Potash conditioning system

Achieve optimal potash granule polishing and drying with precise control over moisture and glazing processes, enhancing quality and operational efficiency in your continuous production line.

Conditions and Dries Granular Potash

The GEA Potash Conditioning System is an expertly designed solution for chemical producers and mining companies, featuring a conditioning drum and fluid bed to enhance potash granule production. This system excels in glazing, polishing, and drying processes, seamlessly integrating into continuous operations to improve product quality and efficiency. With adjustable lifters, drum angle, and spray pattern, it offers precise control over product specifications, ensuring uniform granule coating and minimized dust. The system efficiently handles high-speed operations, maintaining stable moisture levels and temperatures while reducing energy consumption. Built for durability, it’s compatible with corrosive materials, ensuring longevity and reliability in challenging industrial environments.

Benefits

  • Enhances product quality by ensuring consistent granule coating and polishing.
  • Increases energy efficiency through optimized drying and fluidization processes.
  • Minimizes dust emissions and waste, contributing to a cleaner work environment.
  • Allows for rapid adjustment to meet specific product specifications, reducing changeover time.
  • Supports continuous high-speed operations, boosting overall production efficiency.

General


Applications
Fertilizers,Potash,Minerals
End products
Dry potash,Granular potash,Potash granules,Coated potash,Polished potash
Steps before
granulation,particle size adjustment
Steps after
packaging,storage
Input ingredients
potash feed,moisture content,temperature,spray water
Output ingredients
glazed potash,polished potash,dried potash,granules,re-crystallized surface
Market info
GEA is known for its expertise in engineering innovative and sustainable equipment and solutions, focusing on sectors such as food, beverages, pharmaceuticals, and energy, with a reputation for quality, efficiency, and advanced technological applications in industrial processing.

Technical Specifications


Feed rate
Continuous and stable
Moisture content
Consistent
Residence time
Adjustable
Rotation speed
Adjustable
Drum angle
Adjustable
Spray pattern
Adjustable
Underflow discharge gate valve
Controls material bed depth
Fluidization air supply
Forced draft fan
Exhaust system
Baghouse for dust collection
Humidity environment
High

Operating Characteristics


Working mechanism
Conditioning drum and fluid bed dryer
Integrated steps
Glazing,polishing,drying
Flow type
Continuous
Fluidization control
Plug flow with adjustable underflow discharge gate valve
Automation level
PLC-Controlled
Airflow management
Forced and induced draught fans
Energy efficiency
Sub-atmospheric conditions to minimize air sealing

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm

Physical Characteristics


Drum Size
Variable
Discharge Method
Discharge Chute

Custom Options


Lifter Type
Adjustable
Drum Angle
Adjustable
Spray Pattern
Adjustable
Rotation Speed
Adjustable
Residence Time
Adjustable
Underflow Discharge Gate Valve
Adjustable