XingtaiWith the development of more productive forces, more and more township economies are also playing a huge role. They have led to an increasing improvement in people's living standards, but also indirectly caused environmental damage, such as water pollution in daily life. Therefore, it is necessary for us to choose appropriate township domestic sewage treatment equipment to clean it up. Below, BenQ will analyze the technical selection of township domestic sewage treatment equipment:

Of course, based on the actual situation, the current situation of townships has the following characteristics.

1. Lack of sewage collection and treatment facilities. Secondly, there is severe water pollution and a significant phenomenon of eutrophication.

2. The associated pollution effects caused by pollution and damage to the water environment.

3. Lack of targeted, advanced, and applicable sewage treatment technologies.

Therefore, based on the above characteristics, it can be concluded that it is best to use township domestic sewage treatment equipment that is more suitable in terms of technology selection. It can help you effectively remove pollutants and achieve standardized emissions without any effort in governance.

townDomestic sewage treatment equipmentThe removal of organic pollutants and ammonia nitrogen mainly relies on the AO biological treatment process in the equipment. The working principle is at level A. Due to the high concentration of organic matter in sewage, microorganisms are in a state of hypoxia. At this time, microorganisms are facultative microorganisms. Therefore, level A tanks not only have a certain function of removing organic matter, reducing the organic load on subsequent aerobic tanks, and reducing the concentration of organic matter, but there is still a certain amount of organic matter and high NH3-N present. In order to further oxidize and decompose organic matter, and ensure smooth nitrification under carbonization, an aerobic biological contact oxidation tank with low organic load is set up at level O. There are mainly aerobic microorganisms and autotrophic bacteria (nitrifying bacteria) in the O-level pool. Aerobic microorganisms decompose organic matter into CO2 and H2O; Autotrophic bacteria (nitrifying bacteria) use inorganic carbon produced by the decomposition of organic matter or CO2 in the air as a nutrient source to convert NH3-N in wastewater into NO-2-N and NO-3-N. The effluent from the O-grade pool is returned to the A-grade pool, providing an electron acceptor for the A-grade pool, and ultimately eliminating nitrogen pollution through denitrification.

In addition, it mainly relies on the primary sedimentation tank, regulating tank, A-grade biological tank, O-grade biological tank, secondary sedimentation tank, disinfection tank and other links in the most important design parameters. These are also the process sequence of township domestic sewage treatment equipment. Only with the orderly management of this step can we provide customers with the best service quality.

There will be no negative impact on the process, and the cleaning is automated in terms of treatment, with very little mud discharge, so there is no need to send extra manpower or time to clean. The governance effect is intact, and there will be no burden in terms of price.