Ethane Fraction, E Propane Fraction, P 95 mol% C2 99 mol% C3 4 mol% C3 4 mol% C4 1 mol% C4 Feed, F Column 2 Column 1 Butane Fraction, B 8.4 mol% C3 91.6 mol% C4


Ethane Fraction, E<br>Propane Fraction, P<br>95 mol% C2<br>99 mol% C3<br>4 mol% C3<br>4 mol% C4<br>1 mol% C4<br>Feed, F<br>Column 2<br>Column 1<br>Butane Fraction, B<br>8.4 mol% C3<br>91.6 mol% C4<br>

Extracted text: Ethane Fraction, E Propane Fraction, P 95 mol% C2 99 mol% C3 4 mol% C3 4 mol% C4 1 mol% C4 Feed, F Column 2 Column 1 Butane Fraction, B 8.4 mol% C3 91.6 mol% C4
In a distillation train a liquid hydrocarbon containing 23.6 mol% ethane, 40.3 mole%<br>propane, and the rest butane is to be fractionated into essentially pure components. For<br>a feed rate of 290 kg/h, determine:<br>a.<br>The molar flow rate of the feed<br>b. The amount of propane fraction in kmol/h<br>Mole percentage of butane in A<br>с.<br>

Extracted text: In a distillation train a liquid hydrocarbon containing 23.6 mol% ethane, 40.3 mole% propane, and the rest butane is to be fractionated into essentially pure components. For a feed rate of 290 kg/h, determine: a. The molar flow rate of the feed b. The amount of propane fraction in kmol/h Mole percentage of butane in A с.

Jun 11, 2022
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