Sewage mixers are suitable for a variety of sewage problems, mainly including the following categories:

1. Domestic sewage: Sewage mixer is suitable for treating domestic sewage generated in urban or residential areas. This kind of sewage usually contains a large amount of organic matter, through the mixing of the blender, you can increase the oxygen content in the sewage, promote the growth and metabolism of microorganisms, thus accelerating the decomposition of organic matter.

2. Industrial wastewater: Industrial wastewater often contains a variety of waste, heavy metals and harmful chemicals. The sewage mixer can force the impurities and pollutants in this kind of wastewater to stir, so that it is in full contact with microorganisms, and improve the digestion and treatment capacity of microorganisms for harmful substances.

3. Agricultural wastewater: The wastewater generated in agricultural activities is also suitable for sewage mixer treatment. This kind of wastewater may contain residues such as pesticides and fertilizers, and the decomposition and transformation of these substances can be promoted by stirring.

4. Sewage containing solid particles and fiber matter: sewage mixer can effectively disperse and suspend solid particles and fiber matter in sewage to prevent their deposition and blockage of the treatment system.

5. Sludge treatment: The sludge generated in the sewage treatment process can also be stirred by a blender to increase the contact area between the sludge and oxygen, and promote the degradation of microorganisms in the sludge, so as to achieve the reduction and stabilization of the sludge.

In summary, the sewage mixer is suitable for the treatment of many types of sewage problems, including domestic sewage, industrial wastewater, agricultural wastewater and sewage containing solid particles and fiber matter. Through the stirring function of the mixer, the efficiency and quality of sewage treatment can be improved, and the decomposition and removal of pollutants in sewage can be promoted.