|
|
|
|
| |
A coolant flows around the
outside of these steel tubes to take away the heat produced
in the generation of ozone. This method of construction
excludes any possible contact of the coolant with
the high voltage electrodes.
The steel tubes (earth electrodes) serve as receptacles
for the calibrated electrodes, that is the high voltage
electrodes. The steel tube’s inside diameter and the
high voltage electrode’s outside diameter correspond
so exactly that a very small gap exists between them.
Each ozone generating element has its own fuse which
ensures the selective disconnection of a defective element
from the others without any interruption in the process.
The high voltage applied between the steel and the high
voltage electrode produces a silent electric discharge
across the circular gap.
In this process ozone is formed in the continuously
flowing feed gas which then as ozone gap leaves
the ozone generator in the required concentration.
|
|
TPF UNIT |
PPRODUCTION
g O3/h |
AIR/OXIGEN NECESS
Nm3/h |
COOLING WATER
l/h |
POWER ABS
Kw |
| |
Air |
Oxigen |
Air
(1,7 bar) |
Oxigen
(0,8 bar) |
Air |
Oxigen |
Air |
Oxigene |
|
TPF
19
|
950
|
1425
|
36
|
19
|
1,9
|
2,1
|
14,3
|
12,8
|
| TPF
26 |
1300
|
1950
|
50
|
26
|
2,6
|
3,9
|
19,5
|
17,6
|
|
TPF
37
|
1850
|
2775
|
71
|
37
|
3,7
|
4,1
|
27,8
|
25
|
|
TPF
61
|
3050
|
4575
|
117
|
61
|
6,1
|
6,9
|
45,8
|
41,2
|
|
TPF
91
|
4550
|
6825
|
175
|
91
|
9,1
|
10,2
|
68,3
|
61,4
|
|
TPF
127
|
6350
|
9525
|
244
|
127
|
12,7
|
14,2
|
95,3
|
85,7
|
|
TPF
158
|
7900
|
11850
|
303
|
158
|
15,8
|
17,8
|
118,5
|
106,7
|
|
TPF
182
|
9100
|
13650
|
350
|
182
|
18,2
|
20,5
|
136,5
|
123
|
|
|
|
|
|
|
|
