BATSEQ - Complex Batch Reaction Sequence

The following complex reaction sequence can be used to study various reaction kinetics of interest simply by varying the rate constants. [Pg.280]

For this batch reaction case, the sum of all molar species must equal the initial moles changed. [Pg.280]

Component concentration First-order reaction rate constant Time [Pg.281]

Study the effect of varying rate coefficients k], k2, k3, in the range (0.001 to 0.1) on the time-dependent concentrations of A, B, C and D. Note that Cb and Cc pass through maximum values. [Pg.282]

Note that with Cao = Cco = Cqo = 0, Cbo = 1, ki = k3 = 0 the program models a simple first-order parallel reaction sequence. [Pg.282]

5 Simulation Tools and Examples of Chemical Engineering Processes [Pg.286]

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