A process for the autonomous denitrification in the auquakultur, connection with aquariums and the municipal such as industrial water treatment.

摘要

The human race increasingly consumed water for industry, agriculture, aquaculture and in the private sector. Since a valuable resource drinking water is consumed water is recycled. The water treatment, whether komm urban, industrially or in the aquaculture different speeds as possible has good sewage. Due to the expenditure and the technical possibilities are, in this case, nitrates and phosphates, only partially degraded. Waste water treatment systems are complex and often only complicated with additional degradation capacities can be retrofitted. The degradation rates are formed by the ratio of c - n - p embossed, which in the process water is often not in the required equilibrium.The present invention is a flexible method of the denitrification for the reduction of nitrate and phosphate in the water. It can be of the nitrification before - and can be connected downstream. They can be combined, by various methods and as a hybrid of bioflock -, activated sludge -, oxidation - and reduction process as well as sedimentation wherein they are to be understood as meaning a high bandwidth of organisms, as a result, and is more efficient by neuverknüpfungen differs from the said method.The signaling process makes it possible to process by means of its structure, which is divided into at least two areas improved possibilities for the regulation and an improvement of the required balance ratios. A with illumination promoted, mixotrophic aerobically / anaerobic precursor begins and accelerates the process of the denitrification, being at the same time by sedimentation and forming a bioflockmatrix solids precipitated and nutrients binds. A comprise heterotrophic purely anaerobic deriving cleaves the nitrates biochemically and supplies the required short-chain carbon itself by splitting are difficult to degrade carbon chains by means of uv - c irradiation.Thus, the method is in a self-sufficient manner and by its totals in municipal sewage technology, industry can be used and aquaculture.