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itorial At 1 atm: Ethanol (E)-Water (W)-Benzene (B) azeotrope: Boiling point: 64.6C Molar fraction: B-0.554, E-0.230 and W0.226 Ratio of W to E in the
itorial At 1 atm: Ethanol (E)-Water (W)-Benzene (B) azeotrope: Boiling point: 64.6C Molar fraction: B-0.554, E-0.230 and W0.226 Ratio of W to E in the E/W/B azeotrope: 0.98 Boiling temperature of E:78.3C Ethanol (E)-Water (W) azeotrope Boiling temperature: 78.15C Molar fraction: E-0.893 and W-0.107 Ratio of W to E in the E/W azeotrope: 0.12 F=100kmol1 Mole fractions of the components in F2 are assumed to be B0.10,E0.3 and W0.6, calculate the flow rates of D1,D2 and D3; the amount of benzene needed. Slide 62
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