General introduction of Ore Slag Rotary Drum Dryer:
The ore slag rotary dryer is a type of industrial dryer employed to reduce or minimize the liquid moisture content of the material it is handling by bringing it into direct contact with a heated gas. The dryer is made up of a large, rotating cylindrical tube, usually supported by concrete columns or steel beams.
The ore slag rotary dryer is a type of industrial dryer employed to reduce or minimize the liquid moisture content of the material it is handling by bringing it into direct contact with a heated gas. The dryer is made up of a large, rotating cylindrical tube, usually supported by concrete columns or steel beams.
Main Features and Working Principle of the Ore Slag Rotary Drum Dryer:
The dryer slopes slightly so that the discharge end is lower than the material feed end in order to convey the material through the dryer under gravity. Material to be dried enters the dryer, and as the dryer rotates, the material is lifted up by a series of internal fins lining the inner wall of the dryer. When the material gets high enough to roll back off the fins, it falls back down to the bottom of the dryer, passing through the hot gas stream as it falls. This gas stream can either be moving toward the discharge end from the feed end (known as co-current flow), or toward the feed end from the discharge end (known as counter-current flow). The gas stream can be made up of a mixture of air and combustion gases from a burner, in which case the dryer is called a direct heated dryer. Alternatively, the gas stream may consist of air or another (sometimes inert) gas that is preheated. When the gas stream is preheated by some means where burner combustion gases do not enter the dryer, the dryer is known as an indirect-heated type. Often, indirect heated dryers are used when product contamination is a concern.
The dryer slopes slightly so that the discharge end is lower than the material feed end in order to convey the material through the dryer under gravity. Material to be dried enters the dryer, and as the dryer rotates, the material is lifted up by a series of internal fins lining the inner wall of the dryer. When the material gets high enough to roll back off the fins, it falls back down to the bottom of the dryer, passing through the hot gas stream as it falls. This gas stream can either be moving toward the discharge end from the feed end (known as co-current flow), or toward the feed end from the discharge end (known as counter-current flow). The gas stream can be made up of a mixture of air and combustion gases from a burner, in which case the dryer is called a direct heated dryer. Alternatively, the gas stream may consist of air or another (sometimes inert) gas that is preheated. When the gas stream is preheated by some means where burner combustion gases do not enter the dryer, the dryer is known as an indirect-heated type. Often, indirect heated dryers are used when product contamination is a concern.
Rotary dryer is used to dry slag, clay, limestone; it is mainly used for cement, chemical, metallurgical, building materials industries. Its advantages are as follows: high dry capacity, smooth rotation, and low energy consumption, easy operation, high output etc
Ore Slag Rotary Drum Dryer Specifications:
Ore Slag Rotary Drum Dryer Specifications:
|
Model
(m) |
Rotary Body Specifics
|
Motor Power
(kw) |
Dimension
(Length×Width×Height)(m) |
Weight
(t) |
||
|
Volume
m3 |
Rotating Speed
r/min |
Slope Angle
% |
||||
|
Φ0.6×8
|
2.26
|
8
|
3-5
|
4-6
|
8×1.23×1.46
|
5.1
|
|
Φ0.8×10
|
5.02
|
7.2
|
3-5
|
4-6
|
10×1.86×2.062
|
6.9
|
|
Φ1×10
|
7.85
|
6.73
|
3-5
|
5.5-6
|
10×1.875×2.069
|
7.5
|
|
Φ1.2×12
|
13.31
|
5.8
|
3-5
|
11-6
|
12×2.159×2.475
|
13.1
|
|
Φ1.5×12
|
21.2
|
4.8
|
3-5
|
15-6
|
12×2.655×2.895
|
22.3
|
|
Φ2.2×14
|
53.22
|
3.2
|
5
|
30-6
|
18×4.5×6.0
|
52.8
|
|
Φ2.4×18
|
81.43
|
3
|
3-5
|
37-6
|
19×5.25×6.5
|
73.3
|
|
Φ2.8×24
|
147.8
|
2.59
|
4.362
|
75-6
|
28×6.0×7.0
|
97
|