Gajanand Engineering & Services

 An Industrial Lap Burner (Gas) is a specialized type of gas burner designed for industrial applications such as in furnaces, kilns, ovens, boilers, or other high-heat industrial processes. The term "Lap Burner" refers to a specific style or design of burner, often associated with certain types of flame profiles or combustion characteristics that make it particularly well-suited to large-scale heating processes.

An Industrial Lap Burner (Oil) is an industrial-grade burner designed to use liquid fuels such as diesel or light/heavy oil for combustion in various heating systems, such as boilers, furnaces, and other industrial heating applications. These burners are especially suited for industries where gas supply might be limited or where liquid fuel is preferred due to cost or availability.

Key Features and Functions of the Industrial Lap Oil Burner:

1. Oil-Fired Combustion:

   • The Lap oil burner operates on liquid fuels, such as diesel or heavy fuel oil (HFO), which are atomized into a fine spray and then ignited to produce heat.
   • Oil burners are widely used where gas is not available or where oil is more cost-effective.

2. Burner Output and Application:

   • Industrial Lap Burners are commonly used for medium to large-scale heating systems, with outputs typically ranging from 20 kW to several megawatts, depending on the size of the application.
   • These burners are found in boilers, industrial furnaces, dryers, and process heating systems in sectors like food processing, chemical manufacturing, and textile production.

3. Oil Atomization System:

   • Oil atomization is crucial for the efficient combustion of liquid fuels. The atomization process breaks down the oil into tiny droplets using either:
     • Pressure atomizers, where oil is forced through a nozzle under high pressure.
     • Air atomization, where compressed air is used to atomize the oil, which improves combustion efficiency.
   • Proper atomization is essential for ensuring complete combustion and minimizing pollutants like carbon monoxide (CO) and unburned hydrocarbons.