Like this?:MTGreen said:
It comes directly from the energy capacity of the fuel. If we're talking about natural gas, it has an energy density of 56 MJ/kg. https://en.wikipedia.org/wiki/Energy_density#Energy_densities_ignoring_external_components
A burner is a device used to convert fuel into heat energy. The fuel consumption rate refers to the amount of fuel used by the burner in a given period of time.
The type of fuel, burner design, combustion efficiency, and load demand are some of the factors that can affect the burner and fuel consumption rate.
The burner and fuel consumption rate can be measured using various instruments such as flow meters, calorimeters, and fuel gauges. These devices measure the amount of fuel consumed by the burner over a specific period of time.
The most common types of burners include natural gas, propane, diesel, and biofuels. Their fuel consumption rates vary depending on their efficiency and the type of fuel used. For example, a natural gas burner can consume around 7 cubic feet of gas per hour, while a diesel burner can consume around 0.4 gallons of diesel per hour.
The burner and fuel consumption rate can be optimized by regularly maintaining the burner and ensuring its proper functioning. Additionally, choosing a burner with high combustion efficiency and using high-quality fuel can also help reduce fuel consumption rate.