Power Saving Wet FRP Cooling Tower

Model NO.: SWJY-CT037
Noise Level: Ultra Low
Application Fields: Air Conditioning
Certification: ISO, CE
Condition: New
Brand: Swjy
Main Material: FRP GRP Fiber Reinforce Plastic
Shape: Round, Square
Type: Standard, Low Noise, High Temperature, Industrial
After-Sales Service Provided: Overseas Service Center Available
Place of Origin: Hebei, China (Mainland)
Packaging Details: According to Customers Requirements.
Delivery Detail: Within 30 Days After Receive Order
FRP Colour: All Colour
Net/Operation Weight: 500kg-100000kg
Trademark: SWJY
Transport Package: According to Customers Requirements.
Specification: complete
Origin: Hebei, China
HS Code: 84195000
Model NO.: SWJY-CT037
Noise Level: Ultra Low
Application Fields: Air Conditioning
Certification: ISO, CE
Condition: New
Brand: Swjy
Main Material: FRP GRP Fiber Reinforce Plastic
Shape: Round, Square
Type: Standard, Low Noise, High Temperature, Industrial
After-Sales Service Provided: Overseas Service Center Available
Place of Origin: Hebei, China (Mainland)
Packaging Details: According to Customers Requirements.
Delivery Detail: Within 30 Days After Receive Order
FRP Colour: All Colour
Net/Operation Weight: 500kg-100000kg
Trademark: SWJY
Transport Package: According to Customers Requirements.
Specification: complete
Origin: Hebei, China
HS Code: 84195000
Power Saving Wet FRP Cooling Tower

Introductions:
FRP counter & cross flow water cooling tower is designed to economic and save water, it is a huge advance in industry. We take Fiber reinforced plastic as the materials of cooling tower. The standard water cooling tower can afford the highest temperature is 60°C. If the temperature is higher than 60°C,we suggest you choose the High temperature cooling tower which can afford 100°C.
 Power Saving Wet FRP Cooling Tower


Product features:
1 Excellent performance
2 High Quality
3 Environmental protection and energy conservation
4 Good shape with small outside size, light weight
5 Low Noise: The lowest noise blower and unique noise elimination technology is adopted to reduce the noise to a minimum level.
6 Type: Standard, low noise and High temperature, industrial type to meet customer's needs.
Simple operation and maintenance: CTNC intelligent control system is adopted to realize labor free management
7 Cooling capacity ranges from 3 to 780 M3/h, relevant refrigeration ton is from 5 to1000.
 Power Saving Wet FRP Cooling Tower

Structures and working principle:
Optimum structure: All structures can be treated with rust-removing, hot dipped galvanized Steel. All can bear corrosion, have high strength, be easily assembled and have elegant surface.
    1 Body: The cooling tower body is made of stabilization material---FRP, which is anti-aging, anti-corrosion, resisting ultraviolet radiation, without fading and distortion. It has long service life.
    2 Fan: Use special fan with variable section, twist and pitching blade. The fan Works at an equal speed, a low self moving pressure, an energy-saving use and a low noise. Fixing angle of blade is changeable to meet the work demands and improve the efficiency. The angles of all fans are regulative and axial-flow, which made of advanced engineering plastics.
    3 Motor: All the motors (380V/3φ /50Hz mostly) of the cooling tower are sealed, which can be used in the severe weather and circumstances.
    4 Fill: The fill is made of polyvinyl chloride which is hard and heat-resisting, be able to be extended the time and space of heat exchange. The temperature in the water is up to 54. And the special structure enables the water to touch the fill in the biggest area with low air resistance. The energy exchanging efficiency is very high.
    5 Rotating pipe model which is made of FRP.
6 Brackets: All steel structure brackets are galvanized and corrosion resistant. The usage life is twice longer compared with similar products.
    7 The casing and water plate of the cooling tower are made of fiberglass, which will not be corroded, and no painting is needed. They can be used for a long time with very low maintenance cost.

