Condenser Heat Load
Condenser Design Calculation
Condenser Heat Load
Condenser Design Calculation Excel Example
Condenser Calculation, Using Thermo Utilities, MS Excel Add-ins A surface condenser is required to deal with 15 000 kg/h wet steam. Wet steam temperature is 37 C and enters the condenser with 0.95 quality (dryness fraction is 0.95). The water used for cooling has the following data: - Inlet pressure 1.20 bar, inlet temperature 7 C. Factors affecting condenser design and selection. A typical air conditioning surface condenser specification is included. Specifying Steam Surface Condensers. If, on the other hand, we designed the. Calculation of condenser heat load is based on the fact that steam entering the condenser has a value of approximately 950 Btu per lb.
Shell And Tube Condenser Design Calculation Excel
I am designing an air cooled heat exchanger for a steam condenser. The specs that i have recieved for steam is a flow rate of 99,800 lb/hr, 969.89 BTU/lb, and at 4.6 inHg. The heat load given is 86,958,734.
The heat load was calculated by the flow rate times the difference between the enthalpy of vaporization (969.89)and the enthalpy of the condensate (98.56).
My question is why was the heat load calculated as shown above. It seems that the necessary heat load would be the flow rate times the enthalpy of vaporization, which i thought was the energy transfer needed to condense the steam.
Thank You for any help anyone may have.
The heat load was calculated by the flow rate times the difference between the enthalpy of vaporization (969.89)and the enthalpy of the condensate (98.56).
My question is why was the heat load calculated as shown above. It seems that the necessary heat load would be the flow rate times the enthalpy of vaporization, which i thought was the energy transfer needed to condense the steam.
Thank You for any help anyone may have.