At 108C, n pentane (1) water (2) shows a miscibility gap The composition of the phases in equilibrium is as follows x 1 a 0 00107 and x 2 0 0184, where a is for the water rich phase and is for the organic rich phase (Sorensen and Arlt, 1979) Estimate the pressure and composition where this mixture ...

To estimate the pressure and composition at which a mixture of npentane 1 and water 2 would show vaporliquidliquid equilibrium at 108C we can use phas ...

At 108C, n-pentane (1) + water (2) shows a miscibility gap. The composition of the phases in

Question:

At 108C, n-pentane (1) + water (2) shows a miscibility gap. The composition of the phases in equilibrium is as follows: x₁^a = 0.00107 and x₂^β = 0.0184, where “a” is for the water-rich phase and “β” is for the organic-rich phase (Sorensen and Arlt, 1979). Estimate the pressure and composition where this mixture would show vapor–liquid–liquid equilibrium at this temprature.

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