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  • Ammonia Nitrogen Removing Bioenzyme
  • Ammonia Nitrogen Removing Bioenzyme
  • Ammonia Nitrogen Removing Bioenzyme
Ammonia Nitrogen Removing BioenzymeAmmonia Nitrogen Removing BioenzymeAmmonia Nitrogen Removing Bioenzyme

Ammonia Nitrogen Removing Bioenzyme

Product Description:

Ammonia Removing Bacteria is a kind of green environmental protection bacteria composed of pseudomonas, bacillus, nitrifying and denitrifying bacteria, corynebacterium and other microorganisms. It can effectively and quickly degrade ammonia nitrogen in water and convert various nitrogen elements into nitrogen and water. Inhibit bacterial growth while reducing ammonia and hydrogen sulfide production. Ammonia Removing Bacteria has remarkable effect on ammonia - nitrogen removal and system restoration of sewage treatment equipment.



Application

Municipal sewage treatment, fertilizer chemical plant, landfill, food processing plant, printing and dyeing wastewater, pharmaceutical factory and other industrial wastewater treatment;

River treatment, landscape water treatment and other ecological restoration.



Product Parameter

CFU Content: 20Billions/g
PH Value:The average range was 5.5 to 9.5. The optimum PH value is 7.5
The temperature:The Bacteria took effect at 8℃~60℃, and the optimum temperature was 26 ℃~ 32℃
Dissolved oxygen:In the aeration tank of sewage treatment, dissolved oxygen is at least 2 mg/l
Salinity: Suitable for high salinity industrial sewage, the highest tolerance of 6% salinity
Trace elements: Specific bacteria require many elements for their growth, such as potassium, iron, calcium, sulfur, and magnesium.Soil and water usually contain sufficient amounts of these elements.



Function

★The removal rate of ammonia nitrogen in the biochemical stage was significantly improved so that the nitrification in this stage could be rapidly started;

★Effectively solve the lack of microorganisms that can degrade ammonia nitrogen in the biochemical tank and maintain nitrification in the sewage system;

★The problem of reduced nitrification caused by organic or inhibitory impact load, excessive hydraulic load or sudden sludge loss can be effectively solved;

★Through the degradation of ammonia degrading bacteria, the self-purification ability of water body was improved


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