heat Capacity (Aqueous) 0 kJ/[kg.K]

Heat Capacity Ratio (Aqueous) NaN

Mass Flow (Aqueous) 0 kg/h

Molar Flow (Aqueous) 0 kmol/h

Volumetric Flow (Aqueous) 0 m3/h

Compressibility Factor (Aqueous) 0

Molar Fraction (Aqueous) 0

Aqueous Mass Fraction 0

Aqueous Volumetric Fraction 0

Molar Fraction (Solid)

Benzene 0

Toluene 0

Water 0

Mass Fraction (Liquid 1) / Benzene 0.451107

Mass Fraction (Liquid 2) / Benzene 0

Mass Fraction (Aqueous) / Benzene 0

Molar Flow (Vapor) / Benzene 70.7761 kmol/h

Molar Flow (Overall Liquid) / Benzene 49.2239 kmol/h

Molar Flow (Liquid 1) / Benzene 49.2239 kmol/h

Molar Flow (Liquid 2) / Benzene 0 kmol/h

Molar Flow (Aqueous) / Benzene kmol/h

Mass Flow (Vapor) / Benzene 5528.45 kg/h

Mass Flow (Overall Liquid) / Benzene 3844.97 kg/h

Mass Flow (Liquid 1) / Benzene 3844.97 kg/h

Mass Flow (Liquid 2) / Benzene 0 kg/h

Mass Flow (Aqueous) / Benzene 0 kg/h

Mole Fraction (Solid) / Benzene 0

Mass Fraction (Solid) / Benzene 0

Mole Flow (Solid) / Benzene 0 kmol/h

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Mass Flow (Solid) / Benzene 0 kg/h

Molar Fraction (Mixture) / Toluene 0.4

Object: Feed-heater
Type: Material Stream

Property Value

Temperature 25 C

Pressure 1.01325 bar

Mass Flow 16744.5 kg/h

Molar Flow 200 kmol/h

Volumetric Flow 19.2557 m3/h

Mixture Molar Fraction

Benzene 0.6

Toluene 0.4

Water 0

Density (Mixture) 869.585 kg/m3

Molecular Weight (Mixture) 83.7225 kg/kmol

Specific Enthalpy (Mixture) -424.146 kJ/kg

Specific Entropy (Mixture) -1.3569 kJ/[kg.K]

Molar Enthalpy (Mixture) -35510.6 kJ/kmol

Molar Entropy (Mixture) -113.603 kJ/[kmol.K]

Thermal Conductivity (Mixture) 0.139048 W/[m.K]

Molar Fraction (Vapor)

Benzene 0.833443

Toluene 0.166557

Water 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

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

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

Mass Fraction (Vapor) 0

Volumetric Fraction (Vapor) 0

Molar Fraction (Overall Liquid)

Benzene 0.6

Toluene 0.4

Water 0

Density (Overall Liquid) 869.585 kg/m3

Molecular Weight (Overall Liquid) 83.7225 kg/kmol

Specific Enthalpy (Overall Liquid) -424.146 kJ/kg

Specific Entropy (Overall Liquid) -1.3569 kJ/[kg.K]

Molar Enthalpy (Overall Liquid) -35510.6 kJ/kmol

Molar Entropy (Overall Liquid) -113.603 kJ/[kmol.K]

Thermal Conductivity (Overall Liquid) 0.139048 W/[m.K]

Kinematic Viscosity (Overall Liquid) 6.70575E-07 m2/s

Dynamic Viscosity (Overall Liquid) 0.000583122 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) 19.2557 m3/h

Compressibility Factor (Overall Liquid) 0.00393552

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

Water 0

Density (Liquid 1) 869.585 kg/m3

Molar Weight (Liquid 1) 83.7225 kg/kmol

Specific Enthalpy (Liquid 1) -424.146 kJ/kg

Specific Entropy (Liquid 1) -1.3569 kJ/[kg.K]

Molar Enthalpy (Liquid 1) -35510.6 kJ/kmol

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Molar Entropy (Liquid 1) -113.603 kJ/[kmol.K]

Thermal Conductivity (Liquid 1) 0.139048 W/[m.K]

