4 Suppose a liquid phase reaction (A B C) was carried out isothermally and the data were obtained as following The molar flow rate is 20 kmol hr For a single CSTR, what is the volume necessary to achieve 80 conversion of the entering species A (4 ) For the two CSTRs in series, 40 conversion rate is achieved in the first reactor What is the volume of each of the two reactors necessary to achieve 80 overall conversion of the entering species A (8 ) Followed by part (b), determine the volume of PFR if it is used to replace the second CSTR (8 ) 4 Suppose a liquid phase reaction (AB C) was carried out isothermally and the data were obtained as following The molar flow rate is 20kmol hr (a) For a single CSTR, what is the volume necessary to achieve 80 conversion of the entering species A (4 ) (b) For the two CSTRs in series, 40 conversion rate is achieved in the first reactor What is the volume of each of the two reactors necessary to achieve 80 overall conversion of the entering species A (8 ) (c) Followed by part (b), determine the volume of PFR if it is used to replace the second CSTR (8 )

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4. Suppose a liquid-phase reaction (A - B + C) was carried out isothermally and the data were obtained as following: The molar flow rate

4. Suppose a liquid-phase reaction (A - B + C) was carried out isothermally and the data were obtained as following:

The molar flow rate is 20 kmol/hr.

For a single CSTR, what is the volume necessary to achieve 80% conversion of the entering species A? (4%)
For the two CSTRs in series, 40% conversion rate is achieved in the first reactor. What is the volume of each of the two reactors necessary to achieve 80% overall conversion of the entering species A? (8%)
Followed by part (b), determine the volume of PFR if it is used to replace the second CSTR. (8%)

4. Suppose a liquid-phase reaction (AB+C) was carried out isothermally and the data were obtained as following: The molar flow rate is 20kmol/hr. (a) For a single CSTR, what is the volume necessary to achieve 80% conversion of the entering species A ? (4%) (b) For the two CSTRs in series, 40% conversion rate is achieved in the first reactor. What is the volume of each of the two reactors necessary to achieve 80% overall conversion of the entering species A ? (8%) (c) Followed by part (b), determine the volume of PFR if it is used to replace the second CSTR. (8\%)