Calculate the clean-bed head loss with Ergun Equation through a deep-bed anthracite filterwith 1.8m of ES = 0.95 mm media at a filtration rate of 15 m/h and a temperature of 15◦C.(Accept: κV = 228, κI = 4.4, and ε = 0.50. Values of ρW = 999 kg/m3 and μ = 1.14 ×10^-3kg/m・s). | 2. Calculate the clean-bed head loss with Ergun Equation through a deep-bed anthracite filterwith 1.8m of ES = 0.95 mm media at a filtration rate of 15 m/h and a temperature of 15'C.(Accept: KV = 228, Kl = 4.4, and ɛ = 0.50. Values of pW = 999 kg/m³ and u = 1.14 × 103 kg/m%3D• s).

Given Kv=228 Ki=4.4 €=0.5 L=1.8m Va=15m/h d=0.95mm To find head loss with Ergun equation

Answered: | 2. Calculate the clean-bed head loss…

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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Calculate the clean-bed head loss with Ergun Equation through a deep-bed anthracite filter
with 1.8m of ES = 0.95 mm media at a filtration rate of 15 m/h and a temperature of 15◦C.
(Accept: κV = 228, κI = 4.4, and ε = 0.50. Values of ρW = 999 kg/m3 and μ = 1.14 ×10^-3
kg/m
・s).

| 2. Calculate the clean-bed head loss with Ergun Equation through a deep-bed anthracite filter
with 1.8m of ES = 0.95 mm media at a filtration rate of 15 m/h and a temperature of 15'C.
(Accept: KV = 228, Kl = 4.4, and ɛ = 0.50. Values of pW = 999 kg/m³ and u = 1.14 × 103 kg/m
%3D
• s).

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