Process A → B Simultaneous Solution (a) Consider the material balance problem for the mixer, reactor, and separator shown in Figure P4.8. In the reactor, 30% of the incoming A is converted to B on a...


Process A → B Simultaneous Solution


(a) Consider the material balance problem for the mixer,


reactor, and separator shown in Figure P4.8. In the reactor,


30% of the incoming A is converted to B on a molar basis.


The recycle rate (stream 5) is set at 5% of the stream into


the separator (stream 3); using Equation (3.19), N5 = α5N3,


with α5 = 0.05. Calculate all flows in the process using the


simultaneous solution approach and using the Gauss–


Jordan VBA code.


(b) An advantage of the simultaneous solution approach is


the ease of solution when linear alternative specifications


are utilized. Replace the natural specification


NA


1 = 100 mol/h with an alternative specification for


the molar concentration of A entering the reactor,


N N N A A B


2 2 2 /( ) . + = 0 895. Compare the solution effort


requiredhere (part b) with those in Section 3.5.



May 26, 2022
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