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Chemical and Biochemical Engineering, Unit Operations
Year 3

Heat transfer: Condensation Rate Calculation


Saturated steam at 1.2 psia is condensed on the outside of a horizontal 3/4 inch 16 BWG steel tube.  Cooling water enters the tube at 60 deg F and leaves at 75 deg F at a velocity of 6 ft/s.  The heat transfer coefficient on the outside of the tube is 1600 BTU/hr*ft^2*F.  Find the overall heat transfer based on the outside heat transfer area. Assume the overall heat transfer coefficient Uo is 350 BTU/hr*ft^2*F.

If the tube is 16 ft long, what is the condensation rate of the staem in lb/hr?

By OTA:  Rex Xiaofeng, PhD

OTA Rating:  4.6/5

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