Mainstream environmental protection sewage treatment microorganism

The application of microbial wastewater treatment is the main direction of environmental protection industry in the future, and its application prospect is broad. The specific role is shown in the following aspects:

1, save water resources, reduce energy consumption;

2. Compared with the general purification tank, the use of the stock solution of beneficial bacteria can greatly shorten the aeration time and improve the working efficiency;

3. The pollution control effect is significant, such as organic nitrogen, metal ions, turbidity, chemical oxygen demand, biochemical oxygen demand, plankton), etc., all decreased to the standard below the national standard, while dissolved oxygen rose, and water quality was improved;

4, treatment of heavy metals in sewage, eliminate toxicity;

5, inhibit pathogens, eliminate odor, improve air quality;

6. It can remove the stench of feces and urine, purify the ecological environment, minimize the stink of livestock and poultry, and significantly inhibit the breeding of mosquitoes and flies;

7, low cost, no secondary pollution, and some microorganisms have a very specific conversion function, such as oxidation reaction, reduction reaction, hydrolysis reaction, phthalide reaction, isomerization reaction and halogenation reaction;

8, have a variety of metabolic type, almost biodegradable or into various natural substances that exist in the environment, and the rapid reproduction, strong ability to adapt to the environment, once a new compound, they can also gradually spontaneous or induced by the new enzymes, have new metabolic function, thereby degrade or transformation of the new compounds.

The above is the introduction of the advantages of the application of microorganisms in sewage comprehensive treatment equipment. The microbial treatment of sewage plays an important role in the field of sewage treatment. Microorganisms are characterized by small size, large surface area, strong fecundity, and rapid material exchange with the surrounding environment.