To oxidize this compound, Linic Lab at the University of Michigan used silver nanoparticles coated in platinum as a plasmonic catalyst. Oxidation of this compound and nitrogen-containing compounds is inhibited by manganese derived from MMT. An iridium atom bonded to two iodines and two equivalents of this molecule is the active catalyst in the Cativa process. This is the heavier of the two major components of both water gas and syngas. In a (*) blast furnace, this compound is used to reduce iron oxide to pure iron. Meat can be packed with this gas in order to maintain its bright red color. This compound is a byproduct of combustion reactions in low oxygen environments such as in car engines. For 10 points, name this toxic diatomic gas that 
To oxidize this compound, Linic Lab at the University of Michigan used silver nanoparticles coated in platinum as a plasmonic catalyst. Oxidation of this compound and nitrogen-containing compounds is inhibited by manganese derived from MMT. An iridium atom bonded to two iodines and two equivalents of this molecule is the active catalyst in the Cativa process. This is the heavier of the two major components of both water gas and syngas. In a (*) blast furnace, this compound is used to reduce iron oxide to pure iron. Meat can be packed with this gas in order to maintain its bright red color. This compound is a byproduct of combustion reactions in low oxygen environments such as in car engines. For 10 points, name this toxic diatomic gas that binds hemoglobin 230 times stronger than oxygen.
To oxidize this compound, Linic Lab at the University of Michigan used silver nanoparticles coated in platinum as a plasmonic catalyst.
carbon monoxide [or CO; do not accept “CO2”] &lt;JL, Chem&gt;