photo 1. tem pictures showing effects of microwave
TRANSCRIPT
Photo 1. TEM pictures showing effects of microwave treatment of eternit.
The results of X-ray examination (XRD) are illustrated in Photo 2.
Photo 2. XRD and TGA/DSC diagrams.
Photo 3. Ceramic half-rings by ZAMAC
Photo 4. MOS reactor filled with microwave-absorbing ceramics (view from the top).
Photo 5. Distribution of temperature in the chamber of the MOS reactor.
Metallic cover of the reactor
Microwave aplicator
Microwave – absorbing ceramic elements
Ceramic insulation
ATON 200 + MOS
ATON HR + MOS
Fig. 1 ATON 200 reactor with MOS reactor and ATON HR reactor with MOS reactor.
HR
MOS
ATON 200 cavity
Microwave generators
Crusher of product
ACM feeder
MOS reactor Exchaust gases
Photo 6. Power supplies located in the cabinet.
Figure 2. Chamber of a single heating segment with radiators
chamber
Ceramic insulation
Microwave generator
Metallic chamber
Microwave aplicator
chamber
Fig.3 Block diagram of control system
750-841 controller
750-603
750-603
750-604
750-604
750-431
750-431
750-431
750-431
750-431
750-431
750-455
750-555
750-530
750-530
750-530
750-530
750-530
750-530
750-530
750-530
750-530
750-530
Computer with Codesys software
Power supply1 Power supply 2
Power supply 3
Power supply n
Temperature 1 measurement (termocouple/pyrometer)
Temperature 2 measurement (termocouple/pyrometer)
Temperature 3 measurement (termocouple/pyrometer)
Temperature 4 measurement (termocouple/pyrometer)
Water pump
Fan power supplies
Heat exchanger
Loading maechanism
Unloading mechanism
…
…
… Power supply n-1
Photo 7. Display on the front panel of the control cabinet
Photo 8. Screen display with process parameters
USB
Fig. 7. Simplified diagram of a remote monitoring and control in AMIANTE system.
Photo 9. ATON 20 reactor with MOS reactor
Photo 10. ATON HR 300
Photo 11. ATON HR-lab
Photo 12. ATON HR 300 reactor with MOS system.
0
0,5
1
1,5
2
2,5
12:5
7:36
13:1
2:00
13:2
6:24
13:4
0:48
13:5
5:12
14:0
9:36
14:2
4:00
14:3
8:24
CO2/%CO2 [%]
Diagram 1. Selected diagrams of CO2, CO and VOC concentrations in off gases.
0
1
2
3
4
5
6
7
8
9
10
12:5
7:36
13:1
2:00
13:2
6:24
13:4
0:48
13:5
5:12
14:0
9:36
14:2
4:00
14:3
8:24
14:5
2:48
Wartość LZO/ppm
0
2
4
6
8
10
12
14
16
18
20
13:1
2:00
13:1
9:12
13:2
6:24
13:3
3:36
13:4
0:48
13:4
8:00
13:5
5:12
14:0
2:24
14:0
9:36
14:1
6:48
14:2
4:00
CO/ppmCO [ppm]
VOC [ppm]
Photo 13. HR reactor with MOS reactor under tests in Latvia.
(website link: http://www.novonews.lv/index.php?mode=photos&id=1063)