Fluidization Calciner: An Enclosed System Without Contamination

• Certification: CE, ISO
• Place Style: Vertical
• Range of Applications: Industrial
• Type: Calcination Furnace
• Usage: Material Calcining
• Fuel: All Except Electric
• Model NO.: not defined
• Operation Mode: Intermittent or Continuous Operation
• Operation Temperature: up to 1000 Degrees Celsius
• Heating Method: Direct or Indirect
• Temperature Control: Even Heating of The Material
• Transport Package: Suitable for Shipping
• Specification: variable
• Trademark: DONGDA POWDER ENGINEERING
• Origin: Benxi, China

Product Description

Brief introduction:

     The fluidization calciner facilitates the flow of material within the fluidized bed by utilizing high

temperature air. The process of calcination is carried out in a sequential manner through fluidization.

Working principle:

     The fluidized bed is an airtight system that consists of a fluidizing chamber, a fluidizing hole plate, a high-

temperature air chamber, and a base. The choice of wall material for the fluidized chamber and other

sections depends on the temperature and properties of the calcining material. The high-temperature air is

used to heat the material flowing inside the fluidized chamber, and after continuous fluidization

process, the qualified material is discharged through an outlet hole.

Performance & features:
 

1. The operation can be either intermittent or continuous, ensuring even heating of the material.

2. Accurate temperature control of the material is achieved.

3. An enclosed system prevents contamination.

4. The operating temperature can reach up to 1000 degrees Celsius.

5. Hot air for calcining may be direct or indirect heat-exchange air, with the latter having a temperature higher than 750 degrees Celsius.

6. Gas, liquid, or fire coal may be used as fuel.

Schematic diagram of fluidization roasting:
1. Fluidization bed 
2. Cyclone dust collector
3. Air blower
4. Filter
5. Combustion system

The suitable material:
 

1. Calcination of pyrite for desulfurization, phosphate calcination, coal excitation, and mineral calcination.

2. High-temperature calcination for the oxidation of metal carbides and decomposition of chemicals.

3. Incineration of domestic or industrial waste.

Other related pictures at application sites: