Formaldehyde (HCHO) can be formed by oxidation of methane. The oxidation process takes place by air (71% mole N2, 21 mole % 02) which is provided 20% excess. Methane is provided at the rate of 60...


Formaldehyde (HCHO) can be formed by oxidation<br>of methane. The oxidation process takes place by<br>air (71% mole N2, 21 mole % 02) which is provided<br>20% excess. Methane is provided at the rate of 60<br>mol/s.<br>CH4 + O<br>-- --><br>HCHO + H20<br>CH4 +2 02 -<br>CO2 +2H20<br>i)<br>Sketch the flow chart and perform the<br>material balance<br>ii)<br>Calculate the fractional conversion of<br>methane if there are 15mol/s methane at product.<br>iii)<br>Calculate the fractional yield of formaldehyde<br>if the produced formaldehyde amount is 25 mol/s.<br>

Extracted text: Formaldehyde (HCHO) can be formed by oxidation of methane. The oxidation process takes place by air (71% mole N2, 21 mole % 02) which is provided 20% excess. Methane is provided at the rate of 60 mol/s. CH4 + O -- --> HCHO + H20 CH4 +2 02 - CO2 +2H20 i) Sketch the flow chart and perform the material balance ii) Calculate the fractional conversion of methane if there are 15mol/s methane at product. iii) Calculate the fractional yield of formaldehyde if the produced formaldehyde amount is 25 mol/s.

Jun 07, 2022
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