6.4 Using the data of Problem 6.1, design a shaker baghouse to filter 2000 m/min of air that contains 1.50 g/m³ of limestone dust. Assume that the cleaning time for one compartment is 3.0 min- utes and that the available AP, is 2000 Pa. In your design, spec- ify the filtering velocity, the number of compartments, the cloth area per compartment, and the filtration time tr.
6.4 Using the data of Problem 6.1, design a shaker baghouse to filter 2000 m/min of air that contains 1.50 g/m³ of limestone dust. Assume that the cleaning time for one compartment is 3.0 min- utes and that the available AP, is 2000 Pa. In your design, spec- ify the filtering velocity, the number of compartments, the cloth area per compartment, and the filtration time tr.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Estimate the 1998 total installed cost for the baghouse of Problem 6.4, assuming it is mild steel and is insulated, Assume the baghouse uses polypropylene bsgs with loop tops.
![6.4 Using the data of Problem 6.1, design a shaker baghouse to filter
2000 m/min of air that contains 1.50 g/m³ of limestone dust.
Assume that the cleaning time for one compartment is 3.0 min-
utes and that the available AP, is 2000 Pa. In your design, spec-
ify the filtering velocity, the number of compartments, the cloth
area per compartment, and the filtration time tr.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0d82e433-5901-4edf-ae96-1e3ebb0c1637%2Fc7d675eb-fd41-46d4-90ca-1c1498bf4750%2Fmw1bh6_processed.png&w=3840&q=75)
Transcribed Image Text:6.4 Using the data of Problem 6.1, design a shaker baghouse to filter
2000 m/min of air that contains 1.50 g/m³ of limestone dust.
Assume that the cleaning time for one compartment is 3.0 min-
utes and that the available AP, is 2000 Pa. In your design, spec-
ify the filtering velocity, the number of compartments, the cloth
area per compartment, and the filtration time tr.
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