.Calculate the number and size of slow Sand Filter units to serve a population of 15,000 persons with an average water consumption of 200 lpcd. Adopt a filtration rate of 0.20 m3/m2-hr when the population increases by a geometric rate of population growth of 0.042/year and the design period of 15 years. What will be? (Part-a): the rate of filtration if one unit is out of operation, and (Part-b): the rate of filtration if two units are out of operation. Check both the results and compare with the”range rate of filtration of Slow Sand filters”.
.Calculate the number and size of slow Sand Filter units to serve a population of 15,000 persons with an average water consumption of 200 lpcd. Adopt a filtration rate of 0.20 m3/m2-hr when the population increases by a geometric rate of population growth of 0.042/year and the design period of 15 years. What will be? (Part-a): the rate of filtration if one unit is out of operation, and (Part-b): the rate of filtration if two units are out of operation. Check both the results and compare with the”range rate of filtration of Slow Sand filters”.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q...Calculate the number and size of slow Sand Filter units to serve a population of 15,000 persons with an average water consumption of 200 lpcd. Adopt a filtration rate of 0.20 m3/m2-hr when the population increases by a geometric rate of population growth of 0.042/year and the design period of 15 years. What will be?
(Part-a): the rate of filtration if one unit is out of operation, and
(Part-b): the rate of filtration if two units are out of operation.
Check both the results and compare with the”range rate of filtration of Slow Sand filters”.
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