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Polymath program CSTRs

The entering volumetrie flow latE is 100 dmVmin and the entering concentration of A is 3 W, What is the CSTR reactor volume (Am. 4000 dm, ) Write a Polymath program to calculate the exit coneentrations when the vol-UTE is given as 6[Pg.326]

Table E14-3.2. POLYMATH Program Two CSTRs with Interchange... Table E14-3.2. POLYMATH Program Two CSTRs with Interchange...
We note that at t = 0. the values of the entering concentrations to the PER are exit concentrations from the CSTR, We will use Polymath to plot the exit com irations as a function of T and then deieimine the volume < V = CqC) for 90% con sion (C = 0.04 mol/dm- ) and then find C. Cb- and Cy at this volume. This volt turns out to be approximately 600 dmL The Polymath program along with the concentrations and selectivity are shown in Table E6-2.I. [Pg.316]

The concentrations exiting the last CSTR are Ci and C, . Equations (E7-7.I) ihiDugh (87-7.15) along with the parameter values are given on %e CD-ROM summary notes and the Polymath living example problem. The Polymath program can be loaded directly from (he CD-ROM so that the reader can vary the model parameters. You can print or view the complete Polymath program and read the complete paper [Alcohol 35 (I). p.iO, 2(X)5] in Summary Notts on the CD-ROM. [Pg.445]

P11-2yy Load the following Polymath programs from the DVD-ROM where appropriate (a) Example 11-1. How would this example change if a CSTR were used instead of a PFR ... [Pg.513]


See other pages where Polymath program CSTRs is mentioned: [Pg.902]    [Pg.368]    [Pg.532]    [Pg.621]    [Pg.988]    [Pg.580]   


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