The spray drying tower is a kind of equipment that can both dry and granulate. It is a commonly used equipment in the fields of biological pesticides, medicine, food microorganisms, etc. The air is filtered and heated into the air distributor on top of the dryer. The hot air enters the drying chamber uniformly and spirally. Through the high-speed centrifugal atomizer or high-pressure atomizer at the top of the tower, the liquid is sprayed into very fine mist droplets, and when the liquid is in contact with air, it can be dried into a finished product in a short time. The finished product is continuously output from the bottom of the drying tower and cyclone separation, the dust material is collected by the pulse bag collector, and the exhaust gas is discharged by the fan.
Application of Linear Burner in Spray Drying Tower
The design of the traditional spray drying tower hot air device can generally use fuel (gas) hot air stove, boiler steam heat exchanger, heat transfer oil heat exchanger or electric heating heat supply management system, etc. The above traditional heating information systems all use heat exchangers, and the efficiency of heat exchangers directly determines the efficiency of thermal energy resource utilization in traditional heating technology systems; moreover, the network life of heat exchangers is mainly limited, and the social cost of maintenance is high. A direct-fired hot air device with a linear burner as the core.
The linear burner is relatively small in size and is directly installed in the air duct. The dry environmental medium can directly contact it and quickly rise to the required working temperature. The direct-fired hot air system device with the linear burner as the core can have two main features of economical energy saving and environmental protection technology.
The combustion mechanism of the linear burner is reasonable, and the combustion area maintains a certain amount of excess air, which not only ensures complete combustion, but also inhibits the formation of nitrogen oxides. The direct-fired hot air device is in direct contact with the air without a heat exchanger, which ensures the effective transfer of combustion heat to the air and has high thermal efficiency.
In addition, easy to use is another feature of the linear burner, and the temperature of the hot air can be changed by adjusting the gas regulating valve.
The spray drying tower is a kind of equipment that can both dry and granulate. It is a commonly used equipment in the fields of biological pesticides, medicine, food microorganisms, etc. The air is filtered and heated into the air distributor on top of the dryer. The hot air enters the drying chamber uniformly and spirally. Through the high-speed centrifugal atomizer or high-pressure atomizer at the top of the tower, the liquid is sprayed into very fine mist droplets, and when the liquid is in contact with air, it can be dried into a finished product in a short time. The finished product is continuously output from the bottom of the drying tower and cyclone separation, the dust material is collected by the pulse bag collector, and the exhaust gas is discharged by the fan.
Application of Linear Burner in Spray Drying Tower
The design of the traditional spray drying tower hot air device can generally use fuel (gas) hot air stove, boiler steam heat exchanger, heat transfer oil heat exchanger or electric heating heat supply management system, etc. The above traditional heating information systems all use heat exchangers, and the efficiency of heat exchangers directly determines the efficiency of thermal energy resource utilization in traditional heating technology systems; moreover, the network life of heat exchangers is mainly limited, and the social cost of maintenance is high. A direct-fired hot air device with a linear burner as the core.
The linear burner is relatively small in size and is directly installed in the air duct. The dry environmental medium can directly contact it and quickly rise to the required working temperature. The direct-fired hot air system device with the linear burner as the core can have two main features of economical energy saving and environmental protection technology.
The combustion mechanism of the linear burner is reasonable, and the combustion area maintains a certain amount of excess air, which not only ensures complete combustion, but also inhibits the formation of nitrogen oxides. The direct-fired hot air device is in direct contact with the air without a heat exchanger, which ensures the effective transfer of combustion heat to the air and has high thermal efficiency.
In addition, easy to use is another feature of the linear burner, and the temperature of the hot air can be changed by adjusting the gas regulating valve.