HDPE Low Pressure UV lamp systems
The high-quality HDPE reactors of the VGE Pro HDPE series have been designed to treat highly corrosive water. Besides that, HDPE is resistant to aggressive UV radiation, which makes it very suitable as an irradiation chamber for our UV technology. They are suited for all kinds of disinfection and UV-C treatment applications and can even be used for the production of ultrapure water, semiconductor-, pharmaceutical- and cosmetic industries.
Benefits
- UV radiation-resistant material
- Suitable for corrosive water/seawater
- Easy to install
- Leak tested
Technical specifications
VGE Pro HDPE models
HDPE Model 75-110
The VGE Pro range consists of a complete selection of industrial purification systems based on UV-C technology.
*Capacity based on 400 J/m², T10 mm @ 254 nm = 98 %, MPSSM-average intensity (max. flow speed of 3 m/s not taken into account)
| Reactor shape | U |
|---|---|
| Maximum pressure | 6 bar |
| Connection size | 2" |
| Capacity* | 10 m³/h |
| Length chamber | 855 mm |
| Number of lamps | 1 x 75 W |
HDPE Model 140-110
The VGE Pro range consists of a complete selection of industrial purification systems based on UV-C technology.
*Capacity based on 400 J/m², T10 mm @ 254 nm = 98 %, MPSSM-average intensity (max. flow speed of 3 m/s not taken into account)
| Reactor shape | U |
|---|---|
| Maximum pressure | 6 bar |
| Connection size | 2" |
| Capacity* | 17 m³/h |
| Length chamber | 855 mm |
| Number of lamps | 1 x 140 W |
HDPE Model 200-110
The VGE Pro range consists of a complete selection of industrial purification systems based on UV-C technology.
*Capacity based on 400 J/m², T10 mm @ 254 nm = 98 %, MPSSM-average intensity (max. flow speed of 3 m/s not taken into account)
| Reactor shape | U |
|---|---|
| Maximum pressure | 6 bar |
| Connection size | 2" |
| Capacity* | 23 m³/h |
| Length chamber | 1100 mm |
| Number of lamps | 1 x 200 W |
HDPE Model 200-160
The VGE Pro range consists of a complete selection of industrial purification systems based on UV-C technology.
*Capacity based on 400 J/m², T10 mm @ 254 nm = 98 %, MPSSM-average intensity (max. flow speed of 3 m/s not taken into account)
| Reactor shape | U |
|---|---|
| Maximum pressure | 6 bar |
| Connection size | DN65 |
| Capacity* | 35 m³/h |
| Length chamber | 1100 mm |
| Number of lamps | 1 x 200 W |
HDPE Model 400-200
The VGE Pro range consists of a complete selection of industrial purification systems based on UV-C technology.
*Capacity based on 400 J/m², T10 mm @ 254 nm = 98 %, MPSSM-average intensity (max. flow speed of 3 m/s not taken into account)
| Reactor shape | U |
|---|---|
| Maximum pressure | 6 bar |
| Connection size | DN100 |
| Capacity* | 83 m³/h |
| Length chamber | 1100 mm |
| Number of lamps | 2 x 200 W |
HDPE Model 600-225
The VGE Pro range consists of a complete selection of industrial purification systems based on UV-C technology.
*Capacity based on 400 J/m², T10 mm @ 254 nm = 98 %, MPSSM-average intensity (max. flow speed of 3 m/s not taken into account)
| Reactor shape | U |
|---|---|
| Maximum pressure | 6 bar |
| Connection size | DN125 |
| Capacity* | 124 m³/h |
| Length chamber | 1100 mm |
| Number of lamps | 3 x 200 W |
HDPE Model 975-315
The VGE Pro range consists of a complete selection of industrial purification systems based on UV-C technology.
*Capacity based on 400 J/m², T10 mm @ 254 nm = 98 %, MPSSM-average intensity (max. flow speed of 3 m/s not taken into account)
| Reactor shape | U |
|---|---|
| Maximum pressure | 6 bar |
| Connection size | DN250 |
| Capacity* | 278 m³/h |
| Length chamber | 1584 mm |
| Number of lamps | 3 x 325 W |
HDPE Model 1950-315
The VGE Pro range consists of a complete selection of industrial purification systems based on UV-C technology.
*Capacity based on 400 J/m², T10 mm @ 254 nm = 98 %, MPSSM-average intensity (max. flow speed of 3 m/s not taken into account)
| Reactor shape | U |
|---|---|
| Maximum pressure | 6 bar |
| Connection size | DN250 |
| Capacity* | 544 m³/h |
| Length chamber | 1584 mm |
| Number of lamps | 6 x 325 W |