B) A plant expansion is planned for Urbana. The new design flow rate is 1.0 m Is. A deep bed mono-media filter with a design loading rate of 600 m /d m2 of filter is to be used. If each filter box is limited to 50 m of surface area, how many filter boxes will be required? Check the design loading with one filter box out of service. Propose an alternative design if the design loading rate is exceeded with one filter box out of service.

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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B) A plant expansion is planned for Urbana. The new design flow rate is 1.0 m® /s. A deep bed mono-media filter with a design loading rate of 600 m* /d - m * of filter is to be used. If each filter box is limited to 50 m” of surface area, how many filter boxes will be required? Check the design loading with one filter box out of service. Propose an alternative design if the design loading rate is exceeded with one filter box out of service.
B) A plant expansion is planned for Urbana. The new design flow rate is 1.0 m /s. A
deep bed mono-media filter with a design loading rate of 600 m /d m of filter is to be
used. If each filter box is limited to 50 m of surface area, how many filter boxes will be
required? Check the design loading with one filter box out of service. Propose an
alternative design if the design loading rate is exceeded with one filter
box out of service.
2
Transcribed Image Text:B) A plant expansion is planned for Urbana. The new design flow rate is 1.0 m /s. A deep bed mono-media filter with a design loading rate of 600 m /d m of filter is to be used. If each filter box is limited to 50 m of surface area, how many filter boxes will be required? Check the design loading with one filter box out of service. Propose an alternative design if the design loading rate is exceeded with one filter box out of service. 2
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