4. A town is covered by an inversion layer 500 m above the ground. The town’s area isapproximately rectangular with dimensions 9 km by 12 km. The incoming air is clean andthe wind is blowing at 3 m/s, parallel with the 12 km side of the town. SO2 emissions inthe town come from a number of small sources and average 0.0008 mg/m2-s. An industrialplant also emits 2,150 kg/day of SO2. Assume the air above the town is well-mixed.Calculate the state-state concentration of SO2 in the town’s air.
4. A town is covered by an inversion layer 500 m above the ground. The town’s area isapproximately rectangular with dimensions 9 km by 12 km. The incoming air is clean andthe wind is blowing at 3 m/s, parallel with the 12 km side of the town. SO2 emissions inthe town come from a number of small sources and average 0.0008 mg/m2-s. An industrialplant also emits 2,150 kg/day of SO2. Assume the air above the town is well-mixed.Calculate the state-state concentration of SO2 in the town’s air.
Sustainable Energy
2nd Edition
ISBN:9781337551663
Author:DUNLAP, Richard A.
Publisher:DUNLAP, Richard A.
Chapter14: Ocean Thermal Energy Conversion And Ocean Salinity Gradient Energy
Section: Chapter Questions
Problem 9P
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4. A town is covered by an inversion layer 500 m above the ground. The town’s area is
approximately rectangular with dimensions 9 km by 12 km. The incoming air is clean and
the wind is blowing at 3 m/s, parallel with the 12 km side of the town. SO2 emissions in
the town come from a number of small sources and average 0.0008 mg/m2-s. An industrial
plant also emits 2,150 kg/day of SO2. Assume the air above the town is well-mixed.
Calculate the state-state concentration of SO2 in the town’s air.
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