Power Saving Wet FRP Cooling Tower


 Reference specification  round counter flow cooling tower CDBNL3 series
Type T=28ºCcooling water flow
(m3/h)		 T=27ºCcooling water flow (m3/h) Dimension (mm)  
air volume (m3/h)		  Fan diameter
(mm)		  
Motor
power
(kw)		 Weight
(kg)		 Water pressure
104pa		 Noise
Db(A)		 Diameter
Dm
t=5ºC t=8ºC t=5ºC t=8ºC total height maximum diameter Self
-
weight		 Running
weight		 Dm 10m 16m
CDBNL3-12
CDBNL3-20
CDBNL3-30
CDBNL3-40		 12
20
30
40		 9
15
22
30		 15
24
35
46		 10
17
27
34		 2972
3062
3281
3781		 1600
2000
2400
2400		 7200
12400
18000
21500		 700
800
1200
1200		 0.6
0.8
0.8
1.1		 306
330
546
618		 584
644
1100
1258		 1..90
2.00
2.21
2.60		 50.0
50.0
51.0
51.0		 37.1
36.3
39.5
39.5		 33.5
32.6
35.9
35.9		 1.5
1.5
1.8
1.8
CDBNL3-50 CDBNL3-60 CDBNL3-70 CDBNL3-80 50
60
70
80		 37
44
51
61		 57
68
79
92		 44
51
60
70		 3816
4066
4153
4403		 2800
2800
3300
3300		 28000
32300
39200
43400		 1400
1400
1600
1600		 1.5
1.5
2.2
2.2		 756
950
998
1083		 1640
1752
2272
2451		 2.65
2.90
2.78
2.03		 51.0
52.0
52.0
52.5		 40.7
41.7
43.0
43.5		 37.1
38.1
39.0
39.5		 2.1
2.1
2.5
2.5
CDBNL3-100
CDBNL3-125
CDBNL3-150
CDBNL3-175		 100
125
150
175		 74
92
112
131		 114
142
171
200		 86
108
129
150		 4410
4690
4765
5015		 3900
3900
4600
4600		 56000
67200
84000
94300		 1800
1800
2400
2400		 3.0
4.0
4.0
5.5		 1230
1320
2045
2182		 3322
3422
4475
4808		 2.86
3.15
2.90
3.15		 53.0
54.0
54.0
55.0		 46.0
46.7
47.5
48.5		 42.0
43.4
44.1
45.1		 3.0
3.0
3.6
3.6
CDBNL3-200
CDBNL3-250
CDBNL3-300
CDBNL3-350		 200
250
300
350		 153
186
225
267		 231
283
334
395		 180
215
260
304		 5194
5444
5713
5963		 5700
5700
6400
6400		 112000
134300
168000
187400		 2800
2800
3400
3400		 5.5
7.5
7.5
11.0		 2663
2875
4132
4434		 6123
6892
9805
10479		 3.01
3.26
3.50
3.75		 55.0
56.0
56.0
56.5		 49.6
50.6
51.8
52.3		 46.3
47.3
48.5
49.0		 4.2
4.2
5.0
5.0
CDBNL3-400
CDBNL3-450
CDBNL3-500
CDBNL3-600		 400
450
500
600		 301
343
375
454		 455
514
576
680		 341
387
427
516		 6269
6519
6890
7390		 7400
7400
8200
8200		 224000
242000
280000
302200		 3800
3800
4200
4200		 11.0
11.0
15.0
18.5		 4995
5341
6612
7414		 12782
14160
17102
12904		 3.60
3.85
3.70
4.20		 57.0
57.0
57.0
58.0		 53.8
53.8
55.0
56.0		 50.7
50.7
51.9
52.4		 5.9
5.9
6.6
6.6
Reference specification Square cross-flow cooling tower AHBLD, HBLCD series
Type T=28ºCcooling water flow
(m3/h)		 T=27ºCcooling water flow (m3/h) Dimension(mm) air volume (m3/h) Fan diameter
(mm)		 Motor installed capacity
(Kw)		 Weight
(t)		 Noise 
db(A)
t=5ºC t=8ºC t=5ºC t=8ºC length width Height self-weight Running
weight
AHBLD
HBLD-300		 300 225 343 255 7250 3810 4514 167000 3400 7.5 5.85 13.38 59.0
AHBLD
HBLD-500		 500 377 576 427 8030 4650 5320 260000 4200 11.0 9.20 17.24 61.5
AHBLD
HBLD-700		 700 528 803 596 8930 6640 5320 370000 5000 18.5 12.95 26.05 62.6
AHBLCD
HBLCD-300		 300 225 343 255 10650 3810 6230 167000 3400 7.5 7.05 14.18 52.5
AHBLCD
HBLCD-500		 500 377 576 427 11640 4650 7030 26000 4200 11.0 10.8 18.84 53.7
AHBLCD
HBLCD-700		 700 528 803 596 12540 6640 7180 37000 5000 18.5 14.75 26.81 54.5
Reference specification Square counter flow cooling tower
DFN series
Type T=28ºCcooling water flow
(m3/h)		 T=27ºCcooling water flow (m3/h) Dimension (mm) air volume (m3/h) Fan   diameter
