substance
Carbon monoxide
- Formula
- CO
- CAS
- 630-08-0
- InChIKey
- UGFAIRIUMAVXCW-UHFFFAOYSA-N
- ChEBI
- CHEBI:17245
Made by
No process in the Atlas makes this yet.
When a process with this chemical is added to the library, it appears here.
Used by
- Acetic acid by low-water iridium methanol carbonylation (60 t/h glacial acid, concept)FeedstockConcept · not reviewed
- N,N-Dimethylformamide by carbonylation of dimethylamine (50 kt/a, sodium methoxide in methanol)FeedstockConcept · not reviewed
- Formic acid 85 wt% by methanol carbonylation and methyl formate hydrolysis (50 kt/a)FeedstockConcept · not reviewed
- Methanol synthesis loop and purification (2500 t/d Grade AA, natural-gas syngas)FeedstockConcept · not reviewed
- Phosgene from CO and chlorine over activated carbon (17.3 t/h liquid phosgene, captive)FeedstockConcept · not reviewed
Takes part in
- 2C2H2OgivesC2H4+2COProduct · one process
- 2CH2O+O2gives2CO+2H2OProduct · one process
- 2CH4+O2gives2CO+4H2Product · one process
- C2H6+2H2Oin equilibrium with2CO+5H2Product · one process
- 2CO+O2gives2CO2Reactant · CO burn-off at the charge surface and in the hood · 8 processes
- SiO2+3CgivesSiC+2COProduct · Carbothermal reduction of silica to silicon carbide (Acheson furnace) · one process
- C3H8+3H2Oin equilibrium with3CO+7H2Product · one process
- SiO2+CgivesSiO+COProduct · Silicon monoxide formation (SiO escaping the charge) · one process
- C2H4O2+CO+2H2givesC3H6O2+H2OReactant · one process
- CH4O+COin equilibrium withC2H4O2Reactant · one process
- C2H6+2H2Ogives2CO+5H2Product · one process
- C2H7N+COgivesC3H7NOReactant · one process
- C3H8+3H2Ogives3CO+7H2Product · one process
- CH3NaO+CH4O+COgivesCHNaO2+C2H6OReactant · one process
- CH3NaO+H2O+COgivesCHNaO2+CH4OReactant · one process
- CH4+H2Oin equilibrium withCO+3H2Product · 2 processes
- CH4+H2OgivesCO+3H2Product · one process
- CH4O+COgivesC2H4O2Reactant · one process
- CO+2H2in equilibrium withCH4OReactant · one process
- CO+Cl2in equilibrium withCOCl2Reactant · one process
- CO+3H2givesCH4+H2OReactant · one process
- CO+H2Oin equilibrium withCO2+H2Reactant · 3 processes
- CO+H2OgivesCO2+H2Reactant · one process