What are the accessories for industrial burners? What factors determine the heating capacity? Let me answer them one by one.
We should be clear about the intensity of the flame. The higher the furnace temperature, the greater the temperature difference between the furnace and the oil flow, and the greater the heat transfer. The intensity of the flame can be adjusted by controlling the burner; the heating performance is related to the surface area of the furnace tube. The larger the area of the furnace tube where the flame contacts the flue gas, the greater the heat transfer energy of the burner; the total heat transfer coefficient is crucial. The larger the overall heat transfer coefficient of the furnace tube, the more reasonable the furnace structure, and the more heat transfer.
In actual use, the poor combustion of the flame and the coking of the furnace tube will affect the heating capacity of the burner. What are the factors that determine the power? Therefore, it is necessary to pay attention to controlling the complete combustion of the burner to prevent local overheating and coking of the furnace tube.
Industrial burner accessories provide nothing more than the wind system to provide combustion-air, the fuel system to provide fuel, and the control system is generally electronically controlled, also known as the electrical system. Fuels must have physical homogeneity and be able to fluidize. They can be divided into: solid (biomass particles, pulverized coal, etc.), liquid (diesel, kerosene, heavy oil, alcohol oil, miscellaneous oil, waste oil, etc.), gas (natural gas, liquefied gas, city gas, dimethyl ether, etc.), water-coal slurry, etc. Different fuels have different burner accessories. Take a typical diesel burner as an example: in addition to the casing, the air system accessories include: combustion cylinder head, flame stabilizing disc, fan blades, connecting shafts, etc.; the oil system wearing parts include: oil pump, oil nozzle, filter, oil pipe, oil valve core, etc.; the electronic control system wearing parts include: program controller, electric eye, igniter, high-voltage wire, ignition needle, solenoid valve, etc.; necessary consumables: oil pump, oil nozzle, electric eye, high-voltage wire, ignition needle, program controller, igniter.
What are the accessories for industrial burners? What factors determine the heating capacity? Let me answer them one by one.
We should be clear about the intensity of the flame. The higher the furnace temperature, the greater the temperature difference between the furnace and the oil flow, and the greater the heat transfer. The intensity of the flame can be adjusted by controlling the burner; the heating performance is related to the surface area of the furnace tube. The larger the area of the furnace tube where the flame contacts the flue gas, the greater the heat transfer energy of the burner; the total heat transfer coefficient is crucial. The larger the overall heat transfer coefficient of the furnace tube, the more reasonable the furnace structure, and the more heat transfer.
In actual use, the poor combustion of the flame and the coking of the furnace tube will affect the heating capacity of the burner. What are the factors that determine the power? Therefore, it is necessary to pay attention to controlling the complete combustion of the burner to prevent local overheating and coking of the furnace tube.
Industrial burner accessories provide nothing more than the wind system to provide combustion-air, the fuel system to provide fuel, and the control system is generally electronically controlled, also known as the electrical system. Fuels must have physical homogeneity and be able to fluidize. They can be divided into: solid (biomass particles, pulverized coal, etc.), liquid (diesel, kerosene, heavy oil, alcohol oil, miscellaneous oil, waste oil, etc.), gas (natural gas, liquefied gas, city gas, dimethyl ether, etc.), water-coal slurry, etc. Different fuels have different burner accessories. Take a typical diesel burner as an example: in addition to the casing, the air system accessories include: combustion cylinder head, flame stabilizing disc, fan blades, connecting shafts, etc.; the oil system wearing parts include: oil pump, oil nozzle, filter, oil pipe, oil valve core, etc.; the electronic control system wearing parts include: program controller, electric eye, igniter, high-voltage wire, ignition needle, solenoid valve, etc.; necessary consumables: oil pump, oil nozzle, electric eye, high-voltage wire, ignition needle, program controller, igniter.