A mechanical atomizing burner has oil pumped under high pressure through which component?

In a mechanical atomizing burner, oil is pumped under high pressure through the sprayer plate. The primary function of the sprayer plate is to create a fine mist of oil by breaking the liquid into small droplets as it exits the plate. This atomization is crucial for achieving optimal combustion, as it allows for better mixing of the oil with air, ensuring more efficient burning and reducing emissions.

The design of the sprayer plate, often featuring numerous small orifices or a specially textured surface, helps control the size of the oil droplets, which directly influences combustion characteristics. An effective atomization process contributes to improved energy efficiency and reduced soot production during operation.

While other components, such as multi-spud burners, ring burners, and rotary cups, have unique functions and design profiles, they are not involved in the high-pressure oil distribution process that occurs specifically at the sprayer plate. Each of these components has its own method of delivering or utilizing fuel but does not perform the same role as the sprayer plate in terms of high-pressure atomization.