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Condenser Simulation

This document summarizes the key parameters of a cooling water and compressed freon gas stream passing through a condenser heat exchanger. It provides the name, pressure, temperature, mass flow rate, enthalpy and other relevant details of the inlet and outlet streams. The condenser has a duty of 1,382,667 kJ/h and an overall heat transfer coefficient of 1,962 kJ/h-m2-C, cooling the freon gas from 85°C to 41.9°C.

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Syed Hassan Murtaza
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40 views3 pages

Condenser Simulation

This document summarizes the key parameters of a cooling water and compressed freon gas stream passing through a condenser heat exchanger. It provides the name, pressure, temperature, mass flow rate, enthalpy and other relevant details of the inlet and outlet streams. The condenser has a duty of 1,382,667 kJ/h and an overall heat transfer coefficient of 1,962 kJ/h-m2-C, cooling the freon gas from 85°C to 41.9°C.

Uploaded by

Syed Hassan Murtaza
Copyright
© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
Available Formats
Download as XLSX, PDF, TXT or read online on Scribd
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Case - Material Stream

Name cooling water IN cooling water OUT


Pressure [kPa] 200 176.524207700096
Temperature [C] 30 33.2763332257869
Mass Flow [kg/h] 100000 100000
Std Ideal Liq Vol Flow [m3/h] 100.285764695425 100.285764695425
Vapor / Phase Fraction 0 0
Molar Enthalpy [kJ/kgmole] -284519.984568979 -284270.981028943
Utility Type
Stream Price
Stream Price Basis Molar Flow Molar Flow
Cost Rate [Cost/s]

Feed Stream
Name cooling water IN compressed freon gas
Pressure [kPa] 200 1600
Temperature [C] 30 85
Mass Flow [kg/h] 100000 8000
Std Ideal Liq Vol Flow [m3/h] 100.285764695425 6.51441613434732
Vapor / Phase Fraction 0 1
Molar Enthalpy [kJ/kgmole] -284519.984568979 -498449.119830837
Utility Type
Stream Price
Stream Price Basis Molar Flow Molar Flow
Cost Rate [Cost/s]

Product Stream
Name cooling water OUT condensed freon liquid
Pressure [kPa] 176.524207700096 1594.98568633706
Temperature [C] 33.2763332257869 41.8691256629663
Mass Flow [kg/h] 100000 8000
Std Ideal Liq Vol Flow [m3/h] 100.285764695425 6.51441613434732
Vapor / Phase Fraction 0 0.233507096221517
Molar Enthalpy [kJ/kgmole] -284270.981028943 -513387.875992896
Utility Type
Stream Price
Stream Price Basis Molar Flow Molar Flow
Cost Rate [Cost/s]

Heat Exchanger
Name Condenser
Duty [kJ/h] 1382667.97469912
UA [kJ/C-h] 118376.361048371
Control UA [kJ/C-h] 118376.361048371
Tube Side Pressure Drop [kPa] 23.4757922999045
Shell Side Pressure Drop [kPa] 5.01431366293735
Tube Side Delta T [C] 3.27633322578691
Shell Side Delta T [C] -43.1308743370337
Uncorrected LMTD [C]
LMTD [C] 11.6802709802351
Ft Factor 1
Wall Time Constant [seconds]
Tube Side Zones 1
Shell Side Zones 1
Tube Side Volume [m3] 0.1
Shell Side Volume [m3] 0.1
Heat Trans. Area [m2] 60.318578948924
Shell UA Reference Flow [kg/h]
Tube UA Reference Flow [kg/h]
Minimum Flow Scale Factor 0
Shell side U [kJ/h-m2-C]
Tube side U [kJ/h-m2-C]
Overall U [kJ/h-m2-C] 1962.51906313325
Stream
compressed freon gas condensed freon liquid
1600 1594.98568633706
85 41.8691256629663
8000 8000
6.51441613434732 6.51441613434732
1 0.233507096221517
-498449.119830837 -513387.875992896

Molar Flow Molar Flow

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