Beneficial sewage nitrifying bacteria avoid secondary pollution

Functional effects of nitrifying bacteria in wastewater treatment:

1. Avoid the secondary pollution caused by chemical treatment method, reduce the amount of sewage production, improve the water quality of sewage, and reduce the cost of sewage treatment.

2.Improve the ability of the system to resist the impact load, in order to cope with the high load of organic matter

3. Improve the removal rate of organic matter, significantly reduce the anaerobic pond degradation, in order to restore HRT.

4. Reduce the amount of odor release, inhibit the growth of spoilage bacteria, reduce the production of biogas, ammonia and hydrogen.

5. Reduce or eliminate the foam caused by undecomposed fatty acids in the water.

6. Inhibit the reproduction of pathogenic microorganisms, prevent the generation of diseases.

Improving the removal of ammonia nitrogen in the wastewater treatment system can quickly recover from the failure caused by load and toxicants, reduce the concentration of ammonia nitrogen in the effluent to reduce the impact of the increase of output or the change of product composition on the system nitrification reaction and accelerate the speed of nitrification reaction start-up.

Sewage treatment bacteria nitrifying bacterial products Advantages:

1. Low temperature resistance, strong adaptability, amazing tolerance to complex substances in the system.

2. Low temperature environment, the biological activity is stable, the system water quantity and water quality complex changes of impact resistance ability is strong.

3. The ability to remove difficult to degrade or other macromolecular organic nitrogen is not comparable to ordinary strains.

Scope of application:

It is suitable for municipal sewage, chemical wastewater, aquaculture wastewater, papermaking wastewater and other chemical wastewater.

Operation parameter

1. PH:5.5-9.5, suitable for pH6.6 ~7.4

2. Temperature:8~60℃, comfortable temperature is26~32°C

3. Dissolved oxygen: dissolved oxygen in the aeration tank should be at least 2.0mg/L above.

4. Heavy metal: can tolerate trace heavy metal.