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Distilled water with a flow rate of 5 0 k g s enters a shell - and - tube heat exchanger at 3 2 C
Distilled water with a flow rate of enters a shellandtube heat exchanger at and leaves at Heat will be transferred to of raw water coming from a supply at A single shell and single tube pass is preferable. The tube diameter is OD with ID and tubes are laid out on a in square pitch. Use the baffle spacing of A maximum length of the heat exchanger of is required because of space limitations The tube material is Cralloy Assume a total fouling resistance of Note that oversurface should not exceed The maximum flow velocity through the tube is also suggested to be to prevent erosion. Perform a thermal design for the heat exchanger.
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