A // water treatment plant is used to process 30000 m³/d. The rapid mixing tank is to have adetention time of 1 min. The tank is to have a square cross section, . Determine the following :-a- Dimensions of the tank (L-2W).۳/۲b- Power input (kilowatts) necessary for G value of 600 S¹, μ=1.002*10³ kg/m.sB// A rapid filter plant is to produce a maximum flow of 30000 m³/day. The nominal filtrationrate is 150 m/d and is not exceed 200 m/d with one filter being backwashed. Determine thenumber of units required and the individual filter area.

Given data, The Volume of the tank is 30000 m3/d Detention time is 1 min The value of the G is…

A // water treatment plant is used to process 30000 m²/d. The rapid mixing tank is to have a detention time of 1 min. The tank is to have a square cross section, . Determine the following :- a- Dimensions of the tank (L=2W). ۳/۲ b- Power input (kilowatts) necessary for G value of 600 S¹¹, µ=1.002*10*³ kg/m.s B// A rapid filter plant is to produce a maximum flow of 30000 m³/day. The nominal filtration rate is 150 m/d and is not exceed 200 m/d with one filter being backwashed. Determine the number of units required and the individual filter area.

A // water treatment plant is used to process 30000 m²/d. The rapid mixing tank is to have a detention time of 1 min. The tank is to have a square cross section, . Determine the following :- a- Dimensions of the tank (L=2W). ۳/۲ b- Power input (kilowatts) necessary for G value of 600 S¹¹, µ=1.00210³ kg/m.s B// A rapid filter plant is to produce a maximum flow of 30000 m³/day. The nominal filtration rate is 150 m/d and is not exceed 200 m/d with one filter being backwashed. Determine the number of units required and the individual filter area.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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