Wastewater Treatment System
Catalytic principle of Mechacera system is a catalytic reaction obtained by bringing free Chlorine into contact with aqueous solution and Mechacera balls. This reaction produces "Mechacera Water" which is surprisingly effective
Mechacera Device Principle - Catalytic Reaction
Reactive oxygen species are generated from photo-oxidation catalysts represented by titanium dioxide, which is now attracting attention for its various functions. However, titanium dioxide does not generate strong oxidants or reactive oxygen species without the use of light energy (ultraviolet light).
Therefore, these catalysts need ultraviolet light as energy, and they do not function at all in darkness or water, making them ineffective. By adding a small amount of chlorine (sodium hypochlorite) to special ceramics (catalysts) that generate active oxygen (hydroxyl radicals) even in water, the energy of chlorine acts on the ceramics to produce active oxygen (hydroxyl radicals) in water or in places where light does not reach, just like when titanium dioxide is exposed to UV light. The energy of chlorine acts on ceramics to generate reactive oxygen species (hydroxyl radicals) in water and in places where light does not reach, just as when titanium dioxide is exposed to ultraviolet light.
3 Factors for Mechacera Water
(1) Free Chlorine - Sodium hypochlorite/solid chlorine
(2) Water - Circulating water, supply water or industrial water, tap water
(3) Ceramic Catalyst - Mechacera Balls
This is a catalytic reaction obtained by bringing the above 3 factors into continuous contact with each other.