Q3 - A WSP system is going to be designed for a new town that receives 10000+(Y×1000) m/d with influent BODs concentration of 100+Y mg/L and working temperature of 25°. Effluent BOD level must be maintained at 25 mg BOD/L. Assume E.Colli concentration is 5X107 per 100 ml, considering these assumptions answer the following questions: Y=4 (i) Select best pond system arrangement. (ii) Design the ponds and determine their volume, surface area and depth, as well as removal efficiency of each pond and effluent BODS concentration.
Q3 - A WSP system is going to be designed for a new town that receives 10000+(Y×1000) m/d with influent BODs concentration of 100+Y mg/L and working temperature of 25°. Effluent BOD level must be maintained at 25 mg BOD/L. Assume E.Colli concentration is 5X107 per 100 ml, considering these assumptions answer the following questions: Y=4 (i) Select best pond system arrangement. (ii) Design the ponds and determine their volume, surface area and depth, as well as removal efficiency of each pond and effluent BODS concentration.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Q3 - A WSP system is going to be designed for a new town that receives 10000+(Y×1000) m/d
with influent BODs concentration of 100+Y mg/L and working temperature of 25°. Effluent BOD
level must be maintained at 25 mg BOD/L. Assume E.Colli concentration is 5X107 per 100 ml,
considering these assumptions answer the following questions:
Y=4
(i) Select best pond system arrangement.
(ii) Design the ponds and determine their volume, surface area and depth, as well as
removal efficiency of each pond and effluent BODS concentration.
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