Based on the following test data for the fabric with L= 6 g/m and V = 1 m/min, a reverse-air baghouse is being designed. The bag- house, which treats 1000 m°/min of dusty air (with an actual load- ing of 4.6 g/m*), contains three compartments with a cloth area of 500 m² per compurtment. Determine the maximum allowable pressure drop for a filtration time of 80 minutes. Assume that a compartment can be cleaned and returned to service in 4 minutes. Test Data Time, min АР, Ра Time, min AP, Pa 100 30 680 350 40 825 10 460 60 1000 20 800

Based on the following test data for the fabric with L= 6 g/m and V = 1 m/min, a reverse-air baghouse is being designed. The bag- house, which treats 1000 m°/min of dusty air (with an actual load- ing of 4.6 g/m*), contains three compartments with a cloth area of 500 m² per compurtment. Determine the maximum allowable pressure drop for a filtration time of 80 minutes. Assume that a compartment can be cleaned and returned to service in 4 minutes. Test Data Time, min АР, Ра Time, min AP, Pa 100 30 680 350 40 825 10 460 60 1000 20 800

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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