Accelerates the natural water ionization.
The DISWIC method is based on an ionization principal, which speeds up the natural water ionization.
Disinfects and flocks without the addition of chemicals.
Fast ion impulses disinfect and flock all water in circulation, without addition of chemicals, already at low temperatures.
Rapidly disinfects the entire water volume.
The technique has a rapid disinfecting effect on water with high bacteria content, and kills all bacteria, viruses, algae, fungi and their spores.
Water conductivity increases efficiency.
The liquid conductivity depends on its chemical components. Higher conductivity increases efficiency, which makes the disinfection much more efficient and faster.
Maintained disinfecting effect after chemical reduction.
The increased efficiency considerably reduces the need for chemicals, which means for example that you can reduce the chlorine content in a swimming pool with 75% or more, while maintaining the disinfecting effect.
No minimum level of free chlorine in bathwater is stipulated.
The National Swedish Social Welfare Board requires a minimum 0, 4mg free chlorine per litre of water, when solely chlorine is used as disinfectant. In combination with other purification methods, a dosage is not determined.
The disinfectant level is adjusted as needed.
For drinking water, no chemicals are added, only the natural salts are activated. For industrial water and waste water, the chemical components in the liquid are activated.
Dissolves bound chlorine and other undesired compounds.
The ions also react with undesired compounds in the liquid, e.g. humus, bound chlorine, etc. and dissolve them.
An automatic flocculation provides for efficient and quick cleaning.
The flocculation of contaminants makes the purification more efficient and faster.
The technology softens water and minimizes coatings.
The alternating impulse technique softens water and minimizes coatings in water depots, reservoirs, piping-systems, pools and on heat exchanging surfaces and other industrial components.
The process reduces metal and splits lime.
Ionized water spreads very quickly throughout the system.
Ionized water spreads very quickly throughout the system, which is of outmost importance when liquids are subject to disinfection, in closed and recirculating systems.