Multilayer Cone-shaped Oxygen System

- Content of core technology The technology is about an aeration oxygen system in an aerobic tank for which a multilayer cone-shaped oxygen system is applied to carry out advanced treatment. It can be used to supply dissolved oxygen to filthy water and wastewater treatment plants, combined septic tanks, aerobic fermenters, ponds and reservoirs. A multilayer cone-shaped structure is applied to prevent sludge from being deposited, discharge bubbles evenly, and prevent coalescence of bubbles. The applied technology is that a check valve is installed at each oxygen system to prevent wastewater from flowing backward inside the pipe at the bottom floor of an aerobic tank. The system includes not only an oxygen system that discharges condensate water from the inside of the aerobic tank in order to remove the condensate water that will be generated from the pipe of the oxygen system, but also a data analysis system that receives data from the sensors, such as DO, SS, PH, TN, and TP, and also sends data to them through wire and wireless communication. What is applied in this oxygen system includes blowers and valve control systems also.   - Features - The technology is designed to generate microbubbles evenly by utilizing optimal low energy resources to help them evenly flow through a process. This technology includes multilayer cone-shaped oxygen systems that evenly distribute air inside, check valves that prevent sewage water from flowing backward, condensate water removing systems, and oxygen systems that can carry out autocontrol and data analysis. The technology can be efficiently applied to a process where highly concentrated sludge is suspended.