Linked from

The 55 pages that link to Carbon monoxide, each with the reason it gives.

• CombustionRelated: Incomplete combustion can produce this dangerous pollutant.

• Molecular cloudRelated: Its emission lines provide a practical tracer of molecular cloud structure.

• Blast furnaceRelated: Rising carbon monoxide reduces iron oxides as the charge descends.

• Tobacco smokingRelated: Smoke inhalation exposes smokers to carbon monoxide, stressing the cardiovascular system.

• Catalytic converterRelated: The converter oxidizes this toxic exhaust pollutant into carbon dioxide.

• Coke (fuel)Related: Coke-derived carbon monoxide removes oxygen from iron ore in the furnace.

• BloomeryRelated: It carries out much of the oxygen removal in a charcoal-fired bloomery.

• Formic acidRelated: Industrial formic acid can be produced by reacting carbon monoxide with methanol-derived intermediates.

• SmeltingRelated: In a blast furnace, it removes oxygen from iron oxides.

• HydroformylationRelated: Its carbon atom becomes the additional carbon in the aldehyde product.

• Iron smeltingRelated: It carries much of charcoal’s reducing power into the furnace charge.

• Pig ironRelated: It removes oxygen from iron ore during blast-furnace smelting.

• Dimethyl etherRelated: Poorly mixed or oxygen-limited dimethyl ether combustion can still generate this pollutant.

• Comet nucleusRelated: Its ice is highly volatile and can drive activity far from the Sun.

• IronmakingRelated: It is the principal gas that converts iron oxides into metallic iron in a blast furnace.

• Tobacco smokeRelated: It is a gaseous smoke constituent that reduces blood oxygen delivery by binding hemoglobin.

• Atmosphere of PlutoRelated: Its small atmospheric abundance was measured alongside nitrogen and methane.

• Water–gas shift reactionRelated: It is the carbon-containing reactant and a contaminant removed by the shift reaction.

• Glycolic acidRelated: Carbon monoxide is a feedstock in industrial routes to glycolic acid.

• Blood agentRelated: It is a familiar toxicant that demonstrates the oxygen-binding mechanism associated with blood agents.

• 2I/BorisovRelated: Its abundance in Borisov’s coma was unusually high compared with many Solar System comets.

• Kennicutt–Schmidt lawRelated: CO observations provide a common, indirect estimate of the molecular surface density.

• Methyl formateRelated: Carbon monoxide reacts with methanol to produce methyl formate in an industrial route.

• SyngasRelated: It supplies carbon for many syngas-based chemical syntheses.

• BiliverdinRelated: Heme cleavage releases carbon monoxide alongside biliverdin.

• Copper(I) chlorideRelated: CuCl absorbs carbon monoxide by forming copper(I) carbonyl complexes.

• Interstellar cloudRelated: Its radio emission provides a practical way to estimate molecular cloud locations and masses.

• John Scott HaldaneRelated: Haldane’s research established its toxic action and informed exposure limits.

• Lead(II,IV) oxideRelated: It can reduce red lead to metallic lead while being oxidized to carbon dioxide.

• Telluric ironRelated: Carbon-rich magmas may generate reducing conditions through reactions involving carbon monoxide.