Determine the size of a high rate trickling filter for the following data: (i) Sewage flow = 4.5 Mld; (ii) Recirculation ratio = 1.5; (iii) BOD of raw sewage = 250 mg/l; (iv) BOD removal in primary tank = 30%; (v) Final effluent BOD desired = 30 mg/l.
Determine the size of a high rate trickling filter for the following data: (i) Sewage flow = 4.5 Mld; (ii) Recirculation ratio = 1.5; (iii) BOD of raw sewage = 250 mg/l; (iv) BOD removal in primary tank = 30%; (v) Final effluent BOD desired = 30 mg/l.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Determine the size of a high rate trickling filter for the
following data :
(i) Sewage flow = 4.5 Mld;
(ii) Recirculation ratio = 1.5;
(iii) BOD of raw sewage = 250 mg/l;
(iv) BOD removal in primary tank = 30%;
(v) Final effluent BOD desired = 30 mg/l.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7e0a4479-e41e-4f33-8d15-5d1ab093ce74%2F311ed77c-63e9-4de2-8186-cc5239bc297b%2F5mqhyne_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Determine the size of a high rate trickling filter for the
following data :
(i) Sewage flow = 4.5 Mld;
(ii) Recirculation ratio = 1.5;
(iii) BOD of raw sewage = 250 mg/l;
(iv) BOD removal in primary tank = 30%;
(v) Final effluent BOD desired = 30 mg/l.
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