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The layout of the small foul sewer system is shown in Figure Q3 (a) and relevant data is available in Table Q 3 (a). Assume infiltration as 3% of the dry weather flow and water consumption rate as 270 liters/person/day. Determine the pipe size for each branch of the sewer network.

The layout of the small foul sewer system is shown in Figure Q3 (a) and relevant data is available in Table Q 3 (a). Assume infiltration as 3% of the dry weather flow and water consumption rate as 270 liters/person/day. Determine the pipe size for each branch of the sewer network.

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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The layout of the small foul sewer system is shown in Figure Q3 (a) and relevant data is available in Table Q 3 (a). Assume infiltration as 3% of the dry weather flow and water consumption rate as 270 liters/person/day. Determine the pipe size for each branch of the sewer network. A Figure Q3 (a). Layout of foul sewer system Table Q 3 (a)- Sewer design data Sewer Population Gradient 1: Industrial discharge (m/day) A 500 60 340 В 350 55 450 250 55 350
Transcribed Image Text:The layout of the small foul sewer system is shown in Figure Q3 (a) and relevant data is available in Table Q 3 (a). Assume infiltration as 3% of the dry weather flow and water consumption rate as 270 liters/person/day. Determine the pipe size for each branch of the sewer network. A Figure Q3 (a). Layout of foul sewer system Table Q 3 (a)- Sewer design data Sewer Population Gradient 1: Industrial discharge (m/day) A 500 60 340 В 350 55 450 250 55 350
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