ECOLOGICAL WATER TREATMENT:

CLOSED CIRCUITS WITHOUT CHEMICALS. ANTICORROSIVE / ANTI-SCALING / BIOLOGICAL CONTROL

Problems with closed circuits Without proper treatment, water and its dissolved minerals cause corrosion and encrustation in the components of hot or cold water circuits. In a short time, thermal exchanges will be affected, increasing energy costs. Damage, often irreversible, will result in high maintenance costs, especially with the early replacement of equipment, parts and piping.
The closed-circuit treatment triad1.Corrosion: Millions of dollars are spent annually worldwide because of this phenomenon. Corrosion is caused due to the destruction of the metal structure through chemical and electrochemical reactions.
2.Incrustation: Minerals present in water, especially limestone and magnesium, accumulate continuously on the walls of the circuits. The result is a continuous loss of flow until complete obstruction.
3. Bacteriological Control: Bacteria develop in the circuits, creating biofilm, consuming metals: boilers, radiators, heat exchangers ... PVC or PPR tubes are porous and favor the entry of air into the system, worsening water conditions .
The Consequences 1.Dark water until the formation of mud (corrosion, algae and bacteria) .2. Worsening of the heat exchange, increasing energy costs. 3 Incrustation in the walls of the circuit. 4. Early destruction of valves, pumps, connections, plumbing, boilers, etc. 5. High maintenance costs.
Principle of operation of the DS-I system Inside the equipment the water flow is forced to perform a vorticulous movement inside the pipe, due to the hyperbolic spiral machining at the entrance and exit of the equipment. The vortex provides the proper structure and negative ionization of the water. This property generates an inversion of polarity, which cancels the redox and the battery effect.

The permanent contact of water with several resonance-generating minerals contained inside the equipment, will be able to change the crystalline shape of calcium and magnesium carbonates in a non-fouling orthorhombic condition, in addition to meeting all the mineral needs that water needs to maintain itself. structured. As the new format of calcium and magnesium carbonate is abrasive, the old calcifications will be gradually removed, due to the friction of the water flow.

The bacteria will be eliminated from the circuit for lack of food (corrosion).

The results using DS-I:

✔ Elimination and prevention of corrosion;

✔ End of new incrustations and cleaning of existing calcifications;

✔ Permanent bacteriological control;

✔ Reduction of purges;

✔ Improved thermal exchange performance;

✔ TOTAL elimination of chemicals, biocides and corrosion inhibitors;

✔ Energy saving;

✔ Reduced maintenance and labor costs.

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