A horizontal parallel plate ESP consists of a single duct 4.8m height and 6m long with 30cm plate to plate spacing with a collection efficiency of 94.4% is obtained with a flow rate of 95 m³/min. The inlet loading 144 grains/m³. Calculate A) bulk velocity of gas, B) Drift velocity C) outlet loading, D) Bevised collection efficiency for discharge = 150 m³/min
A horizontal parallel plate ESP consists of a single duct 4.8m height and 6m long with 30cm plate to plate spacing with a collection efficiency of 94.4% is obtained with a flow rate of 95 m³/min. The inlet loading 144 grains/m³. Calculate A) bulk velocity of gas, B) Drift velocity C) outlet loading, D) Bevised collection efficiency for discharge = 150 m³/min
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Answer all in type. Please civil engineering.
![A horizontal parallel plate ESP consists of a single duct 4.8m height and 6m long with
30cm plate to plate spacing with a collection efficiency of 94.4% is obtained with a flow
rate of 95 m³/min. The inlet loading 144 grains/m³.
Calculate
A) bulk velocity of gas,
B) Drift velocity
C) outlet loading,
D) Revised collection efficiency for discharge = 150 m³/min
ind
4](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F120382c0-ca63-4e86-9430-209fedead7e8%2Fa7dd53b6-c1ee-4ad9-8727-b237e5c6bcf5%2Fe79yiu9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A horizontal parallel plate ESP consists of a single duct 4.8m height and 6m long with
30cm plate to plate spacing with a collection efficiency of 94.4% is obtained with a flow
rate of 95 m³/min. The inlet loading 144 grains/m³.
Calculate
A) bulk velocity of gas,
B) Drift velocity
C) outlet loading,
D) Revised collection efficiency for discharge = 150 m³/min
ind
4
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