(mm)		 Motor
power 
(kw)		 Weight
(t)		 intake pressure 104pa Noise 
Db(A)		 diameter Dm
t=5ºC t=8ºC t=5ºC t=8ºC total height widthB self-weight Running
weight		 Dm 10m 16m
DFNL-100
DFNDP-100
DFNGP-100		 100 74.4 118.7 86 3830
4390
4690		 2600 62000 1800 3.0/1.5 1.9
2.16
2.46		 2.44
3.78
5.7		 6.2 59 52 47 3.02
DFNL-150
DFNDP-150
DFNGP-150		 150 109.8 175.1 126.9 4050
4670
4970		 3000 84000 2400 4.0/2.0 2.6
2.91
3.31		 3.32
5.07
7.63		 6.3 60.5 54 50.6 3.47
DFNL-200
DFNDP-200
DFNGP-200		 200 148.9 237.4 172.1 4340
4960
5260		 3600 115000 2800 5.5/2.7 3.1
3.55
4.44		 4.13
6.66
10.56		 6.5 62 55.6 52.3 4.15
DFNL-300
DFNDP-300
DFNGP-300		 300 224.9 350.5 258.3 5010
5690
5990		 4300 158600 3400 7.5/3.7 4.4
5.04
5.91		 5.88
9.48
14.79		 5.8 62 57.8 54.5 4.94
DFNL-400
DFNDP-400
DFNGP-400		 400 299.9 476.4 344.4 5300
6040
6340		 4800 213000 3800 11/5.5 5.3
6.1
6.96		 7.14
10.57
18.02		 6 62.5 58.8 55.7 5.51
DFNL-500
DFNDP-500
DFNGP-500		 500 374.9 584.3 430.4 5900
6700
7000		 5300 265000 3800 15/7.5 6.6
7.58
8.64		 8.85
13.11
19.7		 6.4 62.5 59.3 56.2 6.08
DFNL-600
DFNDP-600
DFNGP-600		 600 448.5 698.9 514.9 6140
6980
7280		 6000 317500 4200 15/7.5 8.42
9.68
10.85		 11.3
34.56
28.13		 6.5 62.5 60.5 57.4 6.88
DFNL-750
DFNDP-750
DFNGP-750		 750 561.7 875.3 644.9 6440
7290
7590		 6800 400000 4200 22/11 10.8
12.41
13.84		 14.5
23.51
36.04		 6.8 63 61.4 58.4 7.79
DFNL-900
DFNDP-900
DFNGP-900		 900 673.4 1049.5 773.2 6950
7900
8200		 7300 490000 4700 30/15 12.5
14.36
15.93		 16.76
25.46
38.13		 7 63.8 62.9 60 8.36
DFNL-1050
DFNDP-1050
DFNGP-1050		 1050 786.6 1225.9 903.1 7150
8100
8400		 7800 556000 4700 30/15 15.1
17.22
18.94		 19.97
31.82
48.14		 7 64.6 63.1 53.9 8.93
Reference specification Non-filling spraying cooling tower YJGWL-800~5000 series
Type T=28ºC cooling water flow (m3/h) Size                                                (mm) At= 10t Fixing atomizer(set) Fan diameter
(mm)		 whole pressure air volume (m3/h) Motor power  KW Water inlet pressure Mpa Inlet pipe   mm atmospheric pressure Pa self-weight  t Running weight  t Noise  Db    (A)
  t=6 t=10 t=25 L W H H1 H2 H3 Dm
YJGWL-800 1000 800 650 8400 8400   3000 4600 2000 16 4700 102 6.2 x106 30   Φ 300 x 2 11.1 17.6 ≤70
YJGWL-1000 1200 1000 800 9400 9400 10300 3000 5100 2200 20 4700 115 7.8 x106 37   Φ 300 x 2 13.5 21.2 ≤70
YJGWL-1200 1500 1200 1000 10400 10400 11100 3600 5100 2400 24 5460 105 9.3 x10s 45   Φ350 x 2 16.9 26.6 ≤70
VJGWL-1500 2000 1500 1200 11200 11200 11900 4200 5100 2600 30 6000 120 12.0x106 55 0.1 Φ 350 x 2 18.2 29.1 ≤70
YJGWL-2000 2500 2000 1500 13000 13000 13700 4600 6100 3000 42 7000 123 16.0x10s 90 - Φ 400x2 100400 24.7 40.1 ≤70
YJGWL-2500 3000 2500 2000 14600 14600 14200 4600 6100 3500 48 8000 135 20x105 110 0.15 Φ 450 x 2 28.6 47.1 ≤70
VJGWL-3000 3500 3000 2500 16000 16000 14400 4600 6100 3700 64 8530 130 24x105 110   Φ 500 x 2 37.8 52.2 ≤70
YJGWL-3500 4000 3500 3000 17000 17000 16100 5000 7100 4000 72 8530 135 27.3 x105 132   Φ 600 x 2 42.5 56.3 ≤70
YJGWL-4000 5000 4000 3500 18000 18000 16500 5000 7100 4400 80 9140 138 32.3 x10s 132   4> 600 x 2 50.1 68 ≤70
YJGWL-5000 6000 5000 4000 20000 20000 17700 5600 7100 5000 100 10060 1 40.6x105 185   Φ 700 x 2 61 80.7 ≤70
Power Saving Wet FRP Cooling Tower

