Fly Ash Dryer
1.reliable quality,
2.energy saving,
3.stable operation,
4.durable using,
Fly Ash Dryer Features
Fly ash is the waste heat and power plant, covering large and polluting the environment, and this resource is the cement industry, building materials industry, an important raw material, is there a more valuable raw coal is even a certain amount of precious metals and rare elements is that some industry sources of raw materials can not be ignored. Currently, the use of fly ash dryer, not only of turning waste into wealth, but also brought about social and economic benefits of the double harvest. New fly ash dryer is high efficiency, energy saving, environmental protection.
Structure of Fly Ash Dryer
1.Heat system, 2.Transmission system, 3.Drying system, 4.Dust removal system 5.Hopper, 6.Electric control system.
Fly Ash Dryer Works Theory
Fly ash dryer will first be wet peeling machine conveyor were broken into horizontal, to prevent bulk material into the drying cylinder of the drying effect, has broken into the material and then drying drum, the cylinder body There are many copy board, arranged in spiral, driven by the rotating cylinder, keep the material copied toss board, Young Caesar, and the cylinder wall material again hitting crushing plant, raised by the materials and the wind system, full access to the incoming hot air, heat exchange, evaporation of water to complete the drying, from the discharge port, wet dust discharged through the dust collecting device unity.
Main Features of Fly Ash Dryer
1. The final moisture of the material to ensure that 0.5% is fly ash and slag powder production line of the first products.
2. Cylinder dryer thermal efficiency of self-preservation as much as 80% or more.
3. The coal dryer suitable for fuel, oil, gas, etc.
4. The dryer can be easily regulated according to user requirements needed for final moisture indicators.
5. Outlet temperature is low, the dust removal device for a long time.
The Main Technical Parameters of Fly Ash Dryer
|
Type
(mm)
|
Gradient (%)
|
Rotate Speed(r/min)
|
Inlet Temperature (°C)
|
Power
(Kw)
|
Volume
(m3)
|
Output(t/h)
|
Weight
(t)
|
|
Φ600×6000
|
3-5
|
3-8
|
≤700
|
3
|
1.69
|
0.5-1.5
|
2.9
|
|
Φ800×8000
|
3-5
|
3-8
|
≤700
|
4
|
4.01
|
0.8-2.0
|
3.5
|
|
Φ800×10000
|
3-5
|
3-8
|
≤700
|
4
|
5.02
|
0.8-2.5
|
4.5
|
|
Φ1000×10000
|
3-5
|
3-8
|
≤700
|
5.5
|
7.85
|
1.0-3.5
|
5.6
|
|
Φ1200×10000
|
3-5
|
3-8
|
≤700
|
7.5
|
11.30
|
1.8-5
|
14.5
|
|
Φ1200×12000
|
3-5
|
3-8
|
≤700
|
11
|
13.56
|
2-6
|
14.8
|
|
Φ1500×12000
|
3-5
|
2-6
|
≤800
|
15
|
21.19
|
3.5-9
|
17.8
|
|
Φ1800×12000
|
3-5
|
2-6
|
≤800
|
18
|
30.52
|
5-12
|
25
|
|
Φ2200×12000
|
3-5
|
1.5-6
|
≤800
|
18.5
|
45.59
|
6-15
|
33
|
|
Φ2200×18000
|
3-5
|
1.5-6
|
≤800
|
22
|
68.38
|
10-18
|
53.8
|
|
Φ2200×20000
|
3-5
|
1.5-6
|
≤800
|
30
|
75.98
|
12-20
|
56
|
|
Φ2400×20000
|
3-5
|
1.5-5
|
≤800
|
37
|
90.43
|
18-30
|
60
|
|
Φ3000×20000
|
3-5
|
1.5-5
|
≤800
|
55
|
141.3
|
25-35
|
78
|
|
Φ3000×25000
|
3-5
|
1.5-5
|
≤800
|
75
|
176.6
|
32-40
|
104.9
|