Integrated Water Clarification

Abstract

An integrated water clarification method for industrial and communal wastewater treatment and recycling is presented 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 dissolution. It separates dissolved gases such as radon, carbon dioxide, hydrogen sulfide and hydrocarbons and dissolved solids such as iron, manganese, calcium, fluorine and phosphorus. The molecules are activated, and clarification reactions occur immediately by the suction of clean air, oxygen or ozone. The clarified water is aerated or oxygenated immediately after clarification. All this happens within a second or a few seconds depending on the water volume to be clarified. The integrated clarification is based on the fact that water itself is pure; it just picks up and easily transfers heavy loads. In the natural water cycle, the water eliminates its load by vaporizing. The integrated clarification separates the load in such a way that most of it can be removed and recycled. Treated water can be recycled and discharged into nature with respect to its natural value. The treated water can influence the natural water cycle by being sprayed on the ground and plants for solar vaporization and cooling of the climate. The load of the ocean can be reduced significantly. Integrated water clarification is performed under flowing conditions in a tube by kinetic energy. Gases and possible additives are sucked by a vacuum caused by a symmetrical nozzle design of two curved flow channels. It reduces water, energy and chemical consumption, and the capital and operational costs are low.