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Subject 6. Analysis of Processes. Material and Heat Balance OCW (1)

Material Balance
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  ! #$%&' )* +,'%-.,/ ,01 2%,' 3,/,0&%4 56%7.&,/ 8-9&%44 :%4.;0 ! #$%& () *$+,&$ -,%./% 5 2<+=5>?  < @A=@<<B=@A   >@:  = @CBA>@=5  5 2<+=!DBE  : <8>BD+<@D  F @=G<B!=DE   CH  5 >@D>3B=>    $,I.%-*I.; -.J 0.&,0*%4  ?.&%04%K 5-%,LI% 5977904 3EM@5M!> N*O   2 INDEX 1.-Analysis of the inputs effect on the outputs.2.-Methodology for process analysis: Material and energy balances.3.-Basic Ideas to develop LINEAR MASS BALANCES (LMB) models.4.-Develop of LMBs.5.-Case Study: Application of LMB algorithm and setting pressure and temperature levels in flowsheet.6.-Heat Balances.7.-Further Reading and References.  3 1.-Analysis of the inputs effect on the outputs Two categories of relationships 1.-Relationships independent of the equipment Independent of the equipment specifications BM / BE / Equilibrium / Kinetic 2.-Relationships dependent of the equipment Design equations with equipment specifications:-Heat transference equation (with Area value) -Frictional pressure relationships (with D, Le)  4 2.-Methodology for process analysis: Material and energy balances.Analysis methodology to apply on the synthesized flowsheets-Simples - Fast - Useful to the preliminary design Mass balancesSystematic modeling withEnergy balances different degree of rigorousness
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