What is the desired CO2 reading for flame retention oil burners?

The desired CO2 reading for flame retention oil burners typically falls within the range of 10-13%. This range indicates that the combustion process is efficient, meaning that the burner is converting a high percentage of the fuel into energy with minimal unburned hydrocarbons or pollutants being emitted.

When the CO2 levels are within this range, it suggests that there is optimal combustion occurring; the fuel oil is being effectively burned, and enough oxygen is present to convert a significant portion of it into CO2, while also ensuring lower emissions of carbon monoxide (CO) and other harmful byproducts.

Lower CO2 readings may indicate incomplete combustion, where not enough fuel is being converted to CO2, often leading to an increase in soot and carbon monoxide. Conversely, higher CO2 readings could suggest overly efficient burning, potentially leading to higher temperatures and related issues within the burner system.

Setting the CO2 levels to the 10-13% range is essential for maximizing burner efficiency, preventing equipment damage, and minimizing environmental impact.