CO carbon evolution
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Ask for help: At what temperature and pressure can CO carbonize?
Generally, the possibility of carbon precipitation is different depending on the inconsistency of the working conditions you are in. For example, in a redox atmosphere, carbon precipitation generally begins in an oxidizing atmosphere at more than 600 degrees.
The specific carbon evolution depends on the working conditions of CO. Of course, temperature is one reason, but at the same time, atmosphere and catalyst factors must also be considered.
It is easy to produce carbon under different working conditions.: For example, the carbon evolution of the conversion catalyst from natural gas to methanol is mainly caused by the insufficient water-to-carbon ratio, which causes the occurrence of side reactions; 2CO==2C+O2 CH4==C+2H2 CO+H2==C+H2O We usually call this thermodynamic carbon ； The high alkanes in natural gas are easy to crack and decompose carbon between 400 and 500 degrees Celsius.
Pure CO is simply pressurized, causing the temperature to rise. Will carbon precipitation occur in this case?
This requires knowing the specific temperature, pressure, and material composition. You can use my diagram to calculate it for you.