Question

Ethylene can be produced in a continuous dehydrogenation process at steady state. $C_2H_6 -> C_2H_4 + H_2$ $C_2H_6 + H_2 -> 2CH_4$ The feed contains 85.0 mole% ethane ($C_2H_6$) and the balance inerts (I). The fractional conversion of ethane is 0.501, and the selectivity of ethylene to methane is 7.7. Calculate the molar composition of the product gas and the fractional yield of ethylene.

Name: ethylene can be produced in a continuous dehydrogenation process at steady state c2h6 c2h4 h2 c2h6 h2 2ch4 the feed contains 850 mole ethane c2h6 and the balance inerts i the frac 86626
Uploaded: 2022-10-27T16:25:17-08:00
Duration: 4 min 51 s
Channel: Adi S
Description: ethylene can be produced in a continuous dehydrogenation process at steady state c2h6 c2h4 h2 c2h6 h2 2ch4 the feed contains 850 mole ethane c2h6 and the balance inerts i the frac 86626

          Ethylene can be produced in a continuous dehydrogenation process at steady state.
$C_2H_6 -> C_2H_4 + H_2$
$C_2H_6 + H_2 -> 2CH_4$
The feed contains 85.0 mole% ethane ($C_2H_6$) and the balance inerts (I). The fractional conversion of ethane is 0.501, and the selectivity of ethylene to methane is 7.7.
Calculate the molar composition of the product gas and the fractional yield of ethylene.

$ethylene can be produced in a continuous dehydrogenation process at steady state c2h6 c2h4 h2 c2h6 h2 2ch4 the feed contains 850 mole ethane c2h6 and the balance inerts i the frac 86626$

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