Question 4: I. A+B C (k-0.07 dm³/mol.min), is elementary liquid phase reaction. The concentration of A and B feed stream

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Question 4: I. A+B C (k-0.07 dm³/mol.min), is elementary liquid phase reaction. The concentration of A and B feed stream

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Question 4 I A B C K 0 07 Dm Mol Min Is Elementary Liquid Phase Reaction The Concentration Of A And B Feed Stream 1
Question 4 I A B C K 0 07 Dm Mol Min Is Elementary Liquid Phase Reaction The Concentration Of A And B Feed Stream 1 (31.19 KiB) Viewed 24 times
Question 4: I. A+B C (k-0.07 dm³/mol.min), is elementary liquid phase reaction. The concentration of A and B feed stream are 2M before mixing. The volumetric flow rate for each stream is 5 dm³/min and the entering temperature is 300 ºk. The two streams are mixed and fed into a 200 dm³ CSTR and an 800 dm³ PFR that are connected in parallel. Calculate average conversion for this synthesis. II. is an elementary gas-phase series reaction that may be carried out in a AK BK2, C 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-KIT CB = k1CA0/(k2-k1)[e-kit-e-k²t| If ki = 0.096 h¹ and k₂-2.581 h¹, calculate the optimum conversion of A that would lead to maximize the yield of B. (hint: d(e)/dx = f(x) e*)
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