Global Wastewater Treatment Solutions Provider

Over 18 Years of Manufacturing Expertise

Ammonia Degrading Bacteria for Wastewater Treatment

Short Description:

Our Ammonia Degrading Bacteria is a high-performance microbial agent specifically designed to break down ammonia nitrogen (NH₃-N) and total nitrogen (TN) in various wastewater treatment applications. Featuring a synergistic blend of nitrifying bacteriadenitrifying bacteria, and other beneficial strains, this product efficiently degrades complex organics into harmless substances such as nitrogen gas, carbon dioxide, and water—ensuring effective biological ammonia treatment without secondary pollution.


Product Detail

Product Tags

Product Description

Appearance: Fine powder

Viable Bacteria Count: ≥ 20 billion CFU/g

Key Components:

Pseudomonas spp.

Bacillus spp.

Nitrifying & denitrifying bacteria

Corynebacterium, Alcaligenes, Agrobacterium, Arthrobacterium, and other synergistic strains

This formulation supports the biological conversion of ammonia and nitrite through nitrification and denitrification processes, reducing odors and improving overall nitrogen removal efficiency in both municipal and industrial wastewater systems.

Main Functions

1. Ammonia Nitrogen & Total Nitrogen Removal

Rapid breakdown of ammonia nitrogen (NH₃-N) and nitrite (NO₂⁻)

Converts nitrogen compounds into inert nitrogen gas (N₂)

Reduces methane, hydrogen sulfide (H₂S), and ammonia odors

No generation of secondary pollutants

2. Enhanced Biofilm Formation & System Start-Up

Shortens acclimation and biofilm formation time in activated sludge systems

Improves microbial colonization on carriers

Speeds up biological response, reduces retention time, and increases throughput

3. Efficient and Cost-Effective Nitrogen Treatment

Increases ammonia nitrogen removal efficiency by over 60%

No need to modify existing treatment processes

Reduces chemical use and operating costs

Application Fields

This ammonia removal bacteria product is suitable for a wide range of organic-rich wastewater sources, including:

Municipal wastewater treatment plants

Industrial wastewater systems, such as:

Chemical wastewater

Printing & dyeing effluent

Landfill leachate

Food processing wastewater

Other high-organic or toxic load effluents

Oil & Gas Auxiliary Applications

Chemical wastewater

Textile Industry

Printing & dyeing effluent

Landfill leachate

Landfill leachate

Food-Grade Chemicals (1)

Food processing wastewater

Other Fields

Other high-organic or toxic load effluents

Water Treatment

Municipal wastewater treatment plants

Recommended Dosage

Industrial Wastewater: 100–200g/m³ initially; increase by 30–50g/m³/day during shock load or fluctuations

Municipal Wastewater: 50–80g/m³ (based on biochemical tank volume)

Optimal Application Conditions

Parameter

Range

Notes

pH 5.5–9.5 Optimal: 6.6–7.8; best performance near pH 7.5
Temperature 8°C–60°C Ideal: 26–32°C; lower temps slow growth, >60°C may cause cell death
Dissolved Oxygen ≥2 mg/L Higher DO accelerates microbial metabolism by 5–7× in aeration tanks
Salinity ≤6% Suitable for high-salinity industrial wastewater
Trace Elements Required Includes K, Fe, Ca, S, Mg – usually present in wastewater or soil
Chemical Resistance Moderate–High Tolerant to chloride, cyanide, heavy metals; assess biocide risk

Important Notice

Product performance may vary based on influent quality, system design, and operational parameters.
When biocides or disinfectants are present in the system, they may negatively affect microbial activity. Evaluate compatibility in advance, and consider neutralizing harmful agents if necessary.


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