Anaerobic Bacteria Powder 20 Billion/G for Wastewater Treatment - Ammonia Nitrogen Removal ≥60% Efficiency
High-efficiency anaerobic bacteria powder containing ≥20 billion viable bacteria per gram, specifically formulated for industrial and municipal wastewater treatment applications.
| Appearance | Powder |
|---|---|
| Main Ingredients | Pseudomonas, Bacilli, nitrification bacteria, denitrification bacteria, corynebacterium, chromobacter, alcaligenes, agrobacterium, arthrobacterium and other specialized bacteria strains |
| Viable Bacteria Count | ≥20 billion/g |
| Applications | Municipal wastewater treatment, chemical wastewater, dyeing and printing wastewater, landfill leachate, food processing wastewater and other industrial wastewater streams |
- Highly efficient degradation and absorption of ammonia nitrogen
- Improves nitrification efficiency and maintains long-term system stability
- Rapid recovery from shock loads and sudden changes in denitrification conditions
- Provides buffering for high ammonia nitrogen concentrations, helping other microorganisms adapt to wastewater environments
- Reduces system impact from denitrification fluctuations to minimum levels
- Enhances ammonia removal capacity during low temperature seasons
Contains nitrobacterium that shortens activated sludge acclimation and biofilm formation time, accelerating wastewater treatment system startup and reducing retention time.
Environmentally friendly microbial agent featuring decomposition and composition bacteria, anaerobic bacteria, amphimicrobe and aerobic bacteria in a multi-strain synergistic formulation.
Decomposes refractory organic compounds into micro-molecules, further breaking down into nitrogen, carbon dioxide and water with effective degradation of ammonia nitrogen and total nitrogen.
Improves ammonia nitrogen wastewater treatment efficiency by more than 60% without requiring process modifications, significantly reducing operational costs.
Essential elements including potassium, iron, calcium, sulfur, and magnesium for optimal bacterial growth.
Effective range: 5.5-9.5 | Optimal growth: 6.6-7.8 | Peak efficiency: 7.5
Operational range: 8°C-60°C | Optimal performance: 26°C-32°C
Minimum 2mg/L in aeration tank | Metabolic and degradation rates increase 5-7 times with sufficient oxygen
Suitable for high salinity industrial wastewater up to 60% concentration.
Resistant to chemical toxicity including chloride, cyanide, and heavy metals.
When bactericides are present in the treatment area, their potential impact on microbial function should be evaluated prior to application.
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