Kinematic Viscosity (Liquid 1) 6.70575E-07 m2/s

Dynamic Viscosity (Liquid 1) 0.000583122 Pa.s

Heat Capacity (Liquid 1) 1.72784 kJ/[kg.K]

Heat Capacity Ratio (Liquid 1) 1

Mass Flow (Liquid 1) 16744.5 kg/h

Molar Flow (Liquid 1) 200 kmol/h

Volumetric Flow (Liquid 1) 19.2557 m3/h

Compressibility Factor (Liquid 1) 0.00393552

Molar Fraction (Liquid 1) 1

Mass Fraction (Liquid 1) 1

Volumetric Fraction (Liquid 1) 1

Molar Fraction (Liquid 2)

Benzene 0

Toluene 0

Water 0

Density (Liquid 2) 0 kg/m3

Molar Weight (Liquid 2) 0 kg/kmol

Specific Enthalpy (Liquid 2) 0 kJ/kg

Specific Entropy (Liquid 2) 0 kJ/[kg.K]

Molar Enthalpy (Liquid 2) 0 kJ/kmol

Molar Entropy (Liquid 2) 0 kJ/[kmol.K]

Thermal Conductivity (Liquid 2) 0 W/[m.K]

Kinematic Viscosity (Liquid 2) 0 m2/s

Dynamic Viscosity (Liquid 2) 0 Pa.s

Heat Capacity (Liquid 2) 0 kJ/[kg.K]

Heat Capacity Ratio (Liquid 2) NaN

Mass Flow (Liquid 2) 0 kg/h

Molar Flow (Liquid 2) 0 kmol/h

Volumetric Flow (Liquid 2) 0 m3/h

Compressibility Factor (Liquid 2) 0

Molar Fraction (Liquid 2) 0

Mass Fraction (Liquid 2) 0

Volumetric Fraction (Liquid 2) 0

Molar Fraction (Aqueous)

Benzene 0

Toluene 0
Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Water 0

Density (Aqueous) 0 kg/m3

Molecular Weight (Aqueous) 0 kg/kmol

Specific Enthalpy (Aqueous) 0 kJ/kg

Specific Entropy (Aqueous) 0 kJ/[kg.K]

Molar Enthalpy (Aqueous) 0 kJ/kmol

Molar Entropy (Aqueous) 0 kJ/[kmol.K]

Thermal Conductivity (Aqueous) 0 W/[m.K]

Kinematic Viscosity (Aqueous) 0 m2/s

Dynamic Viscosity (Aqueous) 0 Pa.s

Heat Capacity (Aqueous) 0 kJ/[kg.K]

Heat Capacity Ratio (Aqueous) NaN

Mass Flow (Aqueous) 0 kg/h

Molar Flow (Aqueous) 0 kmol/h

Volumetric Flow (Aqueous) 0 m3/h

Compressibility Factor (Aqueous) 0

Molar Fraction (Aqueous) 0

Aqueous Mass Fraction 0

Aqueous Volumetric Fraction 0

Molar Fraction (Solid)

Benzene 0

Toluene 0

Water 0

Mass Fraction (Liquid 1) / Benzene 0.559791

Mass Fraction (Liquid 2) / Benzene 0

Mass Fraction (Aqueous) / Benzene 0

Molar Flow (Vapor) / Benzene 0 kmol/h

Molar Flow (Overall Liquid) / Benzene 120 kmol/h

Molar Flow (Liquid 1) / Benzene 120 kmol/h

Molar Flow (Liquid 2) / Benzene 0 kmol/h

Molar Flow (Aqueous) / Benzene kmol/h

Mass Flow (Vapor) / Benzene 0 kg/h

Mass Flow (Overall Liquid) / Benzene 9373.42 kg/h

Mass Flow (Liquid 1) / Benzene 9373.42 kg/h

Mass Flow (Liquid 2) / Benzene 0 kg/h

Mass Flow (Aqueous) / Benzene 0 kg/h

Mole Fraction (Solid) / Benzene 0

Mass Fraction (Solid) / Benzene 0

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Mole Flow (Solid) / Benzene 0 kmol/h

