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HEAT EXCHANGER - University of Florida

Unit Operations Lab Heat EXCHANGER 1-1 HEAT EXCHANGER Heat exchange is an important unit operation that contributes to efficiency and safety of many processes. In this project you will evaluate performance of three different types of heat exchangers (tubular, plate, and shell & tube). All these heat exchangers can be operated in both parallel- and counter-flow configurations. The heat exchange is performed between hot and cold water. Concepts to Review Heat EXCHANGER configurations; parallel vs. counter-current flow LMTD and NTU methods for analysis of heat exchangers Convective and conductive heat transfer Reynolds, Prandtl, and Nusselt numbers Energy balance closure Degrees of Freedom and Performance Indicators The following degrees of freedom can be varied in this experiment: Hot water feed temperature Th,i and flow rate Cold water feed temperature Tc,i and flow rate Heat EXCHANGER type (tubular, shell & tube, or plate) Flow direction (parallel or counter-flow) You will investigate effects of these variables on the fol

In this case, one has to solve a nonlinear system of two equations (Eq. (10) and the overall energy balance) for two unknowns (Th,o and Tc,o). This solution requires application of an iterative approach. A more convenient method for predicting the outlet temperatures is the effectiveness-NTU method.

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