An ice plant of 200 tons refrigeration capacity makes use of the shell and tube superheat remover. The temperature of discharge is 112 OC and vapor is cooled to 52 OC. Water enters at 24 OC and is heated during the counterflow with the vapor to 70 OC. The compressor operates at 1352.2 kPaa condenser pressure and 247.14 kPaa evaporating pressure. The overall coefficient of heat transfer is 390 kJ/hr-m2-C. Calculate the LMTD.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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An ice plant of 200 tons refrigeration capacity makes use of the shell
and tube superheat remover. The temperature of discharge is 112 OC
and vapor is cooled to 52 OC. Water enters at 24 OC and is heated
during the counterflow with the vapor to 70 OC. The compressor
operates at 1352.2 kPaa condenser pressure and 247.14 kPaa
evaporating pressure. The overall coefficient of heat transfer is 390
kJ/hr-m2-C. Calculate the LMTD.

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