Introductions:
FRP counter & cross flow water cooling tower is designed to economic and save water, it is a huge advance in industry. We take Fiber reinforced plastic as the materials of cooling tower. The standard water cooling tower can afford the highest temperature is 60°C. If the temperature is higher than 60°C,we suggest you choose the High temperature cooling tower which can afford 100°C.
 Power Saving Wet FRP Cooling Tower


Product features:
1 Excellent performance
2 High Quality
3 Environmental protection and energy conservation
4 Good shape with small outside size, light weight
5 Low Noise: The lowest noise blower and unique noise elimination technology is adopted to reduce the noise to a minimum level.
6 Type: Standard, low noise and High temperature, industrial type to meet customer's needs.
Simple operation and maintenance: CTNC intelligent control system is adopted to realize labor free management
7 Cooling capacity ranges from 3 to 780 M3/h, relevant refrigeration ton is from 5 to1000.
 Power Saving Wet FRP Cooling Tower

Structures and working principle:
Optimum structure: All structures can be treated with rust-removing, hot dipped galvanized Steel. All can bear corrosion, have high strength, be easily assembled and have elegant surface.
    1 Body: The cooling tower body is made of stabilization material---FRP, which is anti-aging, anti-corrosion, resisting ultraviolet radiation, without fading and distortion. It has long service life.
    2 Fan: Use special fan with variable section, twist and pitching blade. The fan Works at an equal speed, a low self moving pressure, an energy-saving use and a low noise. Fixing angle of blade is changeable to meet the work demands and improve the efficiency. The angles of all fans are regulative and axial-flow, which made of advanced engineering plastics.
    3 Motor: All the motors (380V/3φ /50Hz mostly) of the cooling tower are sealed, which can be used in the severe weather and circumstances.
    4 Fill: The fill is made of polyvinyl chloride which is hard and heat-resisting, be able to be extended the time and space of heat exchange. The temperature in the water is up to 54. And the special structure enables the water to touch the fill in the biggest area with low air resistance. The energy exchanging efficiency is very high.
    5 Rotating pipe model which is made of FRP.
6 Brackets: All steel structure brackets are galvanized and corrosion resistant. The usage life is twice longer compared with similar products.
    7 The casing and water plate of the cooling tower are made of fiberglass, which will not be corroded, and no painting is needed. They can be used for a long time with very low maintenance cost.

