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A flue gas analyzed to contain 80.0% nitrogen, 7.00% oxygen, and 13.0% carbon dioxide is sent to a dryer at 500 K and 95 kPa. In the dryer it picks up moisture from the wet material and leaves at 90 kPa and 360 K with the following composition: N2-50%, O2-4.5%, CO2=8.0%, and H20=37.5%. Per 100 m' of gas entering the dryer, determine the following: a) The volume of gas leaving the dryer b) The weight of water evaporated

A flue gas analyzed to contain 80.0% nitrogen, 7.00% oxygen, and 13.0% carbon dioxide is sent to a dryer at 500 K and 95 kPa. In the dryer it picks up moisture from the wet material and leaves at 90 kPa and 360 K with the following composition: N2-50%, O2-4.5%, CO2=8.0%, and H20=37.5%. Per 100 m' of gas entering the dryer, determine the following: a) The volume of gas leaving the dryer b) The weight of water evaporated

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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A flue gas analyzed to contain 80.0% nitrogen, 7.00% oxygen, and 13.0% carbon dioxide is sent to a dryer at 500 K and 95 kPa. In the dryer it picks up moisture from the wet material and leaves at 90 kPa and 360 K with the following composition: N2-50%, O2=4.5%, CO2-8.0%, and H20=37.5%. Per 100 m' of gas entering the dryer, determine the following: a) The volume of gas leaving the dryer b) The weight of water evaporated
Transcribed Image Text:A flue gas analyzed to contain 80.0% nitrogen, 7.00% oxygen, and 13.0% carbon dioxide is sent to a dryer at 500 K and 95 kPa. In the dryer it picks up moisture from the wet material and leaves at 90 kPa and 360 K with the following composition: N2-50%, O2=4.5%, CO2-8.0%, and H20=37.5%. Per 100 m' of gas entering the dryer, determine the following: a) The volume of gas leaving the dryer b) The weight of water evaporated
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