Nitrifying Bacteria Agent for Ammonia & Nitrogen Removal | High-Efficiency Microbial Solution

Short Description:

Improve nitrogen removal in wastewater with our high-performance Nitrifying Bacteria Agent. Packed with nitrifying bacteria and enzymes, it accelerates ammonia conversion, biofilm formation, and system startup in industrial and municipal applications.

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Product Detail

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Nitrifying Bacteria Agent for Wastewater Treatment

Our Nitrifying Bacteria Agent is a specialized biological product designed to enhance the removal of ammonia nitrogen (NH₃-N) and total nitrogen (TN) from wastewater. Enriched with high-activity nitrifying bacteria, enzymes, and activators, it supports rapid biofilm formation, improves system start-up efficiency, and significantly boosts nitrogen conversion in both municipal and industrial settings.

Product Description

Appearance: Fine powder

Living Bacteria Count: ≥ 20 billion CFU/gram

Key Components:

Nitrifying bacteria

Enzymes

Biological activators

This advanced formulation facilitates the transformation of ammonia and nitrite into harmless nitrogen gas, minimizing odors, inhibiting harmful anaerobic bacteria, and reducing atmospheric pollution from methane and hydrogen sulfide.

Main Functions

Ammonia Nitrogen and Total Nitrogen Removal

Accelerates the oxidation of ammonia (NH₃) and nitrite (NO₂⁻) into nitrogen (N₂)

Rapidly reduces NH₃-N and TN levels

Minimizes odor and gas emissions (methane, ammonia, H₂S)

Boosts System Start-Up and Biofilm Formation

Speeds up acclimation of activated sludge

Shortens time required for biofilm formation

Reduces wastewater residence time and enhances treatment throughput

Process Efficiency Improvement

Improves ammonia nitrogen removal efficiency by up to 60% without modifying existing processes

Eco-friendly and cost-saving microbial agent

Application Fields

Suitable for a wide range of wastewater treatment systems, including:

Municipal sewage treatment plants

Industrial wastewater, such as:

Chemical wastewater

Printing & dyeing effluent

Garbage leachate

Food processing wastewater

Other organic-rich industrial effluents

Recommended Dosage

Industrial Wastewater: 100–200g/m³ (initial dose), 30–50g/m³/day for load fluctuation response

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

Optimal Application Conditions

Parameter

Range

Notes

5.5–9.5

Optimal range: 6.6–7.4, best at ~7.2

Temperature

8°C–60°C

Optimal: 26–32°C. Below 8°C: growth slows. Above 60°C: bacterial activity declines

Dissolved Oxygen

≥2 mg/L

Higher DO accelerates microbial metabolism by 5–7× in aeration tanks

Salinity

≤6%

Works effectively in high-salinity wastewater

Trace Elements

Required

Includes K, Fe, Ca, S, Mg – typically present in water or soil

Chemical Resistance

Moderate to High

Tolerant to certain chemical inhibitors, like chloride, cyanide, and heavy metals; evaluate compatibility with biocides

Important Notice

Product performance may vary depending on influent composition, operational conditions, and system configuration.
If bactericides or disinfectants are present in the treatment area, they may inhibit microbial activity. It is recommended to evaluate and, if necessary, neutralize their impact before applying the bacteria agent.

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