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an 800 dm' PFR that are connected in parall B2, C is an elementary gas-phase series reaction that may be carried out in
Posted: Wed Jun 08, 2022 9:18 am
by answerhappygod
- An 800 Dm Pfr That Are Connected In Parall B2 C Is An Elementary Gas Phase Series Reaction That May Be Carried Out In 1 (30.2 KiB) Viewed 20 times
an 800 dm' PFR that are connected in parall B2, C is an elementary gas-phase series reaction that may be carried out in a 11. A batch reactor. If the initial concentration of A is 1.6 mol/dm³. The desired product is B where the removal of C is very difficult. If the concentration of A and B may be given as: CA = CAOle | CB = k1CA0/(k2-k1)[e-kit-e-k²t| Irk: -0.096 h and k-2.581 h¹, calculate the optimum conversion of A that would lead to maximize the yield of B. (hint: d(e)/dx = f(x) e) Useful relations df/dv=rj FA dx/dV=-ra V=FAo X-T₁ V r, = dN/dt NAodx/dt = -ra V K(T) = A Exp (-E/RT) E = YAO *8 V=Vo (po/p)(1-Ex)T/To == (po/p)(1-Ex)T/To Vo x² f(x) dx = f(x0) + 4f(x1) + f(x2)) fdx = ln // 1-X Ax = (x2 - x0)/2