Nitrifying Bacteria

Nitrifying bacteria are aerobic bacteria, including nitrite bacteria and nitrite bacteria.  Living in aerobic water or sand plays an important role in the purification of nitrogen cycle water quality. It is a kind of treatment agent used to control the concentration of ammonia. It is not only convenient to use, but also can play an immediate effect. When used, the agent can be directly dispersed in the pool, and the effect of removing ammonia can be played soon.

Nitrification is divided into two stages, namely the nitrosation (ammonia oxidation) and nitrification (nitrous oxide), respectively by two generalization can complete, autotrophic microbe nitrosation bacteria for the oxidation of ammonia and nitrobacteria can complete the nitrous acid oxidation in the effluent water quality of different selective screening of domestication of suitable nitrifying sludge, and its wide applications.

Fuction

1, efficient oxidation of ammonia nitrogen into nitrite nitrogen and then into nitric acid nitrogen.

2, accelerate the sludge settlement in sewage, increase the sludge flocculation particles, adjust the sludge flocculation structure.

3. Select suitable nitrifying bacteria with strong specificity to shorten domestication time and increase nitrification efficiency.

4. It can be linked with the denitrification system to form symbiotic and complementary effects and improve the nitrogen removal capacity of the system.

5, effectively inhibit viruses, germs and parasites.  It can consume a large amount of nitrogen nutrition, cut off nitrogen nutrition of algae, inhibit algae reproduction, and effectively purify water and good water color.

6, combined with the production process of local fermentation, has strong adaptability to the local environment.

7. The strains selected from nature combine with domestication technology, reproduce rapidly, have strong stress ability, and can adapt to the harsh environment and evolve naturally.

8. Nitrification can be carried out under aerobic and anoxic conditions, among which the effect of anoxic nitrification is weak.