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2. (50p) An equimolar saturated liquid-saturated vapor mixture containing 35% A, 65% B in moles at a flow rate of 100kmol/h will be separated by
2. (50p) An equimolar saturated liquid-saturated vapor mixture containing 35% A, 65% B in moles at a flow rate of 100kmol/h will be separated by distillation. It is desired that 93% of A is present in the top product and 96% of the A entering the column is in the top product. If the reflux ratio in the column is 4 and the relative volatility AB=2, determine the given below; a) Theoretical number of plates and feed plate ( 20p) b) Top and bottom product flow rates (10p) c) Minimum reflux ratio (10p) d) Minimum number of plates (10p) 2. (50p) An equimolar saturated liquid-saturated vapor mixture containing 35% A, 65% B in moles at a flow rate of 100kmol/h will be separated by distillation. It is desired that 93% of A is present in the top product and 96% of the A entering the column is in the top product. If the reflux ratio in the column is 4 and the relative volatility AB=2, determine the given below; a) Theoretical number of plates and feed plate ( 20p) b) Top and bottom product flow rates (10p) c) Minimum reflux ratio (10p) d) Minimum number of plates (10p)
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