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Question 2 A 1-1 shell & tube exchange is with Sulfuric Acid flowing at 115 gpm, at 80.33 F (Cp=.02 Btu/lbm-F) (SG=1.8), to cool 70 gpm of water from 175 F to 100 F in a counter-current mode. A) Assign shell side fluid. Explain your decision. B) What is the total hot side heat duty? C) Calculate LMTD D) What is the value of Ft and what does it mean? E) Assume a "typical heat transfer coefficient" conservatively, estimate the exchanger area in Ft²?

Question 2 A 1-1 shell & tube exchange is with Sulfuric Acid flowing at 115 gpm, at 80.33 F (Cp=.02 Btu/lbm-F) (SG=1.8), to cool 70 gpm of water from 175 F to 100 F in a counter-current mode. A) Assign shell side fluid. Explain your decision. B) What is the total hot side heat duty? C) Calculate LMTD D) What is the value of Ft and what does it mean? E) Assume a "typical heat transfer coefficient" conservatively, estimate the exchanger area in Ft²?

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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**Question 2** A 1-1 shell & tube exchanger is used with Sulfuric Acid flowing at 115 gpm, at 80.33 F (Cp=0.2 Btu/lbm-F) (SG=1.8), to cool 70 gpm of water from 175 F to 100 F in a counter-current mode. A) Assign shell side fluid. Explain your decision. B) What is the total hot side heat duty? C) Calculate LMTD. D) What is the value of Ft and what does it mean? E) Assume a “typical heat transfer coefficient” conservatively, estimate the exchanger area in ft²?
Transcribed Image Text:**Question 2** A 1-1 shell & tube exchanger is used with Sulfuric Acid flowing at 115 gpm, at 80.33 F (Cp=0.2 Btu/lbm-F) (SG=1.8), to cool 70 gpm of water from 175 F to 100 F in a counter-current mode. A) Assign shell side fluid. Explain your decision. B) What is the total hot side heat duty? C) Calculate LMTD. D) What is the value of Ft and what does it mean? E) Assume a “typical heat transfer coefficient” conservatively, estimate the exchanger area in ft²?
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