Nebraskan
Assoc. Winemaker
Also the article you linked does state that oven and range burners are special and designed for indoor (its more the the air fuel mix which accomplished by special sized orafices ) .
I did not find that in either of the 2 articles I linked above, about the fuel air mixture and orifices. Perhaps you could post it here?
What I did find was that re-burn was the major contributing factor of extreme levels of CO, either from emergency heating units in small enclosed and air tight enclosures (tents, etc) or from cook stoves that are used over a long extended period. A quote from the second link:
"For natural and LP gas, higher quantities of carbon monoxide are created when any of these things happen:
1. The burner flame “impinges” or hits metal while burning.
2. The flame burns with less oxygen than it needs.
3. The flame RE-burns air it has burned before.
An open burner on a residential gas stove produces almost NO carbon monoxide. As soon as you put a metal pot on the burner, CO output rises and can run anywhere from 20 to 100ppm (parts per million.) This is because the ends of the burner flames are contacting the metal pot.
As the pot heats up, the amount of CO being produced starts to drop, although it never gets back to 0ppm.
A gas oven can produce anywhere from 100 to 800ppm CO when it operates. These levels are within the requirements published in the AHRI standards. Knowing this, it is wise to crack a window open when using a gas oven for an extended period of time – like baking a turkey."
This is a bunch off off topic of the Original Post. For what it's worth, there is one thing I do not care for on this burner and that is the lack of sufficient pot support. There is only 3 "rods" that go toward the center for the pot to sit on and my opinion, that is not enough. I have seen many burners with several pot support brackets and that would be preferable.