Why do gas burners need to be completely atomized?

Why do gas burners need to be completely atomized?
What type of atomized combustion gas is used for gas burners? This issue is a concern for many users who use gas burners, so why do they need atomization? What is the purpose?
What we want to say about this issue is that the function of the burner is to fully burn, so the main reason for combustion is the amount of oxygen. The sufficient mixing of combustible gases and air is a key issue in combustion. In addition to reducing harmful emissions after combustion (which is our most important issue of low nitriding), there is also another safety issue.
Because the main fuel for gas burners is combustible gases such as natural gas, liquefied petroleum gas, and urban gas. These fuels are flammable and explosive dangerous gases. Attention should be paid to safety during use and storage, otherwise it may occur. Major safety accidents.
Guided operation
1. For newly installed furnace bodies, carefully check whether the gas meets the requirements of the burner before debugging; Check whether the detection instrument on the gas supply pipeline is normal, whether the pipeline valve is opened and closed normally, and whether it is convenient for future use and maintenance.
2. For newly installed pipelines, carefully check the installation reliability and sealing of all pipelines.
3. Users who use a separate gasification station must ensure that the gas supply volume and parameters meet the requirements for safe combustion.
4. The operator carefully reads the equipment manual and is proficient in safety operation knowledge and methods.
5. Before each startup, check if the gas valve is open, otherwise the burner will not work.
6. Activate the power control button on the control cabinet, and the digital display screen will display the current temperature inside the furnace. The temperature of the newly installed furnace body is the ambient temperature.
7. Start the fan control button, and the fan installed on the furnace body can work. If the fan is damaged, the control cabinet will be automatically protected from the next operation.
8. When there are no abnormalities in the operation of the gas turbine, restart the combustion control button. At this point, the combustion program controller begins to operate. It uses certain programs to execute ignition, gas supply, flame detection, and other programs, ultimately achieving safe combustion.
9. When the combustion controller receives signals that are not conducive to combustion (such as ignition faults, unstable air pressure, circuit problems), etc., the combustion controller immediately turns off the gas and sends an alarm signal.
10. If the combustion controller alarms, it must be manually reset by the operator after the fault is resolved before continuing to work.
11. For the operation of the entire equipment, operators should refer to the safety operating procedures and production process requirements in the furnace.
12. When temperature control needs to be adjusted according to production process requirements, operators should refer to the instructions on the intelligent CNC table for adjustment.
Shutdown operation
There are two situations for shutdown: the first is that when the temperature in the furnace reaches the set value, it will automatically shut down. At this point, the operator does not need to take any action. When the temperature inside the furnace falls below the set value, the controller will automatically turn on.
2. The second method is: when manually shutting down and shifting to shut down, the operator should follow the opposite sequence during startup (a. first turn off the combustion control button, b. turn off the fan button, c. finally turn off the power button) to shut down the operation.
3. In case of long shutdown time, the operator shall close the gas pipeline valve to avoid Gas leak.