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s The elementary irreversible liquid-phase reaction A +B C is carried out in a CSTR, and a conversion of 70% is achieved. Y ou have

s
The elementary irreversible liquid-phase reaction A +B C is carried out in a CSTR, and a
conversion of 70% is achieved. You have two new reactors that are each exactly half the size
of the original CSTR, and with two of them to replace the original CSTR. If the two new
reactors are used in series and feed conditions remain identical to those for the original
reactor, what will be the total conversion achieved in the two-reactor scheme?
image text in transcribed
Exercise 2.6 Replacing a single CSTR with Two CSTRs in Series The elementary irreversible liquid-phase reaction A+BC is carried out in a CSTR, and a conversion of 70% is achieved. You have two new reactors that are each exactly half the size of the original CSTR, and with two of them to replace the original CSTR. If the two new reactors are used in series and feed conditions remain identical to those for the original reactor, what will be the total conversion achieved in the two-reactor scheme

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