Combined Water Clarification

Water is a pure substance that carries a huge load during its natural cycle on the earth, in the bio systems, in washing and cleaning, as well as in industrial processes. Water gets rid of the load by evaporation caused by solar heat, and leaves it in the ponds, lakes and seas. In spite of modern waste water treatment these dumps of the water cycle become worse, and energy and chemicals consumption of the treatment has increased steadily. The waters and eco systems suffer increasing amount of drug and pharmaceutical residues, nutrients, various poisons, many other chemicals and micro plastics. Further, the natural water cycle functions as a major climate cooling element together with the photosynthesis. A lot of evaporation cool has lost by extension of civilization, open area building and construction, and underground sewerage systems. A new combined water disinfection and clarification for industrial and communal waste water treatment and recycling is presented briefly here. The clarification is hermetic and consists of four seamless phases; (1) separation of dissolved ingredients, (2) molecular activation, (3) clarification reactions, and (4) replacement dissolving of air or other gases. It separates dissolved gases like radon, carbon dioxide, hydrogen sulfide and hydrocarbon, and dissolved solids like iron, manganese, calcium, fluorine and phosphorus. The molecules are activated and clarification reactions happen immediately by suction of clean air, oxygen or ozone. The clarified water is aerated or oxygenated right after the clarification. All this happens within a second or few seconds depending on water volumes to be clarified. Disinfection of 100 percent microbe reduction can be completed and microbe growth eliminated by ozone feed in the tube combined with the clarification. The treated water can be recycled and discharged in to nature with respect of the nature values. The treated water can be led to the natural water cycle on ground and plants for solar vaporization and cooling the climate.