G9 System NOVA

We work with highly trained specialists. From the moment you contact us—through water analysis, equipment setup, repairs, and replacements—our experts ensure that all systems operate at optimal parameters and that the water problem you had is fully resolved.

The System NOVA is recommended for improving water quality where the source may have issues such as excess sediment, high hardness, and significant microbiological contamination, with laboratory tests indicating the presence of pathogenic microorganisms.

1. An automatic backwash sediment filter, which performs mechanical filtration. This function can be programmed according to the volume of water passing through it and the quality of the raw water. The zeolite filter is designed to remove suspended solids and reduce water turbidity (clay, sand, rust).
2. A non-electric water softener with a short regeneration cycle of approximately 15 minutes. This not only protects plumbing and household appliances from harmful scale buildup but also contributes to significant energy savings, as softened water heats faster and more efficiently. Skin and hair benefit from softened water, and laundry stays looking new for longer.
   
   How it works: the softener removes calcium and magnesium salts responsible for water hardness through ion exchange. Once the resin’s ion-exchange capacity is reached, it must be regenerated with salt tablets to prepare it for a new cycle. Salt tablets with 99.9% purity are used for regeneration.
3. An automatic proportional chlorination system, consisting of a chlorination solution tank, dosing pump, flowmeter with pulse output, and injection valve. The entire chlorination subsystem is calibrated by La Fântâna’s specialized personnel to ensure the correct amount of chlorine solution is delivered for proper disinfection of the treated water.
   
   The system includes a storage tank sized to maintain the required contact time between the chlorination solution and the treated water, as well as a pump that distributes water to the final consumption points, ensuring a flow rate sufficient to meet the needs of the location.