Chemical Engineering > GATE 2019 > Reactor Selection
The desired liquid-phase reaction
D + E → k1F rF = k1 CD2 CE0.3
is accompanied by an undesired side reaction
D + E → k2G rG = k2 CD0.4 CE1.5
Four isothermal reactor schemes (CSTR: ideal Continuous-Stirred Tank Reactor; PFR: ideal Plug Flow Reactor) for processing equal molar feed rates of D and E are shown in figure.
Each scheme is designed for the same conversion.
The scheme that gives the most favorable product distribution is:
D + E → k1F rF = k1 CD2 CE0.3
is accompanied by an undesired side reaction
D + E → k2G rG = k2 CD0.4 CE1.5
Four isothermal reactor schemes (CSTR: ideal Continuous-Stirred Tank Reactor; PFR: ideal Plug Flow Reactor) for processing equal molar feed rates of D and E are shown in figure.
Each scheme is designed for the same conversion.
The scheme that gives the most favorable product distribution is:
A
B
C
D
Correct : c
Similar Questions
Consider the reaction scheme shown belowA ↔ B ↔ C.Both the reactions are first-order. The activation energies for k1 and k2 are 80 and 20 kJ/mol respe...
Inhaling the smoke from a burning _________ could _________ you quickly.
A sphere of radius π cm is packed in a box of cubical shape.
What should be the minimum volume (in cm3 ) of the box that can enclose the
sphere?
Total Unique Visitors
Loading......