Scientific wastewater biotechnology
Bioculture Manufacturer in India
Bionics Enviro Tech manufactures Nanozyme Bioculture for industrial and municipal biological wastewater treatment.
Nanozyme description
- Available form
- Organic semi-solid form
- Bacterial strains
- 63 different bacterial strains
- Stage of bacteria
- Living bacteria
- Bacterial colonies
- 63 × 10⁹ CFU/mL
- Minimum shelf life
- One year
About Bionics Enviro Tech
Scientific manufacturing built around practical plant performance
Bionics Enviro Tech Pvt. Ltd. develops and supplies research-based Nanozyme Bioculture for industrial and municipal wastewater treatment applications.
Our technical approach combines microbial formulation, wastewater assessment and application guidance for ETP, STP, CETP, CSTP, anaerobic digestion and organic-waste treatment.
Scientific manufacturing
Application-specific guidance
PAN India and export support
Why Nanozyme
A high-performance bioculture for demanding treatment plants
Accelerates biological BOD and COD breakdown
Can reduce sludge volume under suitable operating conditions
Organic, environment-conscious biological formulation
Helps reduce dependence on corrective chemical dosing
Supports recovery during high-load and shock conditions
Easy to apply within existing treatment processes
Biological mechanism
How Nanozyme works
Activates on contact
The living microbial consortium begins adapting after application under suitable plant conditions.
Breaks down organic load
Enzyme-producing microorganisms help convert biodegradable pollutants into simpler end products.
Maintains biomass stability
A diverse consortium supports recovery during changing organic or hydraulic loads.
Improves clarity and odour control
Better biological degradation supports clarity, lower TSS and odour control at source.
Compliance made simpler
Nanozyme can support biological treatment aligned with plant discharge objectives and applicable pollution-control requirements.
Compliance depends on the complete system and monitoring programme; product use alone does not guarantee compliance.
Technical comparison
Normal bioculture vs Nanozyme Bioculture
| Feature | Normal bioculture | Nanozyme Bioculture |
|---|---|---|
| Microbial strength | Basic aerobic or anaerobic strains | Selected multi-strain, enzyme-producing consortium |
| Action speed | Longer acclimatisation period | Plant response may begin within 24–72 hours |
| Shock-load handling | Limited tolerance in complex effluent | Supports biomass during toxicity and load variation |
| Operating range | Depends on narrow ideal conditions | Selected for broader conditions after assessment |
| Odour control | May treat odour after formation | Targets biological degradation of odour-forming compounds |
| Sludge generation | Incomplete digestion can increase sludge | Improved degradation may reduce sludge demand |
| Plant recovery | May be slower during restart | Suitable for recovery and biomass re-establishment |
| Form and storage | Commonly powder or liquid | Organic semi-solid with minimum one-year shelf life |
| Lifecycle cost | Lower initial price may require more time | Efficiency can support lower dosage and intervention |
| Best suited for | Simple domestic wastewater | Industrial and municipal ETP, STP, CETP and CSTP |
Frequently asked questions
Nanozyme application questions
Is Nanozyme safe for the environment?
Nanozyme is an organic biological formulation. Follow supplied handling and dosing guidance.
Can it be used in low-pH or high-TDS conditions?
Selection depends on pH, TDS, toxicity and process configuration. Plant data should be reviewed first.
Is Nanozyme tested for wastewater treatment?
Formulations are supported by product specifications, laboratory knowledge and application experience.
How does it perform during the rainy season?
Performance depends on dilution, temperature, DO, retention time and hydraulic-load control.
Can it handle sudden hydraulic-load increases?
It supports biomass resilience, while equalisation and sound plant operation remain important.
Can it replace chemical dosing?
It can reduce dependence on some corrective chemicals but does not replace every treatment stage.
How quickly can BOD and COD change?
Initial response may appear within 24–72 hours; stable results depend on plant conditions.
What dosage is required?
Dosage depends on plant capacity, load, MLSS, DO, process design and treatment objective.
Is it suitable for sugar mills and distilleries?
Yes, with selection for the relevant aerobic or anaerobic treatment stage.
Can it be used in municipal CSTP and decentralised STP systems?
Yes, subject to plant assessment and appropriate formulation selection.
Is Nanozyme safe to handle?
Use the recommended PPE, storage instructions and applicable safety datasheet.
Can I request a consultation before ordering?
Yes. Share plant capacity, process flow and recent wastewater analysis for a recommendation.
Ready to discuss your treatment plant?
Request a quotation and application recommendation for your wastewater conditions.