Figure below shows a dryer operating at steady state. Damp fabric containing 60% moisture by mass enters on a conveyor and exits with a moisture content of 6% by mass at a rate of 215 kg/h. Dry air at 66 deg C, 1 bar enters, and moist air at 55 deg C, 1 bar, and 50% relative humidity exits. Determine the required volume flow rate of the entering dry air, in m3/h. Volume flow rate, V₂ = m3/h Moist air 55°C, 1 bar, = 50% o= Damp fabric 60% moisture ndipideve of bawolls STR Inuoms Dry air, 66°C, 1 bar Damp fabric 6% moisture, 215 kg/h O - Conveyor belt

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Figure below shows a dryer operating at steady state. Damp fabric containing 60% moisture by mass enters on a conveyor and exits with a moisture content of 6% by mass at a rate of 215 kg/h. Dry air at 66 deg
C, 1 bar enters, and moist air at 55 deg C, 1 bar, and 50% relative humidity exits. Determine the required volume flow rate of the entering dry air, in m3/h.
Volume flow rate, V₂ =
m3/h
Moist air
55°C,
1 bar,
= 50%
Damp fabric
60%
moisture
liboiq
lo
Dry air,
66°C,
1 bar
Damp fabric
6% moisture,
215 kg/h
Conveyor
belt
Transcribed Image Text:Figure below shows a dryer operating at steady state. Damp fabric containing 60% moisture by mass enters on a conveyor and exits with a moisture content of 6% by mass at a rate of 215 kg/h. Dry air at 66 deg C, 1 bar enters, and moist air at 55 deg C, 1 bar, and 50% relative humidity exits. Determine the required volume flow rate of the entering dry air, in m3/h. Volume flow rate, V₂ = m3/h Moist air 55°C, 1 bar, = 50% Damp fabric 60% moisture liboiq lo Dry air, 66°C, 1 bar Damp fabric 6% moisture, 215 kg/h Conveyor belt
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