2. Ethanol is produced by the hydration of ethylene according to the first reaction below. However, some of the products are converted to diethyl ether according to the second reaction. C2H4 + H20 –...


2. Ethanol is produced by the hydration of ethylene according to the first reaction below.<br>However, some of the products are converted to diethyl ether according to the second<br>reaction.<br>C2H4 + H20 – C,H;0H<br>2C2H5OH - (C,H5)20 + H20<br>The feed to the reactor contains ethylene, steam, and N2 An effluent analysis is given in<br>the following table:<br>(C2H5)20<br>Component<br>%mol<br>With a basis of 100 kmol of effluent, determine the following:<br>C2H4<br>39.12<br>H2O<br>C,H;OH<br>N2<br>45.08<br>2.95<br>0.27<br>12.58<br>Determine the fractional conversion of the excess reactant at maximum<br>extent of the desired reaction.<br>

Extracted text: 2. Ethanol is produced by the hydration of ethylene according to the first reaction below. However, some of the products are converted to diethyl ether according to the second reaction. C2H4 + H20 – C,H;0H 2C2H5OH - (C,H5)20 + H20 The feed to the reactor contains ethylene, steam, and N2 An effluent analysis is given in the following table: (C2H5)20 Component %mol With a basis of 100 kmol of effluent, determine the following: C2H4 39.12 H2O C,H;OH N2 45.08 2.95 0.27 12.58 Determine the fractional conversion of the excess reactant at maximum extent of the desired reaction.

Jun 11, 2022
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