Water (A)- Chlorobenzene (B)- Pyridine(C) Equilibrium tie line data

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Water (A)- Chlorobenzene (B)- Pyridine(C) Equilibrium tie line data

Water A Chlorobenzene B Pyridine C Equilibrium Tie Line Data 1 (93.43 KiB) Viewed 29 times

QUESTION 2 Water (A)- Chlorobenzene (B)- Pyridine(C) Equilibrium tie line data Pyridine Chlorobenzene Water Pyridine Chlorobenzene 0 99,95 0,05 0 0,08 99,92 11,05 88,28 0,67 5,02 0,16 94,82 18,95 79,9 1,15 11,05 0,24 88,71 24,1 74,28 1,62 18,9 0,38 80,72 28,6 69,15 2,25 25,5 0,58 73,92 31,55 65,58 2,87 36,1 1,85 62,05 35,05 61 3,95 44,95 4,18 50,87 40,6 6,4 53,2 8,9 37,9 53 37,8 49 13,2 49 37,8 13,2 (a) It is desired to reduce the pyridine concentration of 4500kg of an aqueous solution from 50 to 1.5% in a single batch extraction with chlorobenzene. What amount of solvent is required, solve on rectangular coordinates. [10] (b) A pyridine water solution 50% pyridine is to continuously and counter currently extracted at the rate 2,25kg/s with chlorobenzene to reduce the pyridine to 1.5%. (i) Determine the minimum solvent rate required (ii) Determine the flow rates of the raffinate and extract streams. [20] 0⁰ Water