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24.2-9. Throughput in Continuous Rotary-Drum Filter. A rotary-drum filter having an area of 2.20 m² is to be used to filter the CaCO3 slurry given in Example 24.2-4. The drum has a 28% submergence and the filter- cycle time is 300 s. A pressure drop of 62.0 kN/m² is to be used. Calculate the slurry feed rate in kg slurry/s for the following cases: (a) Neglect the filter-medium resistance. (b) Do not neglect the value of B.

24.2-9. Throughput in Continuous Rotary-Drum Filter. A rotary-drum filter having an area of 2.20 m² is to be used to filter the CaCO3 slurry given in Example 24.2-4. The drum has a 28% submergence and the filter- cycle time is 300 s. A pressure drop of 62.0 kN/m² is to be used. Calculate the slurry feed rate in kg slurry/s for the following cases: (a) Neglect the filter-medium resistance. (b) Do not neglect the value of B.

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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24.2-9. Throughput in Continuous Rotary-Drum Filter. A rotary-drum filter having an area of 2.20 m² is to be used to filter the CaCO3 slurry given in Example 24.2-4. The drum has a 28% submergence and the filter- cycle time is 300 s. A pressure drop of 62.0 kN/m² is to be used. Calculate the slurry feed rate in kg slurry/s for the following cases: (a) Neglect the filter-medium resistance. (b) Do not neglect the value of B.
Transcribed Image Text:24.2-9. Throughput in Continuous Rotary-Drum Filter. A rotary-drum filter having an area of 2.20 m² is to be used to filter the CaCO3 slurry given in Example 24.2-4. The drum has a 28% submergence and the filter- cycle time is 300 s. A pressure drop of 62.0 kN/m² is to be used. Calculate the slurry feed rate in kg slurry/s for the following cases: (a) Neglect the filter-medium resistance. (b) Do not neglect the value of B.
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