Product Description
Whether applied in municipal sewage plants, industrial wastewater systems, or aquaculture environments, this bio activator is compatible with both aerobic and anaerobic conditions, offering excellent performance even in challenging water qualities.
Key Ingredients
Our formula includes a balanced mix of:
Amino Acids – essential for microbial metabolism
Fish Meal Peptone – provides readily available protein sources
Minerals & Vitamins – support microbial health and activity
Trace Elements – promote stable microbial communities
Appearance & Packaging: Solid powder, 25kg/drum
Shelf Life: 1 year under recommended storage conditions
Recommended Usage
Dilute with water at a ratio of 1:10 before use.
Apply once daily during bacterial seeding.
Dosage: 30–50g per cubic meter of water
For specific conditions (e.g., presence of toxic substances, unknown biological contaminants, or high pollutant concentrations), please consult our technical specialists before use.
Optimal Application Conditions
Based on extensive testing, the product performs best under the following parameters:
|
Parameter |
Range |
| pH | 7.0–8.0 |
| Temperature | 26–32°C |
| Dissolved Oxygen | Anaerobic tank: ≤ 0.2 mg/LAnoxic tank: ≈ 0.5 mg/L
Aerobic tank: 2–4 mg/L |
| Salinity | Tolerates up to 40‰ – suitable for both freshwater and marine systems |
| Toxicity Resistance | Capable of withstanding chemical toxins such as chlorides, cyanides, and heavy metals |
| Micronutrients Required | Potassium, iron, calcium, sulfur, magnesium – typically abundant in most natural sources |
Note: When used in polluted zones with residual bactericides, prior testing is advised to determine compatibility with microbial populations.
Applications & Benefits
Suitable for activated sludge systems and sludge processing operations
Supports aeration tank activated sludge process and extended aeration systems
Enhances microbial fermentation in wastewater and sludge treatment
Reduces startup time and improves biomass stability
Promotes sustainable water treatment by minimizing chemical dependency