Mass Flow (Solid) / Benzene 0 kg/h

Molar Fraction (Mixture) / Toluene 0.4

Object: Feed heat exchanger

Type: Material Stream

Property Value

Temperature 25 C

Pressure 1.01325 bar

Mass Flow 16744.5 kg/h

Molar Flow 200 kmol/h

Volumetric Flow 19.2557 m3/h

Mixture Molar Fraction

Benzene 0.6

Toluene 0.4

Water 0

Density (Mixture) 869.585 kg/m3

Molecular Weight (Mixture) 83.7225 kg/kmol

Specific Enthalpy (Mixture) -424.146 kJ/kg

Specific Entropy (Mixture) -1.3569 kJ/[kg.K]

Molar Enthalpy (Mixture) -35510.6 kJ/kmol

Molar Entropy (Mixture) -113.603 kJ/[kmol.K]

Thermal Conductivity (Mixture) 0.139048 W/[m.K]

Molar Fraction (Vapor)

Benzene 0.833443

Toluene 0.166557

Water 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]

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

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

Mass Fraction (Vapor) 0

Volumetric Fraction (Vapor) 0

Molar Fraction (Overall Liquid)

Benzene 0.6

Toluene 0.4

Water 0

Density (Overall Liquid) 869.585 kg/m3

Molecular Weight (Overall Liquid) 83.7225 kg/kmol

Specific Enthalpy (Overall Liquid) -424.146 kJ/kg

Specific Entropy (Overall Liquid) -1.3569 kJ/[kg.K]

Molar Enthalpy (Overall Liquid) -35510.6 kJ/kmol

Molar Entropy (Overall Liquid) -113.603 kJ/[kmol.K]

Thermal Conductivity (Overall Liquid) 0.139048 W/[m.K]

Kinematic Viscosity (Overall Liquid) 6.70575E-07 m2/s

Dynamic Viscosity (Overall Liquid) 0.000583122 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) 19.2557 m3/h

Compressibility Factor (Overall Liquid) 0.00393552

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

Water 0

Density (Liquid 1) 869.585 kg/m3

Molar Weight (Liquid 1) 83.7225 kg/kmol

Specific Enthalpy (Liquid 1) -424.146 kJ/kg

Specific Entropy (Liquid 1) -1.3569 kJ/[kg.K]

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Molar Enthalpy (Liquid 1) -35510.6 kJ/kmol

Molar Entropy (Liquid 1) -113.603 kJ/[kmol.K]

Thermal Conductivity (Liquid 1) 0.139048 W/[m.K]

Kinematic Viscosity (Liquid 1) 6.70575E-07 m2/s

Dynamic Viscosity (Liquid 1) 0.000583122 Pa.s

Heat Capacity (Liquid 1) 1.72784 kJ/[kg.K]

Heat Capacity Ratio (Liquid 1) 1

Mass Flow (Liquid 1) 16744.5 kg/h

Molar Flow (Liquid 1) 200 kmol/h

Volumetric Flow (Liquid 1) 19.2557 m3/h

Compressibility Factor (Liquid 1) 0.00393552

Molar Fraction (Liquid 1) 1

Mass Fraction (Liquid 1) 1

Volumetric Fraction (Liquid 1) 1

Molar Fraction (Liquid 2)

Benzene 0

Toluene 0

Water 0

Density (Liquid 2) 0 kg/m3

Molar Weight (Liquid 2) 0 kg/kmol

Specific Enthalpy (Liquid 2) 0 kJ/kg

Specific Entropy (Liquid 2) 0 kJ/[kg.K]

Molar Enthalpy (Liquid 2) 0 kJ/kmol

Molar Entropy (Liquid 2) 0 kJ/[kmol.K]

Thermal Conductivity (Liquid 2) 0 W/[m.K]

Kinematic Viscosity (Liquid 2) 0 m2/s

Dynamic Viscosity (Liquid 2) 0 Pa.s

Heat Capacity (Liquid 2) 0 kJ/[kg.K]

Heat Capacity Ratio (Liquid 2) NaN

Mass Flow (Liquid 2) 0 kg/h

Molar Flow (Liquid 2) 0 kmol/h

Volumetric Flow (Liquid 2) 0 m3/h

Compressibility Factor (Liquid 2) 0

Molar Fraction (Liquid 2) 0

Mass Fraction (Liquid 2) 0

Volumetric Fraction (Liquid 2) 0

Molar Fraction (Aqueous)

