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05/ Coal burning power plant burns 7.25 tons of coal per hour and discharges the combustion products through a stack that has an effective height of 80 m. The coal has sulfur content of 5.7 percent, and the wind velocity at the top of the stack is 9 m/s. Atmospheric conditions are moderately unstable. a. Determine the maximum ground level concentration of SO and the distance from the stack at which the maximum occurs.

05/ Coal burning power plant burns 7.25 tons of coal per hour and discharges the combustion products through a stack that has an effective height of 80 m. The coal has sulfur content of 5.7 percent, and the wind velocity at the top of the stack is 9 m/s. Atmospheric conditions are moderately unstable. a. Determine the maximum ground level concentration of SO and the distance from the stack at which the maximum occurs.

Structural Analysis
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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05/ Coal burning power plant burns 7.25 tons of coal per hour and discharges the combustion products through a stack that has an effective height of 80 m. The coal has sulfur content of 5.7 percent, and the wind velocity at the top of the stack is 9 m/s. Atmospheric conditions are moderately unstable. a. Determine the maximum ground level concentration of SO and the distance from the stack at which the maximum occurs. b. Determine the ground level concentration at a distance of 4.7 km downwind at the centerline of the plume and at a crosswind distance of 0.45 km on either side of the centerline.
Transcribed Image Text:05/ Coal burning power plant burns 7.25 tons of coal per hour and discharges the combustion products through a stack that has an effective height of 80 m. The coal has sulfur content of 5.7 percent, and the wind velocity at the top of the stack is 9 m/s. Atmospheric conditions are moderately unstable. a. Determine the maximum ground level concentration of SO and the distance from the stack at which the maximum occurs. b. Determine the ground level concentration at a distance of 4.7 km downwind at the centerline of the plume and at a crosswind distance of 0.45 km on either side of the centerline.
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