The two liquid phase reactions are taking place in a semi batch reactor. Pure feed of A with concentration 0.5- mol is fed to B at volumetric flow rate of 12 L/min. The rates of the two reactions are listed below. The initial volume of B in the reactor is 500 L and the concentration mol of B is 2 The maximum volume of the reactor is 5000 L. 12 i. A+B 2C, -n = K1ACA CB ,kA = 5 min mol2 ii. A + 3C D, -r, = K24CA Cc, k2A = 10 %3D min mol3 a) Derive the set of mole balances ODES of N, Ng, Ne, Np as a function of time using feed concentration CA0, feed volumetric flow rate vo, initial volume Vo, rate constants kA, k2A, and time t.

Introduction to Chemical Engineering Thermodynamics
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Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
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Chapter1: Introduction
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1. The two liquid phase reactions are taking place in a semi batch reactor. Pure feed of A with
mol
is fed to B at volumetric flow rate of 12 L/min. The rates of the two
concentration 0.5
reactions are listed below. The initial volume of B in the reactor is 500 L and the concentration
of B is 2
mol
The maximum volume of the reactor is 5000 L.
A + B 2C, -r, = k1ACA CB,kA = 5
L2
i.
min mol2
ii.
A +3C D, -r, = K24CA Cc, k24 = 10-
%3D
min mol3
a) Derive the set of mole balances ODES of Na, Ng, Ne, N, as a function of time using feed
concentration Ca0, feed volumetric flow rate v,, initial volume Vo, rate constants kA, k2A,
and time t.
Transcribed Image Text:1. The two liquid phase reactions are taking place in a semi batch reactor. Pure feed of A with mol is fed to B at volumetric flow rate of 12 L/min. The rates of the two concentration 0.5 reactions are listed below. The initial volume of B in the reactor is 500 L and the concentration of B is 2 mol The maximum volume of the reactor is 5000 L. A + B 2C, -r, = k1ACA CB,kA = 5 L2 i. min mol2 ii. A +3C D, -r, = K24CA Cc, k24 = 10- %3D min mol3 a) Derive the set of mole balances ODES of Na, Ng, Ne, N, as a function of time using feed concentration Ca0, feed volumetric flow rate v,, initial volume Vo, rate constants kA, k2A, and time t.
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