In the C-D duct, with the help of a refrigeration cycle which uses R-134A as a working fluid, atmospheric air is cooled at a rate of 34 m3/min, which is entering at a temperature of 36°C and a relative humidity of fifty%. The enthalpy produced in this process is 29.46 kJ/kg of mass of dry air and it is possible to cool the air to 19°C. During this process the Plant Engineers need to know the flow of water that is extracted from the incoming air and the KW needed for the cooling process if the water leaves at 19.2°C.
In the C-D duct, with the help of a refrigeration cycle which uses R-134A as a working fluid, atmospheric air is cooled at a rate of 34 m3/min, which is entering at a temperature of 36°C and a relative humidity of fifty%. The enthalpy produced in this process is 29.46 kJ/kg of mass of dry air and it is possible to cool the air to 19°C. During this process the Plant Engineers need to know the flow of water that is extracted from the incoming air and the KW needed for the cooling process if the water leaves at 19.2°C.
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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In the C-D duct, with the help of a refrigeration cycle which uses R-134A as a working fluid, atmospheric air is cooled at a rate of 34 m3/min, which is entering at a temperature of 36°C and a relative humidity of fifty%. The enthalpy produced in this
process is 29.46 kJ/kg of mass of dry air and it is possible to cool the air to 19°C.
During this process the Plant Engineers need to know the flow of water that is extracted from the incoming air and the KW needed for the cooling process if the water leaves at 19.2°C.
Transcribed Image Text:Evaporador
Valvula
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Compresor
Condensado
Condensador
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