Benzene 0
Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Toluene 0

Water 0

Density (Aqueous) 0 kg/m3

Molecular Weight (Aqueous) 0 kg/kmol

Specific Enthalpy (Aqueous) 0 kJ/kg

Specific Entropy (Aqueous) 0 kJ/[kg.K]

Molar Enthalpy (Aqueous) 0 kJ/kmol

Molar Entropy (Aqueous) 0 kJ/[kmol.K]

Thermal Conductivity (Aqueous) 0 W/[m.K]

Kinematic Viscosity (Aqueous) 0 m2/s

Dynamic Viscosity (Aqueous) 0 Pa.s

Heat Capacity (Aqueous) 0 kJ/[kg.K]

Heat Capacity Ratio (Aqueous) NaN

Mass Flow (Aqueous) 0 kg/h

Molar Flow (Aqueous) 0 kmol/h

Volumetric Flow (Aqueous) 0 m3/h

Compressibility Factor (Aqueous) 0

Molar Fraction (Aqueous) 0

Aqueous Mass Fraction 0

Aqueous Volumetric Fraction 0

Molar Fraction (Solid)

Benzene 0

Toluene 0

Water 0

Mass Fraction (Liquid 1) / Benzene 0.559791

Mass Fraction (Liquid 2) / Benzene 0

Mass Fraction (Aqueous) / Benzene 0

Molar Flow (Vapor) / Benzene 0 kmol/h

Molar Flow (Overall Liquid) / Benzene 120 kmol/h

Molar Flow (Liquid 1) / Benzene 120 kmol/h

Molar Flow (Liquid 2) / Benzene 0 kmol/h

Molar Flow (Aqueous) / Benzene kmol/h

Mass Flow (Vapor) / Benzene 0 kg/h

Mass Flow (Overall Liquid) / Benzene 9373.42 kg/h

Mass Flow (Liquid 1) / Benzene 9373.42 kg/h

Mass Flow (Liquid 2) / Benzene 0 kg/h

Mass Flow (Aqueous) / Benzene 0 kg/h

Mole Fraction (Solid) / Benzene 0

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Mass Fraction (Solid) / Benzene 0

Mole Flow (Solid) / Benzene 0 kmol/h

Mass Flow (Solid) / Benzene 0 kg/h

Molar Fraction (Mixture) / Toluene 0.4

Object: Hot water

Type: Material Stream

Property Value

Temperature 100 C

Pressure 1.01389 bar

Mass Flow 3603.06 kg/h

Molar Flow 200 kmol/h

Volumetric Flow 6119.75 m3/h

Mixture Molar Fraction

Benzene 0

Toluene 0

Water 1

Density (Mixture) 0.588759 kg/m3

Molecular Weight (Mixture) 18.0153 kg/kmol

Specific Enthalpy (Mixture) 140.855 kJ/kg

Specific Entropy (Mixture) 0.420999 kJ/[kg.K]

Molar Enthalpy (Mixture) 2537.55 kJ/kmol

Molar Entropy (Mixture) 7.58441 kJ/[kmol.K]

Thermal Conductivity (Mixture) 0.024323 W/[m.K]

Molar Fraction (Vapor)

Benzene 0

Toluene 0

Water 1

Density (Vapor) 0.588759 kg/m3

Molecular Weight (Vapor) 18.0153 kg/kmol

Specific Enthalpy (Vapor) 140.855 kJ/kg

Specific Entropy (Vapor) 0.420999 kJ/[kg.K]

Molar Enthalpy (Vapor) 2537.55 kJ/kmol

Molar Entropy (Vapor) 7.58441 kJ/[kmol.K]

Thermal Conductivity (Vapor) 0.024323 W/[m.K]

Kinematic Viscosity (Vapor) 2.19189E-05 m2/s

Dynamic Viscosity (Vapor) 1.2905E-05 Pa.s

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Heat Capacity (Vapor) 1.89107 kJ/[kg.K]

