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2 0 J Consider the Question Work out the Conversion, Selectivity and Yield of the combustion of Sulphur Assume that the offgas contains the remaining sulphur as SO2 and 5% SNOx = 56.2 mole S · Fso mole = 1.2. S • Sulphur recovered from blowdown tank: Fsƒ= Conversion XA w Yield: Fro-Es 56-2-1-2 56-2 →0-48-98% uction Efficiency describes the fraction of raw material ends up in the product

2 0 J Consider the Question Work out the Conversion, Selectivity and Yield of the combustion of Sulphur Assume that the offgas contains the remaining sulphur as SO2 and 5% SNOx = 56.2 mole S · Fso mole = 1.2. S • Sulphur recovered from blowdown tank: Fsƒ= Conversion XA w Yield: Fro-Es 56-2-1-2 56-2 →0-48-98% uction Efficiency describes the fraction of raw material ends up in the product

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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2 0 J Consider the Question Work out the Conversion, Selectivity and Yield of the combustion of Sulphur Assume that the offgas contains the remaining sulphur as SO2 and 5% SNOx = 56.2 mole S · Fso mole = 1.2. S • Sulphur recovered from blowdown tank: Fsƒ= Conversion XA w Yield: Fro-Es 56-2-1-2 56-2 →0-48-98% uction Efficiency describes the fraction of raw material ends up in the product
Transcribed Image Text:2 0 J Consider the Question Work out the Conversion, Selectivity and Yield of the combustion of Sulphur Assume that the offgas contains the remaining sulphur as SO2 and 5% SNOx = 56.2 mole S · Fso mole = 1.2. S • Sulphur recovered from blowdown tank: Fsƒ= Conversion XA w Yield: Fro-Es 56-2-1-2 56-2 →0-48-98% uction Efficiency describes the fraction of raw material ends up in the product
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