Self-cleaning disc filtration units composed of battery sets of 1 to 10 AUTOMATIC 02″ filters with MG/WS discs, providing 30-depth filtration, installed in-line on inlet/outlet manifolds 0211-0811. Includes 02″ 3-way membrane backwash valves and innovative DLP TECHNOLOGY, enabling sequential low-pressure cleaning of each filter using a mixture of filtered water and compressed air stored in an auxiliary tank, while filtered water continues to flow downstream.

The patented anti-clogging deflector ensures reliable filtration through centrifugal separation, with less frequent cleaning and reduced water and energy consumption.

Smart, compact, modular plug&play solution, made with technical thermoplastics, enhancing the installation’s lifespan and ensuring long-term operation with minimal operational costs and fewer maintenance downtimes.

HOW THEY WORK ?

FILTRATION PROCESS
• Water is directed into the filter, passing through the anti-clogging deflector, which separates the heavier particles from the disc stack, preventing rapid clogging of the filter and minimizing the frequency of backwashes.

• The water is filtered as it passes through the compressed disc stack from OUTSIDE-IN, trapping particles larger than the filtration grade in the discs.

SELF-CLEANING PROCESS
• During the automatic backwash, a water-air mixture is created, allowing for a more vigorous and effective cleaning with an 80% water savings.
• This water-air mixture circulates INSIDE-OUT, decompressing the disc stack. It is projected at high speed through the nozzles, creating a tangential cleaning effect that removes the particles trapped in the discs.

REAL-TIME WATER MONITORING AND DATA LOGGING

Data such as pressure, water flow, and levels are monitored and recorded, logging continuously for days, weeks, or even years. These systems record millions of data points tirelessly. The data can be downloaded to external systems for long-term storage and analysis. Automatic calculations of water consumption are also performed.
Through a web interface or https, users can connect via Ethernet and access the system by calling its IP address in a web browser, allowing real-time monitoring of the values.