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Example 8.3-6: A gas stream containing 8 mole% CO with CO₂ at 500 °C is fed to a heat boiler. The hot gas flows over the outside of the tubes. Liquid water at 25 °C is fed to the boiler in a ratio 0.2 mol feed water/mol hot gas (inside the tubes). Heat is transferred from the hot gas through the tube walls to the water, causing the gas to cool and the water to heat to its boiling point and evaporate to form saturated steam at 5 bar. The boiler operates adiabatically (all the heat transferred from the gas goes into the water). What is the temperature of the exiting Zmay gas? 0.08c0 Hs

Example 8.3-6: A gas stream containing 8 mole% CO with CO₂ at 500 °C is fed to a heat boiler. The hot gas flows over the outside of the tubes. Liquid water at 25 °C is fed to the boiler in a ratio 0.2 mol feed water/mol hot gas (inside the tubes). Heat is transferred from the hot gas through the tube walls to the water, causing the gas to cool and the water to heat to its boiling point and evaporate to form saturated steam at 5 bar. The boiler operates adiabatically (all the heat transferred from the gas goes into the water). What is the temperature of the exiting Zmay gas? 0.08c0 Hs

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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Energy Balance Example 8.3-6: A gas stream containing 8 mole% CO with CO₂ at 500 °C is fed to a heat boiler. The hot gas flows over the outside of the tubes. Liquid water at 25 °C is fed to the boiler in a ratio 0.2 mol feed water/mol hot gas (inside the tubes). Heat is transferred from the hot gas through the tube walls to the water, causing the gas to cool and the water to heat to its boiling point and evaporate to form saturated steam at 5 bar. The boiler operates adiabatically (all the heat transferred from the gas goes into the water). What is the temperature of the exiting gas? Zmay 0.0800 O Нас
Transcribed Image Text:Energy Balance Example 8.3-6: A gas stream containing 8 mole% CO with CO₂ at 500 °C is fed to a heat boiler. The hot gas flows over the outside of the tubes. Liquid water at 25 °C is fed to the boiler in a ratio 0.2 mol feed water/mol hot gas (inside the tubes). Heat is transferred from the hot gas through the tube walls to the water, causing the gas to cool and the water to heat to its boiling point and evaporate to form saturated steam at 5 bar. The boiler operates adiabatically (all the heat transferred from the gas goes into the water). What is the temperature of the exiting gas? Zmay 0.0800 O Нас
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