Heat Capacity Ratio (Vapor) 1.32282

Mass Flow (Vapor) 3603.06 kg/h

Molar Flow (Vapor) 200 kmol/h

Volumetric Flow (Vapor) 6119.75 m3/h

Compressibility Factor (Vapor) 1

Molar Fraction (Vapor) 1

Mass Fraction (Vapor) 1

Volumetric Fraction (Vapor) 1

Molar Fraction (Overall Liquid)

Benzene NaN

Toluene NaN

Water NaN

Density (Overall Liquid) 0 kg/m3

Molecular Weight (Overall Liquid) NaN kg/kmol

Specific Enthalpy (Overall Liquid) 0 kJ/kg

Specific Entropy (Overall Liquid) 0 kJ/[kg.K]

Molar Enthalpy (Overall Liquid) NaN kJ/kmol

Molar Entropy (Overall Liquid) NaN kJ/[kmol.K]

Thermal Conductivity (Overall Liquid) 0 W/[m.K]

Kinematic Viscosity (Overall Liquid) 0 m2/s

Dynamic Viscosity (Overall Liquid) 0 Pa.s

Heat Capacity (Overall Liquid) 0 kJ/[kg.K]

Heat Capacity Ratio (Overall Liquid) NaN

Mass Flow (Overall Liquid) 0 kg/h

Molar Flow (Overall Liquid) 0 kmol/h

Volumetric Flow (Overall Liquid) 0 m3/h

Compressibility Factor (Overall Liquid) 0

Molar Fraction (Overall Liquid) 0

Mass Fraction (Overall Liquid) 0

Volumetric Fraction (Overall Liquid) 0

Molar Fraction (Liquid 1)

Benzene 0

Toluene 0

Water 1

Density (Liquid 1) 0 kg/m3

Molar Weight (Liquid 1) 0 kg/kmol

Specific Enthalpy (Liquid 1) 0 kJ/kg

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Specific Entropy (Liquid 1) 0 kJ/[kg.K]

Molar Enthalpy (Liquid 1) 0 kJ/kmol

Molar Entropy (Liquid 1) 0 kJ/[kmol.K]

Thermal Conductivity (Liquid 1) 0 W/[m.K]

Kinematic Viscosity (Liquid 1) 0 m2/s

Dynamic Viscosity (Liquid 1) 0 Pa.s

Heat Capacity (Liquid 1) 0 kJ/[kg.K]

Heat Capacity Ratio (Liquid 1) NaN

Mass Flow (Liquid 1) 0 kg/h

Molar Flow (Liquid 1) 0 kmol/h

Volumetric Flow (Liquid 1) 0 m3/h

Compressibility Factor (Liquid 1) 0

Molar Fraction (Liquid 1) 0

Mass Fraction (Liquid 1) 0

Volumetric Fraction (Liquid 1) 0

Molar Fraction (Liquid 2)

Benzene 0

Toluene 0

Water 1

Density (Liquid 2) 0 kg/m3

Molar Weight (Liquid 2) 0 kg/kmol

Specific Enthalpy (Liquid 2) 0 kJ/kg

Specific Entropy (Liquid 2) 0 kJ/[kg.K]

Molar Enthalpy (Liquid 2) 0 kJ/kmol

Molar Entropy (Liquid 2) 0 kJ/[kmol.K]

Thermal Conductivity (Liquid 2) 0 W/[m.K]

Kinematic Viscosity (Liquid 2) 0 m2/s

Dynamic Viscosity (Liquid 2) 0 Pa.s

Heat Capacity (Liquid 2) 0 kJ/[kg.K]

Heat Capacity Ratio (Liquid 2) NaN

Mass Flow (Liquid 2) 0 kg/h

Molar Flow (Liquid 2) 0 kmol/h

Volumetric Flow (Liquid 2) 0 m3/h

Compressibility Factor (Liquid 2) 0

Molar Fraction (Liquid 2) 0

Mass Fraction (Liquid 2) 0

Volumetric Fraction (Liquid 2) 0

Molar Fraction (Aqueous)

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Benzene 0

Toluene 0

Water 0

Density (Aqueous) 0 kg/m3

Molecular Weight (Aqueous) 0 kg/kmol

Specific Enthalpy (Aqueous) 0 kJ/kg

Specific Entropy (Aqueous) 0 kJ/[kg.K]

Molar Enthalpy (Aqueous) 0 kJ/kmol

Molar Entropy (Aqueous) 0 kJ/[kmol.K]

