Question

1. The following reaction is to be carried out isothermally in a membrane reactor with no pressure drop. The membrane is permeable to product C, but impermeable to all other species. $C_6H_{12} \leftrightarrow C_6H_6 + 3H_2$ A \leftrightarrow B + 3C Parameters: $C_{T0} = 0.2 \frac{mol}{dm^3}$ $F_{A0} = 10 \frac{mol}{s}$ $k_A = 10 \frac{dm^3}{kg\ cat\ s}$ $k_C = 0.5 \frac{dm^3}{kg\ cat\ s}$ $K_C = 200 \frac{mol^2}{dm^6}$ Find each concentration with respect to catalyst weight.

          1. The following reaction is to be carried out isothermally in a membrane reactor with no pressure drop. The membrane is permeable to product C, but impermeable to all other species.
$C_6H_{12} \leftrightarrow C_6H_6 + 3H_2$
A \leftrightarrow B + 3C
Parameters:
$C_{T0} = 0.2 \frac{mol}{dm^3}$
$F_{A0} = 10 \frac{mol}{s}$
$k_A = 10 \frac{dm^3}{kg\ cat\ s}$
$k_C = 0.5 \frac{dm^3}{kg\ cat\ s}$
$K_C = 200 \frac{mol^2}{dm^6}$
Find each concentration with respect to catalyst weight.

1. The following reaction is to be carried out isothermally in a membrane reactor with no pressure drop. The membrane is permeable to product C, but impermeable to all other species.
C6H12↔ C6H6 + 3H2
A ↔B + 3C
Parameters:
CT0 = 0.2 (mol)/(dm^3)
FA0 = 10 (mol)/(s)
kA = 10 (dm^3)/(kg cat s)
kC = 0.5 (dm^3)/(kg cat s)
KC = 200 (mol^2)/(dm^6)
Find each concentration with respect to catalyst weight.

Added by Christopher C.

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