Daxing water processor

.
Working principle:
The side-flow water processor uses metal electrodes made of special materials to cause micro-electrolysis in the water flowing through it under the action of an appropriate external voltage, so that the dissolved chloride ions and Oxygen molecules and water molecules produce the following oxidizing substances: chlorine dioxide (
), reactive oxygen species (
), hydrogen peroxide (
spoon), molecular chlorine (
), Chloric acid (
) etc. These oxidative substances diffuse through the flow of water to all places where water passes, killing bacteria and algae cells in the water system.

Bacteria and algae cells in the water flowing through the water processor are directly killed under the action of electric current. Active oxygen generates an oxide film on the pipeline to protect the equipment from further corrosion and various microorganisms. Corrosion and deposit corrosion are inhibited.
After water is treated, the degree of polymerization of water molecules decreases, the structure changes, the dipole moment of water increases, and the polarity increases. All these changes increase the hydration capacity and scale-dissolving capacity of water. For systems that have been scaled, active oxygen will destroy the electron binding force between molecules and change their crystal structure, making the hard old scale loose and softened. The scale will gradually dissolve or fall off into debris. The salt ions
+
,
+
,
,
contained in the water tend to different electrodes due to the action of micro-current. And being rearranged, it is difficult to accumulate towards the wall of the vessel, thus preventing the formation of scale.
.
Technical parameters:
()
Input power supply:

Operating voltage:
()
Applicable water temperature:< br/>.
～
℃
()
Head loss:
～
()
Applicable water quality: in

()
Total hardness:
()
Scale removal and scale inhibition efficiency:
%
()
Bactericidal rate:
%
Sterilization rate:
%
.
Application scope:
()
Central air conditioning refrigeration and cooling water system
()
Industrial cooling circulating water system
()
Refrigerating circulating water system
()
Various heat exchange systems and cooling tower systems
()
Boilers and heating systems