Power Saving Wet FRP Cooling Tower


 Reference specification  round counter flow cooling tower CDBNL3 series
Type T=28ºCcooling water flow
(m3/h)		 T=27ºCcooling water flow (m3/h) Dimension (mm)  
air volume (m3/h)		  Fan diameter
(mm)		  
Motor
power
(kw)		 Weight
(kg)		 Water pressure
104pa		 Noise
Db(A)		 Diameter
Dm
t=5ºC t=8ºC t=5ºC t=8ºC total height maximum diameter Self
-
weight		 Running
weight		 Dm 10m 16m
CDBNL3-12
CDBNL3-20
CDBNL3-30
CDBNL3-40		 12
20
30
40		 9
15
22
30		 15
24
35
46		 10
17
27
34		 2972
3062
3281
3781		 1600
2000
2400
2400		 7200
12400
18000
21500		 700
800
1200
1200		 0.6
0.8
0.8
1.1		 306
330
546
618		 584
644
1100
1258		 1..90
2.00
2.21
2.60		 50.0
50.0
51.0
51.0		 37.1
36.3
39.5
39.5		 33.5
32.6
35.9
35.9		 1.5
1.5
1.8
1.8
CDBNL3-50 CDBNL3-60 CDBNL3-70 CDBNL3-80 50
60
70
80		 37
44
51
61		 57
68
79
92		 44
51
60
70		 3816
4066
4153
4403		 2800
2800
3300
3300		 28000
32300
39200
43400		 1400
1400
1600
1600		 1.5
1.5
2.2
2.2		 756
950
998
1083		 1640
1752
2272
2451		 2.65
2.90
2.78
2.03		 51.0
52.0
52.0
52.5		 40.7
41.7
43.0
43.5		 37.1
38.1
39.0
39.5		 2.1
2.1
2.5
2.5
CDBNL3-100
CDBNL3-125
CDBNL3-150
CDBNL3-175		 100
125
150
175		 74
92
112
131		 114
142
171
200		 86
108
129
150		 4410
4690
4765
5015		 3900
3900
4600
4600		 56000
67200
84000
94300		 1800
1800
2400
2400		 3.0
4.0
4.0
5.5		 1230
1320
2045
2182		 3322
3422
4475
4808		 2.86
3.15
2.90
3.15		 53.0
54.0
54.0
55.0		 46.0
46.7
47.5
48.5		 42.0
43.4
44.1
45.1		 3.0
3.0
3.6
3.6
CDBNL3-200
CDBNL3-250
CDBNL3-300
CDBNL3-350		 200
250
300
350		 153
186
225
267		 231
283
334
395		 180
215
260
304		 5194
5444
5713
5963		 5700
5700
6400
6400		 112000
134300
168000
187400		 2800
2800
3400
3400		 5.5
7.5
7.5
11.0		 2663
2875
4132
4434		 6123
6892
9805
10479		 3.01
3.26
3.50
3.75		 55.0
56.0
56.0
56.5		 49.6
50.6
51.8
52.3		 46.3
47.3
48.5
49.0		 4.2
4.2
5.0
5.0
CDBNL3-400
CDBNL3-450
CDBNL3-500
CDBNL3-600		 400
450
500
600		 301
343
375
454		 455
514
576
680		 341
387
427
516		 6269
6519
6890
7390		 7400
7400
8200
8200		 224000
242000
280000
302200		 3800
3800
4200
4200		 11.0
11.0
15.0
18.5		 4995
5341
6612
7414		 12782
14160
17102
12904		 3.60
3.85
3.70
4.20		 57.0
57.0
57.0
58.0		 53.8
53.8
55.0
56.0		 50.7
50.7
51.9
52.4		 5.9
5.9
6.6
6.6
Reference specification Square cross-flow cooling tower AHBLD, HBLCD series
Type T=28ºCcooling water flow
(m3/h)		 T=27ºCcooling water flow (m3/h) Dimension(mm) air volume (m3/h) Fan diameter
(mm)		 Motor installed capacity
(Kw)		 Weight
(t)		 Noise 
db(A)
t=5ºC t=8ºC t=5ºC t=8ºC length width Height self-weight Running
weight
AHBLD
HBLD-300		 300 225 343 255 7250 3810 4514 167000 3400 7.5 5.85 13.38 59.0
AHBLD
HBLD-500		 500 377 576 427 8030 4650 5320 260000 4200 11.0 9.20 17.24 61.5
AHBLD
HBLD-700		 700 528 803 596 8930 6640 5320 370000 5000 18.5 12.95 26.05 62.6
AHBLCD
HBLCD-300		 300 225 343 255 10650 3810 6230 167000 3400 7.5 7.05 14.18 52.5
AHBLCD
HBLCD-500		 500 377 576 427 11640 4650 7030 26000 4200 11.0 10.8 18.84 53.7
AHBLCD
HBLCD-700		 700 528 803 596 12540 6640 7180 37000 5000 18.5 14.75 26.81 54.5
Reference specification Square counter flow cooling tower
DFN series
Type T=28ºCcooling water flow
(m3/h)		 T=27ºCcooling water flow (m3/h) Dimension (mm) air volume (m3/h) Fan   diameter
(mm)		 Motor
power 
(kw)		 Weight
(t)		 intake pressure 104pa Noise 
Db(A)		 diameter Dm
t=5ºC t=8ºC t=5ºC t=8ºC total height widthB self-weight Running
weight		 Dm 10m 16m
DFNL-100
DFNDP-100
DFNGP-100		 100 74.4 118.7 86 3830
4390
4690		 2600 62000 1800 3.0/1.5 1.9
2.16
2.46		 2.44
3.78
5.7		 6.2 59 52 47 3.02
DFNL-150
DFNDP-150
DFNGP-150		 150 109.8 175.1 126.9 4050
4670
4970		 3000 84000 2400 4.0/2.0 2.6
2.91
3.31		 3.32
5.07
7.63		 6.3 60.5 54 50.6 3.47
DFNL-200
DFNDP-200
DFNGP-200		 200 148.9 237.4 172.1 4340
4960
5260		 3600 115000 2800 5.5/2.7 3.1
3.55
4.44		 4.13
6.66
10.56		 6.5 62 55.6 52.3 4.15
DFNL-300
DFNDP-300
DFNGP-300		 300 224.9 350.5 258.3 5010
5690
5990		 4300 158600 3400 7.5/3.7 4.4
5.04
5.91		 5.88
9.48
14.79		 5.8 62 57.8 54.5 4.94
DFNL-400
DFNDP-400
DFNGP-400		 400 299.9 476.4 344.4 5300
6040
6340		 4800 213000 3800 11/5.5 5.3
6.1
6.96		 7.14
10.57
18.02		 6 62.5 58.8 55.7 5.51
DFNL-500
DFNDP-500
DFNGP-500		 500 374.9 584.3 430.4 5900
6700
7000		 5300 265000 3800 15/7.5 6.6
7.58
8.64		 8.85
13.11
19.7		 6.4 62.5 59.3 56.2 6.08
DFNL-600
DFNDP-600
DFNGP-600		 600 448.5 698.9 514.9

