Advanced Bioculture Solution
Aerobic Bioculture
High-performance Nanozyme culture for aerobic wastewater treatment systems
Nanozyme BET-ETP-7001, BET-ETP-7002 and BET-ETP-7003 are living aerobic microbial formulations developed for biological oxidation in industrial effluent treatment systems. Product selection is based on wastewater characteristics, organic load and the required treatment objective.
Product Details
Product Details
Designed for efficient performance and practical field use across industrial wastewater systems.
| Parameter | Details |
|---|---|
| Available Form | Organic semi-solid form |
| Bacterial Cultures | 62 different living cultures |
| BET-ETP-7001 | 28 × 10⁹ CFU/mL |
| BET-ETP-7002 | 31 × 10⁹ CFU/mL |
| BET-ETP-7003 | 35 × 10⁹ CFU/mL |
| Application | Aerobic ETP / STP systems |
| Minimum Shelf Life | One year |
Why It Works
Product Benefits
Engineered to provide reliable, field-ready biological treatment support.
Rapid COD Reduction
Improves organic removal efficiency and shortens treatment cycles.
Stable Performance
Supports reliable biological treatment even during load fluctuations.
Odour Control
Reduces nuisance odours in aeration tanks and clarifiers.
Low Sludge
Promotes efficient conversion with reduced excess sludge.
Performance profile
Manufacturer-reported treatment potential
Indicative source-data ranges, not guaranteed outcomes. Results depend on wastewater, process design and operating conditions.
- COD reduction
- 95–98%
- BOD reduction
- 98–100%
- Colour reduction
- 90–100%
- TSS reduction
- 95–99%
- Dissolved oxygen
- 3–8 mg/L
Applications
Where It Performs
Working Mechanism
How the Product Works
Analysis of wastewater characteristics
Selection of suitable microbial strain
Activation in controlled biological conditions
Application to the treatment system
Monitoring and performance optimization
Dosage Guidance
Dosage Table
Recommended dosing guidance for smooth integration and controlled application.
| Day | Prepared Broth | Daily Dosage |
|---|---|---|
| Day 1 | 200 ml | 1–2 L |
| Day 2 | 400 ml | 2–3 L |
| Day 3 | 600 ml | 3–4 L |
| Day 4 | 800 ml | 4–5 L |
Product recommendation
Best suited for
FAQ
Frequently Asked Questions
Helpful answers about product use, compatibility and field performance.
Chemical Industry
Shock Load Recovery
- Problem
- Intermittent inhibitory loads weakened aerobic biomass.
- Solution
- Controlled Nanozyme dosing supported by equalisation and toxicity management.
- Results
- Faster biological recovery after production-load variation.
“A dependable biological support programme for demanding ETP conditions.”
Confidential Client
Technical Manager · Verified Chemical Manufacturer
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