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3. An evaporative cooling tower with an induced draft fan at the air exit is used by a large air- conditioning facility located in a City. The circulating water flow rate is 7.57 m³/min and the water enter the cooling tower at 38 ° C. The air inlet conditions are 27 ° C dry bulb and 16 ° C wet bulb. The exit air is at 32°C and 90% relative humidity. Determine the air flow rate required to cool the water to 27°C and the quantity of water evaporated. The makeup water is available at 27°C.

3. An evaporative cooling tower with an induced draft fan at the air exit is used by a large air- conditioning facility located in a City. The circulating water flow rate is 7.57 m³/min and the water enter the cooling tower at 38 ° C. The air inlet conditions are 27 ° C dry bulb and 16 ° C wet bulb. The exit air is at 32°C and 90% relative humidity. Determine the air flow rate required to cool the water to 27°C and the quantity of water evaporated. The makeup water is available at 27°C.

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
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3. An evaporative cooling tower with an induced draft fan at the air exit is used by a large air- conditioning facility located in a City. The circulating water flow rate is 7.57 m³/min and the water enter the cooling tower at 38 °C. The air inlet conditions are 27 °C dry bulb and 16 ° C wet bulb. The exit air is at 32°C and 90% relative humidity. Determine the air flow rate required to cool the water to 27°C and the quantity of water evaporated. The makeup water is available at 27°C.
Transcribed Image Text:3. An evaporative cooling tower with an induced draft fan at the air exit is used by a large air- conditioning facility located in a City. The circulating water flow rate is 7.57 m³/min and the water enter the cooling tower at 38 °C. The air inlet conditions are 27 °C dry bulb and 16 ° C wet bulb. The exit air is at 32°C and 90% relative humidity. Determine the air flow rate required to cool the water to 27°C and the quantity of water evaporated. The makeup water is available at 27°C.
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