Waste Rubber Pyrolysis Plant introduction:

Waste Rubber Pyrolysis Plant can refine the waste rubber into fuel oil by pyrolysis process. The final product will be base oil which can be made into diesel and gasoline.


1.Working process Of waste rubber  pyrolysis plant:

First, the raw materials are put into the reactor, and then seal the feeding in door, later start the machine and the reactor will be rotating and heated by coal, natural gas, wood or electricity. When the temperature reaches the degree of 250 to 280, we will get the crude oil, the oil steam will be continuous produced until the temperature reaches 350-460 C; oil steam will flow through oil gas separator, light component will enter the condensers and meanwhile the heavy oil will be discharged automatically into in heavy oil tank. The liquefied part will be condensed as crude oil, and the part which cannot be liquefied will be transferred by the water seal back to the burning chamber to be reused as heating material.

 

 

2. Model of waste rubber Pyrolysis plant:

 

Model

Reactor size

Material

Handling capacity

Weight

Seaworthy packing

LJ-8

2200*6000mm

Q245R boiler steel plate

5 tons

24tons

2*40HQ

LJ-9

2200*6600mm

Q245R boiler steel plate

8tons

26tons

2*40HQ

LJ-10

2600*6600mm

Q245R boiler steel plate

10tons

30tons

1*40FR+1*40HQ


3. Installation: We will be in charge of arranging our engineer to go to your place to guide the installation and train your workers how to operate the pyrolysis plant,and buyer will be in charge of the food, accommodation and round air tickets.

4. Land requirement: 300sq meters(10m*30m)

5. Exporting Experience:

 America:

Brazil, Canada, Colombia, USA,

Middle East:

Dubai, Iran, Jordan, Saudi Arabia, Turkey

Europe:

Albania , Bosnia and Herzegovina

Asia:

Afghanistan, India, Malaysia, Pakistan, Philippines, South Korea, Vietnam, Myanmar

Africa:

Ghana, Mozambique, Zambia

 

 

Waste Rubber Pyrolysis Plant

Waste Rubber Pyrolysis Plant,Tire Pyrolysis Plant,Waste Rubber Pyrolysis Oil Plant,Waste Tire Oil Pyrolysis Plant

Shangqiu Sihai Energy Technology Co., Ltd , https://www.sihaienergy.com

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