Alternative reactor systems are being considered to reduce the reactant in a steady state system from ( 150 mathrm{mg} / mathrm{L} ) to ( 20 mathrm{mg} / mathrm{L} ). Assuming a first order reaction constant of ( 0.6 mathrm{day}^{-1} ) : calculate the retention time for (a) one PFR, (b) one CSTR, and (c) 2 equal volume CSTRs in series.

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Alternative reactor systems are being considered to reduce the reactant in a steady state system from  ( 150  mathrm{mg} /  mathrm{L}  ) to  ( 20  mathrm{mg} /  mathrm{L}  ). Assuming a first order reaction constant of  ( 0.6  mathrm{day}^{-1}  ) : calculate the retention time for (a) one PFR, (b) one CSTR, and (c) 2 equal volume CSTRs in series.

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