Principles of Combustion in Heating Systems Quiz

Combustion requires oxygen as a primary reactant.

Natural gas is the predominant fuel choice for heating systems.

Complete combustion results in the formation of water and carbon dioxide as the main byproducts.

The flue removes combustion byproducts from the heating system.

Incomplete combustion often produces carbon monoxide as a byproduct.

Exhaust is not a component of the fire triangle, which comprises fuel, heat, and oxygen.

Autoignition Temperature is the minimum temperature for flameless combustion of a fuel.

The burner ignites the fuel-air mixture to initiate combustion in a heating system.

The efficiency of combustion is primarily influenced by the type of fuel used.

The combustion air supply furnishes oxygen necessary for combustion in a heating system.

Complete combustion is the most efficient combustion process, producing water and carbon dioxide as byproducts.

Efficiency is the ratio of heat output to heat input in a heating system.

Flue gas recirculation reduces the temperature of combustion gases before release into the environment.

Compression ignition combustion is commonly used in internal combustion engines.

Pyrolysis involves heating a solid material to release volatile gases for combustion.