WL-SANIFAST

Advanced fast-acting system for disinfection and stabilization of water intended for domestic use. Broad spectrum bactericidal, biocidal, virucidal. Effective against Legionella pneumophila and multiple infectants, thanks to the active biocidal substance based on Chlorine Dioxide much more effective than traditional disinfectants. Effective on microorganisms, ideal for collecting water from tanks or storage tanks. This product complies with UNI EN 12671 standard for drinking water, and BS EN 1276 approved. Stabilized product available in two-component liquid version (active ingredient plus activator). PROPERTIES OF CHLORINE DIOXIDE: Chlorine Dioxide is NOT to be confused with Chlorine or Hypochlorite or common chlorine-based disinfection systems. Unlike the latter, in fact, it produces no odor, has excellent residual activity, and most importantly, it does not act by chlorination but by oxidation by penetrating the cell wall of bacteria and thus eliminating pathogenic organisms. It is much faster (tens of times) than traditional systems (e.g., chlorine, glutaraldehyde or quaternary salts). It is stable over a very wide pH range (up to pH 12). Because of these properties, it is intended for the treatment of Surface Water for human consumption. In fact, it is used on an industrial scale in groundwater treatments, in surface waters, in the removal of contaminants from the presence of Iron and Manganese, in the animal breeding industry, in hospital, ambulatory, school, and industrial facilities, representing an excellent disinfection and prevention garrison. WL-SANIFAST, destroys biofilms in tanks, piping, and all surfaces in contact with water by eliminating pathogens that form and reproduce giving rise to the spread of Legionella Pneumophila in hot water systems, and cooling towers. It eliminates sulfate-reducing bacteria and aerobic and anaerobic bacteria present in biological sludge (bioslime). Its action drastically reduces metal corrosion phenomena, contributing to improved circulation and performance of heat exchangers. MAIN FIELDS OF USE: Drinking water: Disinfection; Control of Trihalomethanes THMs; Iron and Manganese oxidation; Improvement of sludge sedimentation; Reduction of torpidity and color; Oxidation of organic pollutants (pesticides, phenols etc.); Removal of algae and elimination of unpleasant odors. Industrial plants and wastewater: cooling circuits, evaporative towers, etc.; Paper industry, wastewater and feedwater, pulp bleaching, odor control; Oxidation of organic pollutants (surfactants, phenols, sulfides, cyanides, nitrites, hydrocarbons etc.). Oil plants: odor and injection water control; sulfate-reducing bacteria control; microbiological sludge control; Hydrogen sulfide oxidation. Food production: disinfection of transport, primary and process water; disinfection of cooling and waste water; disinfection of containers.