1. You are trying to remove 10.0 um diameter particles in a water treatment plant. The water is at 15°C, and the particle density is 1.35 g/mL. The plant treats 0.100 m³/s of water. It is proposed to use a 3 m deep, rectangular sedimentation tank with a length to width ratio of 6:1. a. What is the minimum required width of the basin? b. What would be the minimum required width if the water in this problem was 25°C, instead of 15°C? omil novig c. If you designed the system for 15°C (as in part a) and then the plant received 30°C water, what percent of particles would be removed by the system, assuming no change to the particles themselves?
1. You are trying to remove 10.0 um diameter particles in a water treatment plant. The water is at 15°C, and the particle density is 1.35 g/mL. The plant treats 0.100 m³/s of water. It is proposed to use a 3 m deep, rectangular sedimentation tank with a length to width ratio of 6:1. a. What is the minimum required width of the basin? b. What would be the minimum required width if the water in this problem was 25°C, instead of 15°C? omil novig c. If you designed the system for 15°C (as in part a) and then the plant received 30°C water, what percent of particles would be removed by the system, assuming no change to the particles themselves?
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:1. You are trying to remove 10.0 µm diameter particles in a water treatment plant. The water is at 15°C, and the particle density is 1.35 g/mL. The plant treats 0.100 m³/s of water. It is proposed to use a 3 m deep, rectangular sedimentation tank with a length to width ratio of 6:1.
a. What is the minimum required width of the basin?
b. What would be the minimum required width if the water in this problem was 25°C, instead of 15°C?
c. If you designed the system for 15°C (as in part a) and then the plant received 30°C water, what percent of particles would be removed by the system, assuming no change to the particles themselves?
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