Thermodynamic Steam Generator Problem.

AI Thread Summary
The discussion revolves around calculating the power output of a turbine in a heat recovery steam generator system. The key focus is on understanding how the temperature drop of combustion products affects the heat transfer to the water entering and exiting the steam generator. It is noted that the heat transfer from combustion products to water is essential for the system's operation. The participant seeks clarification on whether to convert volumetric flow rates to mass flow rates for accurate calculations. Overall, the conversation highlights the importance of heat transfer dynamics in optimizing turbine performance.
andycampbell1
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Homework Statement


I have a problem which I will attach a picture of, regarding a system composing of a heat recovery steam generator and a turbine. I have to work out the power output of the turbine, which I think I will be fine with. What I would like to know is, how does the combustion products entering and exiting the steam generator affect the other input of water which also enters and exits the steam generator. I noticed that the temperature decreases when the combustion products exits the system. Does the drop in temperature mean that the heat transfers to the water flowing through the system? The combustion products are to be treated as air and an ideal gas.

Thanks in advance.
 

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Heat transfer from the combustion products to the water is the general purpose of the heat recovery steam generator. For the purpose of solving this problem, assume that the given flow rates of the working fluid (water) and the combustion products remain constant.
 
How would I work this heat transfer out? I have a volumetric flow rate would I need to convert this to a mass flow rate?
 

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