2-) 10500 kg/hr of water is heated using a counter-flow, double-pipe heat exchanger utilizing superheated steam. Steam passes through the heat exchanger at 130 °C after entering at 180 °C. Water has an entrance temperature of 30 °C and an outlet temperature of 80 °C. Calculate the heat transfer area if the overall heat transfer coefficient from steam to water is 814 W/m² K. How much more area would there be if the fluid flow was parallel?

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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2-) 10500 kg/hr of water is heated using a counter-flow, double-pipe heat exchanger utilizing
superheated steam. Steam passes through the heat exchanger at 130 °C after entering at 180 °C.
Water has an entrance temperature of 30 °C and an outlet temperature of 80 °C. Calculate the
heat transfer area if the overall heat transfer coefficient from steam to water is 814 W/m² K.
How much more area would there be if the fluid flow was parallel?
Transcribed Image Text:2-) 10500 kg/hr of water is heated using a counter-flow, double-pipe heat exchanger utilizing superheated steam. Steam passes through the heat exchanger at 130 °C after entering at 180 °C. Water has an entrance temperature of 30 °C and an outlet temperature of 80 °C. Calculate the heat transfer area if the overall heat transfer coefficient from steam to water is 814 W/m² K. How much more area would there be if the fluid flow was parallel?
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