How much degree should the diesel burner of thermal oil boiler burn?

The heat transfer oil boiler diesel burner is a kind of heat transfer oil as the heat carrier for indirect heat transfer. In recent years, the thermal oil boiler diesel burner has the characteristics of uniform heating, accurate temperature control, low vapor pressure and high temperature, good heat transfer effect, energy saving, convenient transportation and operation, and has been widely used in various occasions. What is the maximum temperature of the light oil burner of the electric heat conduction oil furnace? The heat transfer oil used in the heat transfer oil boiler diesel burner can be roughly pided into two types: mineral heat transfer oil and synthetic heat transfer oil. The heat-conducting oil electric heating heat-conducting oil furnace light oil burner generally uses mineral heat-conducting oil, and its maximum temperature should not exceed 300℃. Otherwise, the structure of the heat-conducting oil is unstable, and it is prone to coking at high temperatures, and it is difficult to guarantee the service life of the heat-conducting oil boiler diesel burner system and oil. Synthetic heat transfer oil is generally imported more. First of all, the temperature of northern T66 can be used at 350℃. At present, the highest temperature of light oil burners for heat transfer oil furnaces on the market does not exceed 350°C, generally 250°C, 300°C, 350°C and other models. In the design of electric heating oil heat transfer furnace, the high temperature resistance of flanges, valves, pipes and circulating pumps need to be considered to prevent the leakage of heat transfer oil at high temperatures. In order to ensure the safe operation of the electric heating oil heat transfer furnace, a high temperature resistant 400℃ high temperature stop valve and a heat transfer oil circulating pump are used. If the heat transfer oil leaks in the heat transfer oil boiler diesel burner, it will cause great harm to the system. If the leak cannot be found and treated in time, the leaked heat transfer oil will smoke when the part is overheated, and the open flame will cause a fire. If the heat transfer oil is particulate mist, the area in contact with oxygen is large, and a fire or explosion may occur instantly. If the thermal oil leaks into the insulating layer, it will oxidize and release the heat in contact with the air. The released heat is wrapped in an insulating layer and is not easily dissipated. The accumulation of heat will gradually increase the temperature, and when it exceeds the self-ignition point, it will cause a fire. During the operation of the electric heating heat-conducting oil boiler diesel burner, frequent inspections are easy to leak, and if no insulation measures are found, measures should be taken in time to stop the leakage; for the leakage of insulation measures and the existing oil fume, the insulating materials should be removed immediately to prevent leakage. If the leak is too severe to be effectively blocked, the system must be stopped for repairs or parts replacement. At the spill site, the site where combustibles are removed, and equipped with fire extinguishing equipment. At present, the maximum temperature of electric heating furnace oil can reach 350℃. Too high temperature will accelerate the thermal polymerization reaction and oxidation reaction of the heat transfer oil, forming coking, thereby affecting the service life of the heat transfer oil. The higher the temperature, the more intense the thermal polymerization and oxidation reaction of the heat transfer oil, resulting in coking. For the light oil burner of the electric heating heat conduction oil furnace with a design temperature of 350°C, a nitrogen seal is also required to reduce the generation of carbon deposits. Matters needing attention 1. For the oil and gas heat transfer oil boiler diesel burner with heat transfer oil as the heat carrier, the system should be equipped with an expansion water tank, a water storage tank, safety components, measuring instruments and control devices. 2. When the heat transfer oil is put into use, start the circulating oil pump during the running phase, and start ignition and heating after running for half an hour. When using for the first time, the temperature should rise slowly, about 20℃ per hour. When the temperature rises to 180~200℃, the temperature should be kept for a period of time before normal use. 3. When using, check carefully and strictly prevent the leakage of water, acid, alkali and low boiling point substances into the use system. The system should be equipped with a filter device to prevent all kinds of debris from entering and to ensure the purity of the oil. 4. After six months of use, oil analysis should be performed. If poor heat transfer or other abnormal conditions are found after long-term use, the oil should be analyzed, added or replaced according to the analysis results. Standard dosage: basic carbon must not be greater than 1.0%, acid value must not be greater than 0.5mgK(OH)/g, ignition point change must not be less than 20%, viscosity change must not be greater than 10%, and the new oil should be replaced. 5. In order to ensure the normal service life and heat conduction effect of heat transfer oil, it is strictly prohibited to use over temperature. The design and installation of the heating system of the heat-conducting oil boiler diesel burner shall strictly follow the design rules of the heat-conducting oil boiler light oil burner formulated by the relevant state departments to ensure the safe operation of the system. ! If you are interested in diesel combustion engines, please contact us for a quote!