Thermal Conductivity (Aqueous) 0 W/[m.K]

Kinematic Viscosity (Aqueous) 0 m2/s

Dynamic Viscosity (Aqueous) 0 Pa.s

Heat Capacity (Aqueous) 0 kJ/[kg.K]

Heat Capacity Ratio (Aqueous) NaN

Mass Flow (Aqueous) 0 kg/h

Molar Flow (Aqueous) 0 kmol/h

Volumetric Flow (Aqueous) 0 m3/h

Compressibility Factor (Aqueous) 0

Molar Fraction (Aqueous) 0

Aqueous Mass Fraction 0

Aqueous Volumetric Fraction 0

Molar Fraction (Solid)

Benzene 0

Toluene 0

Water 1

Mass Fraction (Liquid 1) / Benzene 0

Mass Fraction (Liquid 2) / Benzene 0

Mass Fraction (Aqueous) / Benzene 0

Molar Flow (Vapor) / Benzene 0 kmol/h

Molar Flow (Overall Liquid) / Benzene NaN kmol/h

Molar Flow (Liquid 1) / Benzene 0 kmol/h

Molar Flow (Liquid 2) / Benzene 0 kmol/h

Molar Flow (Aqueous) / Benzene kmol/h

Mass Flow (Vapor) / Benzene 0 kg/h

Mass Flow (Overall Liquid) / Benzene NaN kg/h

Mass Flow (Liquid 1) / Benzene 0 kg/h

Mass Flow (Liquid 2) / Benzene 0 kg/h

Mass Flow (Aqueous) / Benzene 0 kg/h

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Mole Fraction (Solid) / Benzene 0

Mass Fraction (Solid) / Benzene 0

Mole Flow (Solid) / Benzene 0 kmol/h

Mass Flow (Solid) / Benzene 0 kg/h

Molar Fraction (Mixture) / Toluene 0

Object: Cool water

Type: Material Stream

Property Value

Temperature 99.3012 C

Pressure 0.988888 bar

Mass Flow 3603.06 kg/h

Molar Flow 200 kmol/h

Volumetric Flow 2244.59 m3/h

Mixture Molar Fraction

Benzene 0

Toluene 0

Water 1

Density (Mixture) 1.60522 kg/m3

Molecular Weight (Mixture) 18.0153 kg/kmol

Specific Enthalpy (Mixture) -1313.51 kJ/kg

Specific Entropy (Mixture) -3.47233 kJ/[kg.K]

Molar Enthalpy (Mixture) -23663.3 kJ/kmol

Molar Entropy (Mixture) -62.5551 kJ/[kmol.K]

Thermal Conductivity (Mixture) 0.445646 W/[m.K]

Molar Fraction (Vapor)

Benzene 0

Toluene 0

Water 1

Density (Vapor) 0.575319 kg/m3

Molecular Weight (Vapor) 18.0153 kg/kmol

Specific Enthalpy (Vapor) 139.534 kJ/kg

Specific Entropy (Vapor) 0.428977 kJ/[kg.K]

Molar Enthalpy (Vapor) 2513.74 kJ/kmol

Molar Entropy (Vapor) 7.72813 kJ/[kmol.K]

Thermal Conductivity (Vapor) 0.0242622 W/[m.K]

Kinematic Viscosity (Vapor) 2.23834E-05 m2/s

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Dynamic Viscosity (Vapor) 1.28776E-05 Pa.s

Heat Capacity (Vapor) 1.8908 kJ/[kg.K]

Heat Capacity Ratio (Vapor) 1.32288

Mass Flow (Vapor) 1289.97 kg/h

Molar Flow (Vapor) 71.6041 kmol/h

Volumetric Flow (Vapor) 2242.18 m3/h

Compressibility Factor (Vapor) 1

Molar Fraction (Vapor) 0.358021

Mass Fraction (Vapor) 0.358021

Volumetric Fraction (Vapor) 0.998925

Molar Fraction (Overall Liquid)

Benzene 0

Toluene 0

Water 1

Density (Overall Liquid) 958.724 kg/m3

Molecular Weight (Overall Liquid) 18.0153 kg/kmol

Specific Enthalpy (Overall Liquid) -2123.85 kJ/kg

Specific Entropy (Overall Liquid) -5.64802 kJ/[kg.K]

