Precautions for start-up of heat-conducting oil boiler diesel burner

1. When the pressure difference of the thermal oil boiler diesel burner is unstable, it must not be put into use. 2. When the hot oil temperature is lower than 80℃, the hot oil circulating pump can be stopped. 3. Under the high temperature conditions of the thermal oil boiler diesel burner, a good oil circulation of the system must be ensured. 4. During normal operation, the upper tank should maintain a high level, while the lower tank should be at a low level. 5. Lubricating oil should be injected into various operating equipment as required. 6. The temperature of the hot oil in the diesel burner of the thermal oil boiler shall not exceed the allowable working temperature of the thermal fluid. 8. Do not add water to the stove when the stove is stopped. 9. Ensure good sealing of the slag extractor. 10. The heating of the thermal oil boiler diesel burner must be based on the heating curve. 11. Pay close attention to changes in the nitrogen sealing pressure in the system. When the overpressure is released, the positive pressure of the system is maintained, and the number specified by the nitrogen sealing pressure in the upper and lower tanks is supplemented in time. Matters needing attention when starting the heat transfer oil boiler light oil burner 1. When the pressure difference of the heat transfer oil boiler diesel burner is unstable, it must not be put into use. 2. When the hot oil temperature is lower than 80℃, the hot oil circulating pump can be stopped. 3. Under the high temperature conditions of the light oil burner of the heat transfer oil furnace, a good oil circulation of the system must be ensured. 4. During normal operation, the upper tank should maintain a high level, while the lower tank should be at a low level. 5. Lubricating oil should be injected into various operating equipment as required. 6. The temperature of the hot oil in the diesel burner of the thermal oil boiler shall not exceed the allowable working temperature of the thermal fluid. 8. Do not add water to the furnace when the furnace is stopped. 9. Ensure good sealing of the slag extractor. 10. The heating of the thermal oil boiler diesel burner must be based on the heating curve. 11. Pay close attention to changes in the nitrogen sealing pressure in the system. When the overpressure is released, the positive pressure of the system is maintained, and the number specified by the nitrogen sealing pressure in the upper and lower tanks is supplemented in time. Clean technology If your thermal oil boiler diesel burner is used for a long time or the selected thermal oil is not good or improperly used, coking and carbon deposits will block the pipes and heating surfaces, reduce heat transfer efficiency and increase energy consumption, and finally it will be difficult to meet Production needs. Hot oil boiler diesel combustion engine oil stain cleaning technology Heat transfer oil boiler diesel burner (heat medium boiler diesel burner) is a boiler diesel burner that uses organic heat medium oil as the heat transfer medium, which can be obtained at a lower working pressure Higher working temperature, and quickly promoted to be used in petroleum, chemical, printing and dyeing. Food, chemical fiber, plastics, coatings, building materials and other industrial enterprises are safe and efficient. Problems in the use of thermal oil boiler diesel burners. Problem 1: The condensation of heat transfer oil easily causes the thermal cracking and polymerization chemical reaction of the carbon coking heat transfer oil in the heat transfer zone of the boiler diesel burner to cause thermal cracking and polymerization chemical reactions after high temperature heating, resulting in a decline in oil quality. If the hot oil is gelled, it will thicken, the residual carbon and acid value will exceed the limit, and the coke will precipitate and precipitate, which will cause the coke oil carbon scale in the heat transfer zone of the boiler diesel burner. Question 2: Coke fouling in the heat transfer area will increase energy consumption and cause fire accidents. After petroleum coke fouling accumulates on the heat transfer tube wall of the heat transfer oil boiler diesel burner, not only the heat transfer efficiency is greatly reduced, the fuel cost increases, but also downstream production The process temperature is also affected. In severe cases, it may cause local overheating of the heat transfer wall, rupture of the pipe wall, corrosion and explosion, and cause fire, casualties and other major safety accidents caused by the leakage of heat transfer oil. Heat transfer oil coke scale inhibition control technology 1. Oil degradation accelerates boiler diesel burner carbon coke. In the process of using heat transfer oil boiler diesel burner, the chemical composition of heat transfer oil is prone to high temperature oxidation, cracking decomposition, thermal condensation, etc. due to heat The chemical reaction that takes place gelatinizes the grease. The carbon particles produced by polycondensation greatly increase the residual carbon value of the heat transfer oil and form carbon scale on the heat transfer surface. The scale of oil and carbon endangers the safe operation of boiler diesel burners. The carbon scale formed by the thermal oil product oil coke not only greatly reduces the heat transfer efficiency of the thermal oil boiler diesel burner, but also greatly increases the energy consumption cost, and it also leads to diesel combustion in the thermal oil boiler. The machine-corrosive metal corrodes and scales at high temperatures, the furnace tube metal is damaged by cracks or corroded holes, and the furnace tube can be burned in severe cases. The leakage of heat transfer oil may cause major accidents such as fire and human life. ! If you are interested in diesel combustion engines, please contact us for a quote!