Coolant Temperature in a CFSTR

Profiles of heat of generation and heat removal versus Temperature in a CFSTR 

The residence time of the coolant in the jacket is tc = Vc/uc. Given the three simultaneous equations and with known parameters, it is now possible to solve for CA, T, and Tc, respectively. 

The CFSTR is readily adaptable to both heating and cooling because the fluid can be stirred to promote heat transfer, ensuring better heat management with minimum heat transfer area. A combination of both jacket and internal coil may be necessary to provide the required heat exchange area. Chapter 7 reviews the heat transfer coefficient and the 

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Consider a jacketed CFSTR with an external jacket as shown in Figure 6-27 in which the coolant fluid temperature Tc is not maintained constant. This situation requires solving an energy balance equation on the coolant along with the mass and energy balance... 

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