Molar Enthalpy (Overall Liquid) -38261.8 kJ/kmol

Molar Entropy (Overall Liquid) -101.751 kJ/[kmol.K]

Thermal Conductivity (Overall Liquid) 0.680645 W/[m.K]

Kinematic Viscosity (Overall Liquid) 2.92036E-07 m2/s

Dynamic Viscosity (Overall Liquid) 0.000279982 Pa.s

Heat Capacity (Overall Liquid) 4.21715 kJ/[kg.K]

Heat Capacity Ratio (Overall Liquid) 1

Mass Flow (Overall Liquid) 2313.09 kg/h

Molar Flow (Overall Liquid) 128.396 kmol/h

Volumetric Flow (Overall Liquid) 2.41267 m3/h

Compressibility Factor (Overall Liquid) 0.000600088

Molar Fraction (Overall Liquid) 0.641979

Mass Fraction (Overall Liquid) 0.641979

Volumetric Fraction (Overall Liquid) 0.00107488

Molar Fraction (Liquid 1)

Benzene 0

Toluene 0

Water 1

Density (Liquid 1) 958.724 kg/m3

Molar Weight (Liquid 1) 18.0153 kg/kmol

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Specific Enthalpy (Liquid 1) -2123.85 kJ/kg

Specific Entropy (Liquid 1) -5.64802 kJ/[kg.K]

Molar Enthalpy (Liquid 1) -38261.8 kJ/kmol

Molar Entropy (Liquid 1) -101.751 kJ/[kmol.K]

Thermal Conductivity (Liquid 1) 0.680645 W/[m.K]

Kinematic Viscosity (Liquid 1) 2.92036E-07 m2/s

Dynamic Viscosity (Liquid 1) 0.000279982 Pa.s

Heat Capacity (Liquid 1) 4.21715 kJ/[kg.K]

Heat Capacity Ratio (Liquid 1) 1

Mass Flow (Liquid 1) 2313.09 kg/h

Molar Flow (Liquid 1) 128.396 kmol/h

Volumetric Flow (Liquid 1) 2.41267 m3/h

Compressibility Factor (Liquid 1) 0.000600088

Molar Fraction (Liquid 1) 0.641979

Mass Fraction (Liquid 1) 0.641979

Volumetric Fraction (Liquid 1) 0.00107488

Molar Fraction (Liquid 2)

Benzene 0

Toluene 0

Water 1

Density (Liquid 2) 0 kg/m3

Molar Weight (Liquid 2) 0 kg/kmol

Specific Enthalpy (Liquid 2) 0 kJ/kg

Specific Entropy (Liquid 2) 0 kJ/[kg.K]

Molar Enthalpy (Liquid 2) 0 kJ/kmol

Molar Entropy (Liquid 2) 0 kJ/[kmol.K]

Thermal Conductivity (Liquid 2) 0 W/[m.K]

Kinematic Viscosity (Liquid 2) 0 m2/s

Dynamic Viscosity (Liquid 2) 0 Pa.s

Heat Capacity (Liquid 2) 0 kJ/[kg.K]

Heat Capacity Ratio (Liquid 2) NaN

Mass Flow (Liquid 2) 0 kg/h

Molar Flow (Liquid 2) 0 kmol/h

Volumetric Flow (Liquid 2) 0 m3/h

Compressibility Factor (Liquid 2) 0

Molar Fraction (Liquid 2) 0

Mass Fraction (Liquid 2) 0

Volumetric Fraction (Liquid 2) 0

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Molar Fraction (Aqueous)

Benzene 0

Toluene 0

Water 0

Density (Aqueous) 0 kg/m3

Molecular Weight (Aqueous) 0 kg/kmol

Specific Enthalpy (Aqueous) 0 kJ/kg

Specific Entropy (Aqueous) 0 kJ/[kg.K]

Molar Enthalpy (Aqueous) 0 kJ/kmol

Molar Entropy (Aqueous) 0 kJ/[kmol.K]

Thermal Conductivity (Aqueous) 0 W/[m.K]

