1. Ignition start: the ignition system will start, and the ignition energy (such as natural gas or fuel oil) will be introduced into the incineration device through the ignition device. The ignition energy will ignite the combustible materials in the combustion chamber.
2. combustion control: once the ignition is successful, the combustion control system will monitor the temperature and oxygen content in the incineration room and make adjustments according to the preset parameters. The combustion control system can control the fuel supply and adjust the air volume or oxygen supply to maintain the stability and efficiency of the combustion process.
3. Flue gas treatment: During incineration, the generated flue gas will be treated by the flue gas treatment system. The flue gas treatment system can include filters, desulfurization devices, denitrification devices, etc. to reduce the emission of pollutants in flue gas.
4. temperature control: the temperature in the incineration device needs to be kept within a suitable range to ensure the effect and safety of the combustion process. The temperature control system can adjust the temperature in the incineration room by controlling the fuel supply and adjusting the air volume.
5. Shut down and stop: When it is necessary to stop the incineration device, it can be realized by turning off the fuel supply and air volume control, and stopping the ignition system. After stopping, it is necessary to clean and maintain the incineration chamber and flue gas treatment system to ensure the normal operation of the equipment.