The heat exchanger use to heat the oil from 15 to 85℃. Blowing across the outside of the tubes is steam which enters at 130℃ and leaves at 110℃ with a mass flow rate 5.2kg/s. The over-all heat transfer coefficient is 275w/?2℃. C for steam 1.86kJ/kg℃ . Calculate surface area of heat exchanger.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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 The heat exchanger use to heat the oil from 15 to 85℃. Blowing across the outside of the tubes is steam which enters at 130℃ and leaves at 110℃ with a mass flow rate 5.2kg/s. The over-all heat transfer coefficient is 275w/?2℃. C for steam 1.86kJ/kg℃ . Calculate surface area of heat exchanger.

ANSWER:  10.5 m2

66. The heat exchanger use
to heat the oil from 15 to 85°C. Blowing across
the outside of the tubes is steam which enters at 130°C and leaves at 110°C
with a mass flow rate 5.2kg/s. The over-all heat transfer coefficient is 275w/
m°C. C for steam 1.86KJ/kg°C . Calculate surface area of heat exchanger.
Ans: 10.5m²
Transcribed Image Text:66. The heat exchanger use to heat the oil from 15 to 85°C. Blowing across the outside of the tubes is steam which enters at 130°C and leaves at 110°C with a mass flow rate 5.2kg/s. The over-all heat transfer coefficient is 275w/ m°C. C for steam 1.86KJ/kg°C . Calculate surface area of heat exchanger. Ans: 10.5m²
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