Guide: The possible reasons for the flameout of the gas heat conduction oil furnace are: the sudden increase of gas pressure causes defiring; the malfunction of the solenoid valve causes the gas supply to be interrupted; the gas composition changes too much, and the moisture content is too high.
The possible reasons for the flameout of the gas heat conduction oil furnace are: the sudden increase of gas pressure causes defire; the malfunction of the solenoid valve causes the gas supply to be interrupted; the gas composition changes too much, and the moisture content is too high. Sudden flameout of the boiler during operation may pose a safety hazard to furnace blasting. Therefore, it is necessary to immediately block the fuel supply of the furnace, close the electromagnetic valve for the gas supply, and then close the fuel supply valve of the incinerator for each operation. It is necessary to check the gas heat conduction oil furnace at any time to ensure the normal operation of the gas heat conduction oil furnace and avoid accidents.
The following is a method to prevent the boiler from stalling! I hope it will help you.
1. For oil-fired boilers, the possibility of water ingress in the transportation, storage, and loading and unloading of oil should be minimized. Oil tanks should have dehydration facilities and be dehydrated regularly. In any case, the safety of oil supply should be ensured. Carry out acceptance and laboratory tests on the supplied oil products to accurately grasp the changes in oil types. When the oil type changes greatly, it is necessary to conduct a mixing test on the incoming oil type and the original storage type of the oil tank to determine whether it can be stored in the same tank to prevent a large amount of insoluble matter from being decomposed and clogged after mixing oil products with very different densities and viscosities. Oil supply pipeline. 2. For gas-fired boilers, it is necessary to closely monitor the changes in the gas supply pressure during operation, deal with the abnormal conditions of the gas supply pressure in time, and ensure that the gas supply pressure is within the normal range. It is necessary to frequently understand and check the composition of the gas. When the composition of the gas changes greatly, take necessary adjustment measures for the operation of the boiler.