|
| |
PRINCIPLE
OF OPERATION:
Exploit
the high saturation of oxygen in water, in the presence
of pure oxygen.
- Oxy
Jet (with jets) exploits the emulsion effects of a jet
on water.
- Oxy
Neb (with nebulization) exploits the increase of surface
achieved with special alveoli.
|
|
|
| |
CARATTERISTICHE
TECNICHE
- Modular
construction according to the minimum water flow.
- Control
of water flow with a punched sheet steel.
- Self-adjustment
of the pressure in the oxygen chamber.
- Maximum
performance (dissolved oxygen).
- Maximum
efficiency (more than 95%).
- No
maintenance costs.
- No
energy consumption.
- Made
in Aisi 304 or 316 stainless steel.
- Water
inlet fore-chamber (optional).
- Connected
to outgasser (optional).
| Technical
data |
Diff.
of level
(cm) |
Oxygen
Increase
(ppm) |
| OXY-JET |
30
/ 60 |
4
/ 7 |
| OXY-NEB |
>=
70 |
>=
10 |
Note:
data measured at a temperature of 13 C°. |
|
 |
| |
|
|
Oxy
Jet and Oxy Neb are designed with the dimensions of the
base in accordance with the following table:
| Flow
(l/sec) |
Base
size (mm) |
| 5
/ 30 |
600
x 700 |
| 60 |
1200
x 700 |
| 90 |
1800
x 700 |
| 120 |
2400
x 700 |
| 250 |
2400
x 1300 |
| 500 |
3000
x 1900 |
| 750 |
4200
x 1900 |
|
|
|
|
