Scientific methods of technological cleaning of municipal wastewater
Abstract
Currently, the effectiveness of Environmental Protection and clean water treatment of sewage is an acute task. It is difficult to achieve that no matter how clean the wastewater is, its composition is as pure as the previous clean water. The mechanics of determining the effectiveness of wastewater reclamation will depend on water treatment facilities. On the basis of our experiments, the composition of the wastewater was studied, in which the reason why the wastewater was thrown in two directions, that is, part was sent for reuse and part was thrown into the relief, was also studied and taxied in different directions. Taking into account the fact that the use of the method of active exposure of biological purification has decreased the power of positive action by now, we will achieve the effectiveness of purification using high algae for the purpose of improving biological purification technology. This allows effluent treatment in biological pools through algae exornia, azolla, and pistia (Pistia stratiotes L). When determining the smell of wastewater, various places are designated from biological pools for sampling wastewater, and one observation place is established at the places where the wastewater is organized: at the place of discharge, at the points of discharge, one observation place is established. The resulting samples are sent to the laboratory for analysis in glass containers. The delivery time of samples should not exceed 24 hours. From this it should be said that the efficiencies of wastewater treatment facilities of sewage treatment facilities are at a low level. Our goal is to increase the economic efficiency of the cleaning process over the years by introducing high algae in addition to cleaning technology.
Fields of Study & Subjects
Wastewater Treatment and Reuse
Constructed Wetlands for Wastewater Treatment
Water and Wastewater Treatment
Publication details
- Journal / source
- AIP conference proceedings
- Volume
- 3390
- Pages
- 080006–080006
- Publication date
- 1 January 2026
- Language
- EN