Consider the following process flow chart with accompanying stream table. Note the stream denoted as S5 is a recycle stream. S5 MIXER REACTOR SEPARATOR S1 S3 S4 Stream si S2 S3 S4 S5 Components CO 30...

The following is a material balance problem and I was wondering how to determine a. through d. and how to solve for the unknowns.

Consider the following process flow chart with accompanying stream table. Note the stream denoted<br>as S5 is a recycle stream.<br>S5<br>MIXER<br>REACTOR<br>SEPARATOR<br>S1<br>S3<br>S4<br>Stream<br>si<br>S2<br>S3<br>S4<br>S5<br>Components<br>CO<br>30<br>yı<br>Уз<br>0.3<br>y4<br>H2<br>59.4<br>118.8<br>59.4<br>59.4<br>CH;OH<br>y2<br>34.4<br>29.7<br>ys<br>termine:<br>a. single pass conversion of hydrogen<br>b. overall conversion of hydrogen<br>c. overall conversion of carbon monoxide<br>d. moles of methanol into reactor<br>

Extracted text: Consider the following process flow chart with accompanying stream table. Note the stream denoted as S5 is a recycle stream. S5 MIXER REACTOR SEPARATOR S1 S3 S4 Stream si S2 S3 S4 S5 Components CO 30 yı Уз 0.3 y4 H2 59.4 118.8 59.4 59.4 CH;OH y2 34.4 29.7 ys termine: a. single pass conversion of hydrogen b. overall conversion of hydrogen c. overall conversion of carbon monoxide d. moles of methanol into reactor

Jun 09, 2022

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Consider the following process flow chart with accompanying stream table. Note the stream denoted as S5 is a recycle stream. S5 MIXER REACTOR SEPARATOR S1 S3 S4 Stream si S2 S3 S4 S5 Components CO 30...

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