Ecomax Engineering products

Hydrocyclones  are used to  treat waste water from  metallurgical plants, factories for the production of ceramic products, glass, building materials containing particles of sand, scale, glass, ceramics, etc. The principle of operation of  hydrocyclones is  based on the separation of solid phase particles in a rotating fluid flow.

Clarifier design . The clarifier  is an apparatus in which chemical reactions associated with the introduction of reagents, as well as the physical processes of the formation of the formed sediments ( sludge ) in the volume of the clarifier water and filtration of the treated water through their layer, take place simultaneously . The contact medium  in the clarifier, called a sludge filter, is formed from previously formed and newly formed sludge particles suspended due to the action of an upward flow of water. 

UV - disinfection  is performed by irradiation of microorganisms in the water  to UV ray emission specific intensity (wavelength sufficient for completing destruction of microorganisms is 260.5 nm) for a certain period of time.

There are 3 types of technology. Classic SBR  MBR membrane treatment plant high purity up to 99.9. MABR This is a floating cassette treatment plant. The local treatment plant "LOS" is designed for deep biological treatment of domestic wastewater, in the absence of a centralized sewerage system. The VOC treatment plant in Uzbekistan (Tashkent) is a tank of underground or aboveground type and cylindrical type, which has a rounded bottom. It is divided into 5 sectors, providing the decomposition of organic compounds in wastewater. This process is facilitated by the bacteria that appear in the duct. They are engaged in the absorption of organic substances, which ensures their vital activity. As a result of their breathing, harmful substances are oxidized, breaking down into harmless ones. Thus, the water is cleared of dirt and bacterial contamination.

Ultrafiltration is a method of membrane purification of a liquid, during which a solution under pressure is passed through a filter capable of passing only certain components. Due to the difference in the molecular weights of the solute and the solvent, as well as different pressures on both sides of the membrane, water is purified from impurities. Molecular compounds to be removed from the solution remain on the other side of the membrane and do not pass through the filter.