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Gas flows through Packed bed -5 (density = 1.1 Kg/m³) and (viscosity = 1-2 X 10 " Pa-s) the bed contains cylindrical Particles of lengh = 14 mm diameter = 13mm and thickness =1.0mm.bed diameter = 15 cm and bed height =1.5 m. Velocity is 0.03 m/s. Number of particles the superficial in the bed s 19,500 units S calculate the pressure drop through the bed

Gas flows through Packed bed -5 (density = 1.1 Kg/m³) and (viscosity = 1-2 X 10 " Pa-s) the bed contains cylindrical Particles of lengh = 14 mm diameter = 13mm and thickness =1.0mm.bed diameter = 15 cm and bed height =1.5 m. Velocity is 0.03 m/s. Number of particles the superficial in the bed s 19,500 units S calculate the pressure drop through the bed

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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Fluid Flow 11 Gas flows through Packed bed -5 (density = 1=1 kg/m²) and (viscosity = 1-2 X 10 Pa-s) the bed contains cylindrical Particles of ·lengh = 14 mm and diameter = 13mm thickness -1.0mm.bed diameter 1 and bed height =1.5m. the superficial Velocity is 0.03 m/s. Number of particles in the bed = 19,500 units calculate the pressure drop through the bed - 15 cm
Transcribed Image Text:Fluid Flow 11 Gas flows through Packed bed -5 (density = 1=1 kg/m²) and (viscosity = 1-2 X 10 Pa-s) the bed contains cylindrical Particles of ·lengh = 14 mm and diameter = 13mm thickness -1.0mm.bed diameter 1 and bed height =1.5m. the superficial Velocity is 0.03 m/s. Number of particles in the bed = 19,500 units calculate the pressure drop through the bed - 15 cm
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