11 Deodorizing microorganisms

CREATE_TIME:2019-01-02 VIEWS:464


Product name
Deodorizing microorganisms

Product introduction

Methanogens., Actinomycetes, Sulfur bacteria,  Nitrobacteria, Trace element,etc.

1.The US GES provides native bacteria, which have strong vitality and adaptability to various water environments;

2.Degrade odorous substances such as organic substances, ammonia, hydrogen sulfide, mercaptan, etc.into biomass, inorganic acid, carbon dioxide, water,etc.

3.High stability, low cost, and simple operation.



This product is suitable for garbage transfer station, garbage dump, animal feeding farm, septic tank, sewage treatment plant, sanitation,etc.



Dilute 50~250 times with tap water or well water and spray at the place of use (with the help of spraying equipment)



Temperature: 15~38℃;  PH: 6~9, 7~8 for best effect ;

Dissolved oxygen ≥ 2mg / L, 2-5mg / L for best effect.



Liquid


Store in a sealed, cool and dry place


2 years



Product Recommendation

  • 1 Highly efficient COD degrade microorganisms

    1 Highly efficient COD degrade microorganisms

    MORE
  • 2 Salt-tolerant COD degrade microorganisms

    2 Salt-tolerant COD degrade microorganisms

    MORE
  • 3 Low temperature-tolerant COD degrade microorganisms

    3 Low temperature-tolerant COD degrade microorganisms

    MORE
  • Harmless sludge disposal system(HTC)

    Harmless sludge disposal system(HTC)

    MORE
  • 4 Ammonia nitrogen removal microorganisms

    4 Ammonia nitrogen removal microorganisms

    MORE
  • 5 Salt-tolerant amminia nitrogen removal microorganisms

    5 Salt-tolerant amminia nitrogen removal microorganisms

    MORE
  • 6 Low temperature-tolerant ammonia nitrogen removal microorganisms

    6 Low temperature-tolerant ammonia nitrogen removal microorganisms

    MORE
  • 7 Total nitrogen removal microorganisms

    7 Total nitrogen removal microorganisms

    MORE
  • 8 Oil-degrade microorganisms

    8 Oil-degrade microorganisms

    MORE
  • 9 Sludge reduction microorganisms

    9 Sludge reduction microorganisms

    MORE