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Exercise 3. Find the distance between the trays of a settling chamber to remove dust from a gas stream. The average diameter of dust is 8 µm and the gas flowrate is 0,6 m³/s. The dimension of the settling chamber is 4,1 m long, 2,8m wide, and 4,2 m tall. Average temperature of the gas stream is 427°C, viscosity of 0,034.10-3 kg/ms, The density of the solid dust is 4000 kg/m³ and the gas is 0,5 kg/m³.

Exercise 3. Find the distance between the trays of a settling chamber to remove dust from a gas stream. The average diameter of dust is 8 µm and the gas flowrate is 0,6 m³/s. The dimension of the settling chamber is 4,1 m long, 2,8m wide, and 4,2 m tall. Average temperature of the gas stream is 427°C, viscosity of 0,034.10-3 kg/ms, The density of the solid dust is 4000 kg/m³ and the gas is 0,5 kg/m³.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Exercise 3. Find the distance between the trays of a settling chamber to remove dust from a gas stream. The average diameter of dust is 8 μm and the gas flowrate is 0,6 m³/s. The dimension of the settling chamber is 4,1 m long, 2,8m wide, and 4,2 m tall. Average temperature of the gas stream is 427°C, viscosity of 0,034.10-3 kg/ms, The density of the solid dust is 4000 kg/m³ and the gas is 0,5 kg/m³. Khi Sách Bui L H
Transcribed Image Text:Exercise 3. Find the distance between the trays of a settling chamber to remove dust from a gas stream. The average diameter of dust is 8 μm and the gas flowrate is 0,6 m³/s. The dimension of the settling chamber is 4,1 m long, 2,8m wide, and 4,2 m tall. Average temperature of the gas stream is 427°C, viscosity of 0,034.10-3 kg/ms, The density of the solid dust is 4000 kg/m³ and the gas is 0,5 kg/m³. Khi Sách Bui L H
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