The design flow for a water treatment plant (WTP) is 7.2 x 103 m³/d. The rapid mixing tank will have a mechanical mixer and the average alum dosage is 50 mg/L. The theoretical mean hydraulic detention time of the tank is 1.5 minutes. Determine the followings: (i). The quantity of alum needed on a daily basis. (ii). The dimensions of the tank in meters for a tank with equal length, width, and depth. (iii). The power input required for a G of 1000 s¹ for a water temperature of 25°C.
The design flow for a water treatment plant (WTP) is 7.2 x 103 m³/d. The rapid mixing tank will have a mechanical mixer and the average alum dosage is 50 mg/L. The theoretical mean hydraulic detention time of the tank is 1.5 minutes. Determine the followings: (i). The quantity of alum needed on a daily basis. (ii). The dimensions of the tank in meters for a tank with equal length, width, and depth. (iii). The power input required for a G of 1000 s¹ for a water temperature of 25°C.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![The design flow for a water treatment plant (WTP) is 7.2 x 10³ m³/d. The
rapid mixing tank will have a mechanical mixer and the average alum
dosage is 50 mg/L. The theoretical mean hydraulic detention time of the
tank is 1.5 minutes. Determine the followings:
(i). The quantity of alum needed on a daily basis.
(ii). The dimensions of the tank in meters for a tank with equal length,
width, and depth.
(iii). The power input required for a G of 1000 s¹ for a water temperature
of 25°C.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7ddbc6f9-ac9d-4962-9cdc-80a039565c6d%2F4b30cf7f-af31-46c7-9458-13e37cd8d20a%2Fog73x7w_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The design flow for a water treatment plant (WTP) is 7.2 x 10³ m³/d. The
rapid mixing tank will have a mechanical mixer and the average alum
dosage is 50 mg/L. The theoretical mean hydraulic detention time of the
tank is 1.5 minutes. Determine the followings:
(i). The quantity of alum needed on a daily basis.
(ii). The dimensions of the tank in meters for a tank with equal length,
width, and depth.
(iii). The power input required for a G of 1000 s¹ for a water temperature
of 25°C.
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