Question

An isothermal steady state mixed flow reactor (CSTR) of 1 m³ volume is used to carry out the first-order liquid-phase reaction A→ products. Fresh feed at a volumetric flow rate of Q containing reactant A at a concentration $C_{A0}$ mixes with the recycle stream at a volumetric flow rate RQ as shown in the figure below. Derive the relation between recycle flowrate and the exit conversion. It is observed that when the recycle ratio R = 0.5. the exit conversion $X_{Af}$ = 0.5. Find the new exit conversion if recycle ratio is increased to R = 2.0. Q=0.5 m³/min $C_{A0}$= 1 mol/m³ FAI CA1 XA1 Q = 0.5 m³/min $C_A$=$C_f$ $X_A$=$X_f$ RQ FABI CAS 49

          An isothermal steady state mixed flow reactor (CSTR) of 1 m³ volume is used to carry out the first-order liquid-phase reaction A→ products. Fresh feed at a volumetric flow rate of Q containing reactant A at a concentration $C_{A0}$ mixes with the recycle stream at a volumetric flow rate RQ as shown in the figure below.
Derive the relation between recycle flowrate and the exit conversion.
It is observed that when the recycle ratio R = 0.5. the exit conversion $X_{Af}$ = 0.5. Find the new exit conversion if recycle ratio is increased to R = 2.0.
Q=0.5 m³/min
$C_{A0}$= 1 mol/m³
FAI
CA1
XA1
Q = 0.5 m³/min
$C_A$=$C_f$
$X_A$=$X_f$
RQ
FABI
CAS
49

an isothermal steady state mixed flow reactor cstr of 1 m3 volume is used to carry out the first order liquid phase reaction a products fresh feed at a volumetric flow rate of q containing r 33423

Added by Inmaculada J.

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