The feed gas to a methanol synthesis reactor is composed of 75 mol% H2, 12 mol% CO, 8 mol% CO2, and 5 mol% N2. The system comes to equilibrium at 550 K and 100 bar with respect to the following...

The feed gas to a methanol synthesis reactor is composed of 75 mol% H₂, 12 mol% CO, 8 mol% CO₂, and 5 mol% N₂. The system comes to equilibrium at 550 K and 100 bar with respect to the following reactions:

Assuming ideal gases and the enthalpy of reaction independent of temperatures, calculate equilibrium composition of the mixture.

2H2«g) + CO(g) 2 CH;OHg)<br>H2(g) + Co2(g)<br>2 CO(g) (g)<br>+ H2O<br>

Extracted text: 2H2«g) + CO(g) 2 CH;OHg) H2(g) + Co2(g) 2 CO(g) (g) + H2O

Jun 10, 2022

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The feed gas to a methanol synthesis reactor is composed of 75 mol% H2, 12 mol% CO, 8 mol% CO2, and 5 mol% N2. The system comes to equilibrium at 550 K and 100 bar with respect to the following...

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