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1. Raw Sulfur which is 75% pure is burned in excess air supplied at the rate of 4.713 m"/kg of raw Sulfur at 25 °C , 745 mm Hg with 80% RH. If 87% of the sulfur charged burns to SO2 and the rest to SO3 , calculate: a) % excess air(S to SO2 ) (65%) b) % excess air(S to SO3 ) (10%) c) Complete analysis of the burner gas (10.88% SO2 , 7.32% O2 , 77.63% N2 , 1.63% SO3 , 2.55% H,O )

1. Raw Sulfur which is 75% pure is burned in excess air supplied at the rate of 4.713 m"/kg of raw Sulfur at 25 °C , 745 mm Hg with 80% RH. If 87% of the sulfur charged burns to SO2 and the rest to SO3 , calculate: a) % excess air(S to SO2 ) (65%) b) % excess air(S to SO3 ) (10%) c) Complete analysis of the burner gas (10.88% SO2 , 7.32% O2 , 77.63% N2 , 1.63% SO3 , 2.55% H,O )

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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1. Raw Sulfur which is 75% pure is burned in excess air supplied at the rate of 4.713 m^/kg of raw Sulfur at 25 °C , 745 mm Hg with 80% RH. If 87% of the sulfur charged burns to S02 and the rest to SO3 , calculate: a) % excess air(S to SO2 ) b) % excess air(S to SO3 ) (10%) c) Complete analysis of the burner gas (10.88% SO2 ,7.32% O2 , 77.63% N2 , 1.63% SO3 , 2.55% H,O) (65%)
Transcribed Image Text:1. Raw Sulfur which is 75% pure is burned in excess air supplied at the rate of 4.713 m^/kg of raw Sulfur at 25 °C , 745 mm Hg with 80% RH. If 87% of the sulfur charged burns to S02 and the rest to SO3 , calculate: a) % excess air(S to SO2 ) b) % excess air(S to SO3 ) (10%) c) Complete analysis of the burner gas (10.88% SO2 ,7.32% O2 , 77.63% N2 , 1.63% SO3 , 2.55% H,O) (65%)
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