Description
Disc filters, advantages of disc filtration in the industry.
Maximum safety
The disc filtration has a very well studied design and the materials used in its manufacture guarantee a long life and high resistance.
Optimize performance and frequency of intensity in minimum maintenance tasks.
SELF-CLEANING OF THE DISC CARTRIDGE.
Maximum water savings and cleaning efficiency . Large filtration area . AZUD filtration grades range from 5 to 400 microns.
MODULAR, VERSATILITY AND COMPATIBILITY.
The system allows a wide range of possibilities with a minimum number of components.
MAXIMUM EASE OF TRANSPORT AND INSTALLATION.
Equipment already assembled and assembled. Much more compact than conventional deep bed tank filtration equipment.
MADE OF HIGH-STRENGTH PLASTIC.
LOW MAINTENANCE.
No tools required. Maximum resistance, with moving parts not susceptible to wear due to continuous operation.
WATER AND ENERGY SAVINGS.
Compared to traditional deep bed filtration or multimedia filters, the water used for backwashing or cleaning is a significant savings in addition to eliminating the pumping energy used by multi-bed (deep bed) filters to expand the filter media.
HELIX AUTOMATIC WEIR
Take retroactively at one station while the rest of the equipment is in the filtration stage, supplying the installation.
Filtration stage: The propeller generates a centrifugal helical effect, which moves away from the particle discs in the water .
Disc filters perform a depth filtration process.
Water flow to STAGE: The filtered water is introduced in the opposite direction through the filter element structures, decompressing the disc stacks and producing the backwash.
The solids expelled from the discs are evacuated through the drain trap.
The filtration stage starts again with the compression of the discs.
Helix 200 Series weir
| Max Flow at 130 Microns | Number of | Diameter of | Type of | Control unit | |
|---|---|---|---|---|---|
| Model | Liters/min | filters | NPT connection | connection | Mod / Voting |
| 202 / 3FX | 800 | 2 | 2″ | Flange | 102T / 220V |
| 202 / 3VX | Clamp | ||||
| 203 / 4FX | 1200 | 3 | 2″ | Flange | 103T / 220V |
| 203 / 4VX | Clamp | ||||
| 204 / 6FX | 1600 | 4 | 2″ | Flange | 105T / 220V |
| 204 / 6VX | Clamp | ||||
| 205 / 6FX | 2000 | 5 | 2″ | Flange | 105T / 220V |
| 205 / 6VX | Clamp | ||||
| 206 / 6FX | 2400 | 6 | 2″ | Flange | 108T / 220V |
| 206 / 6VX | Clamp | ||||
| 207 / 6FX | 2800 | 7 | 2″ | Flange | 112T / 220V |
| 207 / 6VX | Clamp | ||||
| 208 / 8FX | 3200 | 8 | 2″ | Flange | 108T / 220V |
| 208 / 8VX | Clamp |
Helix 300 Series weir
| Max Flow at 130 Microns | Number of | Diameter of | Type of | Control unit | |
| Model | Liters/min | filters | NPT connection | connection | Mod / Voting |
| 302 / 4FX | 1066 | 2 | 3″ | Flange | 102T / 220V |
| 302 / 4VX | Clamp | ||||
| 303 / 4FX | 1600 | 3 | 3″ | Flange | 103 / 220V |
| 303 / 4VX | Clamp | ||||
| 304 / 6FX | 2130 | 4 | 3″ | Flange | 105 / 220V |
| 304 / 6VX | Clamp | ||||
| 305 / 6FX | 2600 | 5 | 3″ | Flange | 105 / 220V |
| 305 / 6VX | Clamp | ||||
| 306 / 6FX | 2600 | 6 | 3″ | Flange | 108 / 220V |
| 306 / 6VX | Clamp | ||||
| 306 / 8FX | 3200 | 6 | 3″ | Flange | 108 / 220V |
| 306 / 8VX | Clamp | ||||
| 307 / 8FX | 3733 | 7 | 3″ | Flange | 108 / 220V |
| 307 / 8VX | Clamp | ||||
| 308 / 8FX | 4266 | 8 | 3″ | Flange | 108 / 220V |
| 308 / 8VX | Clamp |
Success stories
Project: Spain
Comunidad de Regantes Spain
AZUD provides solutions for centralized and plot level filtration in irrigation communities.
The model of irrigation organization at the basin level is considered one of the best ways to make efficient use of available water and to carry out integrated management of this resource.
One of the most successful examples of this type of watershed management is the Irrigation Communities. These communities are consortiums of farmers who are responsible for organizing the collective use of public surface and groundwater.
Advantages for Irrigation Communities (CCRR)
Management, distribution and administration of available water volumes with maximum efficiency and equity.
Collective management of common goods or means: water, hydraulic works for storage, conduction and distribution, and easements originated by the works carried out.
Implementation of the necessary infrastructures (piping network, filtration systems, water meters, etc.) to increase the efficient use of water.
It contributes to achieving and disseminating a collective commitment to maximize water savings by raising user awareness in the use of more efficient irrigation systems (localized irrigation).
Training and information. Adequate advice to its members for the correct irrigation practice (frequency and duration of irrigation) and maintenance work (time, type, frequency and intensity of maintenance work to be carried out).
The contribution of the CCRRs in the "efficient use and management of water" translates into a lower environmental impact of irrigation and a higher economic performance of the agricultural sector.
Project: Spain
HELIX AUTOMATIC WEIR
Application: Filtration in tanks, lakes and fountains
Location: Spain
AZUD HELIX AUTOMATIC 4DCL8 x 2 Solution
Filtration degree: 130 microns
Flow rate: 700 m3/h
Project: Chile
HELIX AUTOMATIC 4DCL9
Application: Protection of disinfection systems
Location: Chile
AZUD HELIX AUTOMATIC 4DCL9 x 2 Solution
Filtration degree: 100 micron
Flow rate: 450 m3/h
Project: Qatar
HELIX AUTOMATIC 4DCL9
Application: Filtration in Heat Exchangers
Location: Qatar
4x AZUD HELIX AUTOMATIC 4DCL9 4x Solution
Filtration degree: 50 microns
Flow rate: 800 m3/h
