Simulation of Methanol Production from Synthesis Gas

Fatima Enam


An innovative process scheme to produce methanol from carbon monoxide and carbon dioxide is presented and accessed via simulation. In this configuration, the synthesis gas stream, composed by CO, CO2, and H2 and fed to the methanol synthesis reactor, is produced by means of a reverse-water–gas-shift by which a CO stream is partially converted in carbon dioxide.  A simulation model is applied to define the proper operating conditions to achieve synthesis gas composition targets. The simulation results show that the plant configuration represents a feasible way to produce methanol using carbon dioxide, competitively with the traditional process in which the synthesis gas is produced by a natural gas steam reforming unit. Plotted graphs show the dependency of simulation on variables (temperature, pressure etc).This is useful to understand the changes that will occur if properties of each unit are changed. Since pilot plants are expensive for this type of case, HYSYS gives us an opportunity to observe and realize the plant and the process.



Methanol; Synthesis Gas; Production of methanol; Purification; Simulation; Recycling

Full Text:



  • There are currently no refbacks.

Creative Commons License
This work is licensed under a Creative Commons Attribution 3.0 License.

JOE ©: World Science Publisher United States