Three-Dimensional Data Analysis on Optimized Design of Deep Well Aeration Oxygen Transfer Structure

With the development of industrial and chemical industries, a large amount of water resources have been polluted, sewage discharge has increased year by year, and sewage treatment measures have been relatively backward. Therefore, research on the protection of water resources and the optimization of sewage treatment facilities have become particularly important. The aeration tank is an important reaction vessel for sewage purification using the activated sludge method in sewage treatment plants. Research on the structural optimization of the aeration tank is of great significance. This study aims to improve oxygen transfer efficiency and reduce energy consumption by optimizing the design of deep well aeration oxygen transfer structure. In order to achieve this goal, we used a three-dimensional data analysis method and used FLUENT software to simulate and optimize different parameters of the oxygen transfer structure of the deep well aeration tank.