CSTR IN SERIES | EQUAL VOLUME | UNEQUAL VOLUME | CONTINUOUS STIRRED TANK REACTOR | RESIDENCE TIME
#CSTRinSeries #EqualVolume #UnequalVolume #ContinuousStirredTankReactor #ResidenceTime #Conversion
Today's Topic is Very Important For Semesters and GATE.
Why do we need CSTRs in Series? 🤔
Does it have a Better Conversion than a Single Reactor of The Same Total Volume? 🤔
How is the End Reactor Final Concentration Related to The Entry Concentration of First Reactor? 🤔
All of these are answered in Today's Video.
Today's Topic is "CSTRs in SERIES - EQUAL and UNEQUAL VOLUME"
Refer to the Video for Further Information!
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This lecture is delivered by Soumajit Chail
(B.E. Chemical Engineering Jadavpur University Batch 2019 Pass Out)
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Good topic and superb presentation. Thank you.
If i have 2 cstrs with different volumes, is it smarter to put the big or small cstr first? Assumuning n>1 for serial cstrs
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Ideally speaking, in a utopian situation, the arrangement shouldn't matter, as the end concentration coming out after reacting in both the reactors would remain the same irrespective of the arrangement, because the 2 CSTRs in series will act to gives Concentration at outlet = Concentration at inlet/((1+(kV1/q)*((1+( kV2/q)) (for both the arrangemens). But this actually doesn't happen due to dead zones and turbulence in the reactors and turbulence during transfer from first reactor to second reactor. Thus, in an actual scenario, If the aim is to maximize the conversion of the reactants, it is generally better to place the smaller CSTR first in the series. This is because a smaller reactor will have a shorter residence time, which means that the reactants will spend less time in the reactor and therefore have less opportunity to react. By placing the smaller reactor first, the reactants will have a chance to react more fully in the larger reactor downstream On the other hand, if the aim is to minimize the size of the system, it may be better to place the larger CSTR first. This is because a larger reactor will have a longer residence time, which means that the reactants will spend more time in the reactor and have a greater opportunity to react. By placing the larger reactor first, it may be possible to achieve the desired level of conversion with a smaller downstream reactor. Overall, the choice of reactor order will depend on the specific requirements of the process, including the desired conversion, residence time, and system size. It may be necessary to perform simulations or experiments to determine the optimal reactor arrangement for a given process.
Well taught sir
Very informative jit jee😀
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