The temperature of the air in a dryer is maintained constant by the use of steam coils within the dryer. The product enters the dryer at the rate of 1 metric ton per hour. The initial moisture content is 3 kilograms moisture per kilograms dry solid and will be dried to a moisture content of 0.10 kg moisture per kg solid. Air enters the dryer with a humidity ratio of 0.016 kg moisture per kg dry air and leaves with a relative humidity of 100% while the temperature remains constant at 60°C. If the total pressure of air is 101.325 Kpa, determine capacity of forced draft fan to handle this air in m3/min. A. 80 B. 84 C. 82 D. 86
The temperature of the air in a dryer is maintained constant by the use of steam coils within the dryer. The product enters the dryer at the rate of 1 metric ton per hour. The initial moisture content is 3 kilograms moisture per kilograms dry solid and will be dried to a moisture content of 0.10 kg moisture per kg solid. Air enters the dryer with a humidity ratio of 0.016 kg moisture per kg dry air and leaves with a relative humidity of 100% while the temperature remains constant at 60°C. If the total pressure of air is 101.325 Kpa, determine capacity of forced draft fan to handle this air in m3/min. A. 80 B. 84 C. 82 D. 86
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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100%
The temperature of the air in a dryer is maintained constant by the use of steam coils within
the dryer. The product enters the dryer at the rate of 1 metric ton per hour. The initial moisture
content is 3 kilograms moisture per kilograms dry solid and will be dried to a moisture
content of 0.10 kg moisture per kg solid. Air enters the dryer with a humidity ratio of 0.016
kg moisture per kg dry air and leaves with a relative humidity of 100% while the temperature
remains constant at 60°C. If the total pressure of air is 101.325 Kpa, determine capacity of
forced draft fan to handle this air in m3/min.
A. 80
B. 84
C. 82
D. 86
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