Cylinder capacity: 9-285m³
Processing capacity: 10-30t/h
Application area: metallurgy industry, chemical industry, building material, mining machinery.
The Wide Application of Sludge Drying Plants
Sludge drying plants can be widely used in activated sludge drying, sewage sludge drying, petrochemical sludge drying, paper sludge drying, dyeing sludge drying, tannery sludge drying, electroplating sludge drying, bio-fermentation bacteria slag sludge drying and other high humidity materials drying, etc.
The Advantages and Special Design of Sludge Drying Plants
Sludge drying plant is designed specifically to dispose sludge with high moisture, high viscosity, high water holding capacity and low calorific value etc. It does special design on the internal structure, which improve the thermal efficiency, and effectively prevent sludge adhesions in the dryer and excessive dryness.
1. High efficiency, energy saving.
Sludge drying plants adopt the new driving device, compared with the general sludge dryer, can savie nearly 20% cost for customers, is to create value for our customers.
2. Going green and environment protection
Sludge drying plants adopt multi-stage cleaning dust removal equipment, and above the requirements of the national environmental standards, reducing environmental pollution.
|
Spec./m
(Dia.×Length） |
Shell Cubage
（m³） |
Capacity
（t/h） |
Installation
Obliquity （%） |
Highest Inlet
Air Temperature （℃） |
Main Motor
（kw) |
Weight
（t） |
|
Φ1.2×8.0
|
9.0
|
1.9～2.4
|
3～5
|
700～800
|
7.5
|
9
|
|
Φ1.2×10
|
11.3
|
2.4～3.0
|
3～5
|
700～800
|
7.5
|
11
|
|
Φ1.5×12
|
21.2
|
4.5～5.7
|
3～5
|
700～800
|
15
|
18.5
|
|
Φ1.5×14
|
24.7
|
5.3～6.6
|
3～5
|
700～800
|
15
|
19.7
|
|
Φ1.5×15
|
26.5
|
5.7～7.1
|
3～5
|
700～800
|
15
|
20.5
|
|
Φ1.8×12
|
30.5
|
6.5～8.1
|
3～5
|
700～800
|
18.5
|
21.5
|
|
Φ1.8×14
|
35.6
|
7.6～9.5
|
3～5
|
700～800
|
18.5
|
23
|
|
Φ2.2×12
|
45.6
|
9.7～12.2
|
3～5
|
700～800
|
22
|
33.5
|
|
Φ2.2×14
|
53.2
|
11.4～14.2
|
3～5
|
700～800
|
22
|
36
|
|
Φ2.2×16
|
60.8
|
13.0～16.2
|
3～5
|
700～800
|
22
|
38
|
|
Φ2.4×14
|
63.3
|
13.5～16.9
|
3～5
|
700～800
|
37
|
45
|
|
Φ2.4×18
|
81.4
|
17.4～21.7
|
3～5
|
700～800
|
37
|
49
|
|
Φ2.4×20
|
90.4
|
19.3～24.1
|
3～5
|
700～800
|
45
|
54
|
|
Φ2.4×22
|
99.5
|
21.2～26.5
|
3～5
|
700～800
|
45
|
58
|
|
Φ2.6×24
|
127.4
|
27.2～34.0
|
3～5
|
700～800
|
55
|
73
|
|
Φ3.0×20
|
141.3
|
30.1～37.7
|
3～5
|
700～800
|
75
|
85
|
|
Φ3.0×25
|
176.6
|
37.7～47.1
|
3～5
|
700～800
|
75
|
95
|
|
Φ3.2×25
|
201
|
42.9～53.6
|
3～5
|
700～800
|
90
|
110
|
|
Φ3.6×28
|
285
|
60.8～76.0
|
3～5
|
700～800
|
160
|
135
|
Technical parameters of indirect heat dryer:
| Shell diameter ×shell Length Items |
Inside diameter of outer shell （mm） |
Inside diameter of inner shell （mm） |
Shell Length （m） |
Shell cubage （m³） |
Shell obliquity |
Lifting blade form |
Highest inlet air temperature （℃） |
Dimensions （m） |
| Φ1.5×15m | 1500 | 500 | 15 | 20.27 | 3-5% | Lifting form | 850 | 16.2×2.7×2.7 |
| Φ1.5×17m | 17 | 22.97 | 18.2×2.7×2.7 | |||||
| Φ1.5×19m | 19 | 25.68 | 20.0×2.9×2.9 | |||||
| Φ1.8×21m | 1800 | 650 | 21 | 35.91 | 3-5% | Lifting form | 850 | 22.5×2.7×2.7 |
| Φ1.8×23m | 23 | 39.33 | 24.5×2.9×2.9 | |||||
| Φ1.8×25m | 25 | 42.75 | 26.5×2.9×2.9 | |||||
| Φ2.2×21m | 2200 | 800 | 21 | 58.10 | 3-5% | Lifting form | 850 | ---- |
| Φ2.2×23m | 23 | 63.61 | ||||||
| Φ2.2×25m | 25 | 69.15 |
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