In a petrochemical plant, it is desired to produce 2282.30 g/min of acetylene (C,H2) from pure ethane (C,Ha) through dehydrogenation reaction, as shown below. The reaction is irreversible and follows...

In a petrochemical plant, it is desired to produce 2282.30 g/min of acetylene (C,H2) from pure ethane<br>(C,Ha) through dehydrogenation reaction, as shown below. The reaction is irreversible and follows an<br>elementary rate law. A plug flow reactor with a volume of 3 m is used to achieve 65% conversion of<br>ethane, at 1300 K and 5 atm.<br>Determine the rate constant of the reaction.<br>C,H CH2 + 2H,<br>Given data:<br>XA dXA<br>v = 06(1+ eX)<br>A +B -C<br>V<br>%3D<br>FAO<br>-TA = kC C<br>Atomic mass:<br>C = 12 g/mol<br>H = 1 g/mol<br>FA0 = CAo 00<br>%3!<br>(1+eX)<br>(1-X)<br>CA = CAO(1-X)<br>CAO-CA<br>CAO<br>%3D<br>XA<br>%3D<br>CA = YAo): E= 8yA0<br>Gas constant (R) = 8.3145 J. g mole K<br>1 J 1N.m<br>1 atm = 101325 N/m?<br>

Extracted text: In a petrochemical plant, it is desired to produce 2282.30 g/min of acetylene (C,H2) from pure ethane (C,Ha) through dehydrogenation reaction, as shown below. The reaction is irreversible and follows an elementary rate law. A plug flow reactor with a volume of 3 m is used to achieve 65% conversion of ethane, at 1300 K and 5 atm. Determine the rate constant of the reaction. C,H CH2 + 2H, Given data: XA dXA v = 06(1+ eX) A +B -C V %3D FAO -TA = kC C Atomic mass: C = 12 g/mol H = 1 g/mol FA0 = CAo 00 %3! (1+eX) (1-X) CA = CAO(1-X) CAO-CA CAO %3D XA %3D CA = YAo): E= 8yA0 Gas constant (R) = 8.3145 J. g mole K 1 J 1N.m 1 atm = 101325 N/m?

Jun 07, 2022

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In a petrochemical plant, it is desired to produce 2282.30 g/min of acetylene (C,H2) from pure ethane (C,Ha) through dehydrogenation reaction, as shown below. The reaction is irreversible and follows...

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