For K, = 0.577 in. Hg0-min/ft and K, 0.00986 in. H20-min-ft/ gr, design a reverse-air baghouse to filter 20,000 cfm of air with 2.5 gr/ft of flour. Assume a cleaning time of 3.0 minutes and a filtration time of 60 minutes. In your design, specify the aumber of compartments, the filtering velocity, the cloth area per com- partment, and the total mumber of bags required if each bag is 10 ft long and 1 ft in diameter. Also, specify the maximum pressure drop that will be experienced during the run.

For K, = 0.577 in. Hg0-min/ft and K, 0.00986 in. H20-min-ft/ gr, design a reverse-air baghouse to filter 20,000 cfm of air with 2.5 gr/ft of flour. Assume a cleaning time of 3.0 minutes and a filtration time of 60 minutes. In your design, specify the aumber of compartments, the filtering velocity, the cloth area per com- partment, and the total mumber of bags required if each bag is 10 ft long and 1 ft in diameter. Also, specify the maximum pressure drop that will be experienced during the run.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Pressure and Stress

Question

A pulse-jet baghouse is to he designed to filter the air of Problem 6.5. Calculate the number of bags required if each hag is 8 ft long and 6 in. in diameter.

For K, = 0.577 in. Hg0-min/ft and K, 0.00986 in. H20-min-ft/
gr, design a reverse-air baghouse to filter 20,000 cfm of air with
2.5 gr/ft of flour. Assume a cleaning time of 3.0 minutes and a
filtration time of 60 minutes. In your design, specify the aumber
of compartments, the filtering velocity, the cloth area per com-
partment, and the total mumber of bags required if each bag is 10
ft long and 1 ft in diameter. Also, specify the maximum pressure
drop that will be experienced during the run.

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