Centrifugal spray drying system for ceramic applications
Water evaporation capacity: 800 kg/hour
Capacity: 655 to 800 kg per hour based on feeding material solid content at 45% to 50%
Spray drying technology is widely used in liquid shaping process and drying industry to produce powder or small particles from liquid materials such as solution, emulsion, and pumpable paste
System Components
Air filter
Gas-fired hot blast stove
Main tower
Material receiving system
Induced air system
Mono pump
Centrifugal atomizer
Operating Principle
Cold air is filtered through the filter and enters the gas-fired hot blast stove, where it is mixed with high-temperature flue gas generated by gas combustion to form hot air at a suitable temperature
After being filtered again, hot air enters the air distributor at the top of the spray tower and spirally runs to the bottom of the tower
Feed liquid is pumped to the centrifugal atomizer at the top of the tower by mono pump, where it is torn into tiny mist droplets
Feed liquid droplets and hot air are in co-current contact, heat exchange is fully carried out, and moisture is rapidly vaporized and evaporated, drying into a finished product in a very short time
System Features
Burner is imported from Italy, with high safety and low failure rate, equipped with a proportional control valve that can automatically control inlet air temperature according to different drying requirements, control accuracy ±2 °C
Large tower diameter effectively reduces sticking phenomenon
Unique air inlet spiral distributor is patented, ensuring air volume is absolutely uniform on the circumference of the tower body and minimizing material sticking to the wall
Advanced and convenient cleaning door facilitates operation, ensures absolute sealing, prevents material sticking around the cleaning door, and facilitates cleaning
Inside of the tower is absolutely mirror polished without any dead angle to avoid sticking materials and facilitate cleaning
Tower body and pipeline are equipped with quick-opening cleaning holes and sewage holes to facilitate cleaning
Equipment is equipped with air hammers in the straight section of the main tower, the cone, and the cyclone cone so that dry powder will not be adsorbed on the wall
Material discharge adopts an external high temperature resistant air shutoff device that can continuously discharge material
Dust removal system adopts first-level cyclone separation plus pulse bag filter, improving material yield and discharging up to standard to meet environmental protection requirements
Control system adopts PLC control, easy to operate, wide range of adaptation, does not require professional operators
Outlet air temperature and feeding speed can be interlocked and controlled, improving equipment operation stability
Tower body and filter are equipped with differential pressure gauges that can display system operating pressure in real time
Main Designed System Parameters
Water evaporation capacity: 800 kg/hour
Inlet hot gas temperature: 500 °C
Hot blast stove power: 1.5 kW
Gas consumption: 250 m³/hour
Compressed air consumption: 3.8 m³/minute
Drying Tower Details
Air inlet spiral case leads hot air to enter spray tower smoothly and uniformly
Hot air distributor is set to achieve uniform hot air in the tower
Increased stability of tower
Exhaust Air and Product Collecting
Exhaust air and product collecting system included
Control System
PLC control system
Shipping
Requires 3 40-foot containers
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