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The reactions CH, CH4 + H2 C;H, + H2 → 2 CH, take place in a continuous reactor at steady state. The feed contains 85.0 mole% ethane (C¿Hs) and the balance inerts (I). The fractional conversion of ethane is 0.501, and the fractional yield of ethylene is 0.471. Calculate the molar composition of the product gas and the selectivity of ethylene zo methane production. Basis: 100 mol Feed 100 mol 0.850 mol C2Hg/mol 0.150 mol l/mol ny (mol C2HG) n2 (mol C2H4)

The reactions CH, CH4 + H2 C;H, + H2 → 2 CH, take place in a continuous reactor at steady state. The feed contains 85.0 mole% ethane (C¿Hs) and the balance inerts (I). The fractional conversion of ethane is 0.501, and the fractional yield of ethylene is 0.471. Calculate the molar composition of the product gas and the selectivity of ethylene zo methane production. Basis: 100 mol Feed 100 mol 0.850 mol C2Hg/mol 0.150 mol l/mol ny (mol C2HG) n2 (mol C2H4)

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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The reactions C;H4 + H2 C;H, + H2 → 2 CH4 take place in a continuous reactor at steady state. The feed contains 85.0 mole % ethane (C,H6) and the balance inerts (I). The fractional conversion of ethane is 0.501, and the fractional yield of ethylene is 0.471. Calculate the molar composition of the product gas and the selectivity of ethylene to methane production. Basis: 100 mol Feed 100 mol 0.850 mol C2Hg/mol 0.150 mol l/mol ni (mol C2Hg) n2 (mol C2H4) ng (mol H2) na (mol CHA) n5 (mol I)
Transcribed Image Text:The reactions C;H4 + H2 C;H, + H2 → 2 CH4 take place in a continuous reactor at steady state. The feed contains 85.0 mole % ethane (C,H6) and the balance inerts (I). The fractional conversion of ethane is 0.501, and the fractional yield of ethylene is 0.471. Calculate the molar composition of the product gas and the selectivity of ethylene to methane production. Basis: 100 mol Feed 100 mol 0.850 mol C2Hg/mol 0.150 mol l/mol ni (mol C2Hg) n2 (mol C2H4) ng (mol H2) na (mol CHA) n5 (mol I)
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