Powder Aerobic Bacteria Wastewater Treatment

Powder Aerobic Bacteria Wastewater Treatment

Category： Municipal Sewage Treatment
Powder Appearance: Solid Powder
Viable Bacteria Content: >20Billions/g
Product Property: Aerobic Microorganism Bacteria
Sample: Free Sample
INQUIRY EMAIL

Product Description:

Product Features：
Aerobic bacteria, also known as aerobic bacteria, grow and reproduce in an aerobic environment. It is used for the energy-producing metabolic process of oxidizing organic or inorganic substances, and uses molecular oxygen as the final electron acceptor for aerobic respiration. Includes most bacteria, actinomycetes and fungi.

Aerobic bacteria have strong resistance to external harmful factors. Aerobic bacteria are produced by liquid submerged fermentation technology, which has the advantages of reliable process, high bacterial purity and high density.

Product Function:

1. Mainly degrade ammonia nitrogen (NH4-N), and the removal rate can reach more than 95%.
2. Avoid secondary pollution caused by excessive ammonia nitrogen content in the discharge water.
3. For the yellowish effluent caused by ammonia nitrogen, it has a decolorizing effect.
4. Reduce the amount of sludge produced during sewage treatment, optimize the structure of the existing sludge, increase the compactness of floc particles and sludge and the sedimentation of sludge.
5. Eliminate toxic substances to a certain extent, no need to add chemical mixing and coagulation process

Instructions:
1. Before placing the bacteria, stop the water inlet and outlet of the biochemical system.
2. In the ratio of 1kg of bacteria: 1 ton of water, add bacteria to the aerobic tank and stir.
3. After inoculation and stirring, continuous aeration for 24 hours activates the bacteria, and the dissolved oxygen is controlled between 2-4.
4. After the first day of aeration to activate the bacteria, one-third of the water is in the second day, two-thirds of the water is in the third day, and the third day is fully open. Note: When entering the water, keep the carbon-nitrogen ratio at 100:5:1 to ensure enough nutrients to promote the rapid growth of microorganisms.