Kinematic Viscosity (Aqueous) 0 m2/s

Dynamic Viscosity (Aqueous) 0 Pa.s

Heat Capacity (Aqueous) 0 kJ/[kg.K]

Heat Capacity Ratio (Aqueous) NaN

Mass Flow (Aqueous) 0 kg/h

Molar Flow (Aqueous) 0 kmol/h

Volumetric Flow (Aqueous) 0 m3/h

Compressibility Factor (Aqueous) 0

Molar Fraction (Aqueous) 0

Aqueous Mass Fraction 0

Aqueous Volumetric Fraction 0

Molar Fraction (Solid)

Benzene 0

Toluene 0

Water 1

Mass Fraction (Liquid 1) / Benzene 0

Mass Fraction (Liquid 2) / Benzene 0

Mass Fraction (Aqueous) / Benzene 0

Molar Flow (Vapor) / Benzene 0 kmol/h

Molar Flow (Overall Liquid) / Benzene 0 kmol/h

Molar Flow (Liquid 1) / Benzene 0 kmol/h

Molar Flow (Liquid 2) / Benzene 0 kmol/h

Molar Flow (Aqueous) / Benzene kmol/h

Mass Flow (Vapor) / Benzene 0 kg/h

Mass Flow (Overall Liquid) / Benzene 0 kg/h

Mass Flow (Liquid 1) / Benzene 0 kg/h

Mass Flow (Liquid 2) / Benzene 0 kg/h

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

Mass Flow (Aqueous) / Benzene 0 kg/h

Mole Fraction (Solid) / Benzene 0

Mass Fraction (Solid) / Benzene 0

Mole Flow (Solid) / Benzene 0 kmol/h

Mass Flow (Solid) / Benzene 0 kg/h

Molar Fraction (Mixture) / Toluene 0

Object: E1
Type: Energy Stream

Property Value

Energy Flow 1462.75 kW

Object: HT-1
Type: Material Stream Heater

Property Value

Pressure Drop 0 bar

Efficiency 100

Outlet Temperature 92.4283 C

Heat Added 1462.75 kW

Outlet Molar Vapor Fraction 0.5

Temperature Difference 67.4283 C.

Object: HX-1
Type: Heat Exchanger

Property Value

Global Heat Transfer Coefficient (U) 450 W/[m2.K]

Heat Exchange Area (A) 106.794 m2

Heat Load 1455.6 kW

Cold fluid outlet temperature 91.5942 C

Hot fluid outlet temperature 99.3012 C

[Shell and Tube] Internal Shell Diameter 500 mm

[Shell and Tube] Shell Fouling Factor 0 K.m2/W

[Shell and Tube] Baffle Cut 20 %

[Shell and Tube] Shells in Series 1

[Shell and Tube] Baffle Spacing 250 mm

[Shell and Tube] Internal Tube Diameter 50 mm

Simulation Report Details
DWSIM 8.8 Title: MySimulation_3

Comments:

[Shell and Tube] External Tube Diameter 60 mm

[Shell and Tube] Tube Length 5 m

[Shell and Tube] Tube Fouling factor 0 K.m2/W

[Shell and Tube] Tube Passes Per Shell 2

[Shell and Tube] Number of Tubes 50

[Shell and Tube] Tube Pitch 70 mm

[Shell and Tube] Fouling Factor (Design) 0 K.m2/W

[Shell and Tube] LMTD Correction Factor (F) 1

Logarithmic mean temperature difference LMTD 30.2889 C.

[Shell and Tube] Resistance heat transfer pipes 0 K.m2/W

[Shell and Tube] Resistance thermal conductivity pipes 0 K.m2/W

[Shell and Tube] Resistance heat transfer shell 0 K.m2/W

[Shell and Tube] Reynolds number shell 0

[Shell and Tube] Reynolds number tubes 0

Thermal Efficiency 60.5253 %

Maximum Theoretical Heat Exchange 2404.95 kW

Minimum Temperature Difference 0 C.

Heat Loss 0 kW

User-Defined LMTD Correction Factor 1

Outlet Vapor Fraction (Stream 1) 0

Outlet Vapor Fraction (Stream 2) 0

Pressure Drop (Cold Side) 0.025 bar

Pressure Drop (Hot Side) 0.025 bar