Scientific leadership
Dr. M. Parameswari Sasikumar
Executive Director — Research & Development
Leads Bionics research and development, drawing on more than 20 years of university and industrial wastewater-treatment experience.
SCIENTIFICINNOVATIVEBIOCULTUREMANUFACTURER
Nanozyme Microbial Culture for Industrial Wastewater Treatment
World's Best Scientific Manufacturer of Nanozyme Bioculture for ETP, STP, CETP and Industrial Wastewater Treatment.
Scientifically developed microbial cultures helping industries reduce COD, BOD, sludge generation, odour and operational costs.
- ISO Certified Manufacturer
- Government Awarded
- 62+ Scientific Microbial Cultures
- Global Supplier
Recognition
Awards, Recognitions & Certifications
Government awards, research recognitions and internationally certified quality standards that demonstrate our commitment to scientific innovation.
Government Award
ICAR Award
Awarded by the Indian Council of Agricultural Research (ICAR) in 2001.
Research Recognition
UGC-NET Recognition
National Eligibility Test recognition awarded in June & December 2003.
Scientific Achievement
ASRB Recognition
Recognized by the Agricultural Scientists Recruitment Board for research excellence.
Media Recognition
Times of India
Featured in The Times of India on May 28, 2009 for scientific innovation.
International Certification
ISO 9001:2015
Certified Quality Management System ensuring consistent manufacturing excellence.
About Bionics
Engineering better biology for wastewater treatment
Bionics Enviro Tech Pvt. Ltd. is a scientific manufacturer of Nanozyme Bioculture for industrial and municipal wastewater treatment.
Our research-based microbial formulations support ETP, STP, CETP, anaerobic digestion and organic-waste composting applications while helping treatment teams improve biological stability.
View Executive Profile
Research driven
Formulations developed through laboratory validation and practical field performance.
Nanozyme technology
Advanced microbial cultures engineered for dependable biological treatment.
Sustainable results
Support for COD, BOD, sludge and odour reduction with lower process intervention.
Nanozyme Advantages
Merits of Nanozyme Bioculture
Scientifically developed Nanozyme Bioculture improves biological wastewater treatment by reducing COD, BOD, colour, odour, sludge generation and operating costs while increasing treatment efficiency and dissolved oxygen.
Low Cost Technology
Cost-effective biological treatment that significantly lowers overall wastewater treatment expenses.
Minimal Chemical Usage
Reduces or eliminates primary treatment chemicals such as polymer and lime.
COD Reduction
Achieves up to 95–98% COD reduction, typically below 50–100 mg/L.
BOD Reduction
Reduces Biological Oxygen Demand by up to 98–100% for improved treatment efficiency.
Increases Dissolved Oxygen
Improves dissolved oxygen (DO) levels between 3–6 mg/L to support healthy microbial activity.
Colour Reduction
Removes 90–100% of wastewater colour depending on effluent characteristics.
Odour Removal
Eliminates unpleasant odours, often achieving complete removal within one day.
Zero Sludge Process
Minimizes sludge generation, reducing sludge handling, transportation, and disposal costs.
Nanozyme description
Living multi-strain biological formulation
Manufacturer product specification for the organic semi-solid Nanozyme formulation. Final selection and dosage depend on wastewater characteristics and plant conditions.
- Available form
- Organic semi-solid
- Bacterial strains
- 63 different strains
- Bacteria stage
- Living bacteria
- Bacterial colonies
- 63 × 10⁹ CFU/mL
- Minimum shelf life
- One year
Industry Advantages
Benefits to Industries by Using Nanozyme
Reduced Sludge Generation
Significantly reduces excess biological sludge generation, minimizing sludge handling, dewatering, and disposal requirements.
Low Energy Consumption
Reduces blower operating time by 30–40%, lowering overall energy consumption and electricity costs by more than 50%.
Shock Load Resistance
Maintains stable microbial activity during sudden fluctuations in organic and hydraulic loading.
Organic Pollutant & Heavy Metal Degradation
Accelerates the degradation of organic pollutants while supporting the biological treatment of various heavy metal contaminants.
Suspended Solids Removal
Removes suspended and floatable organic debris while reducing Total Suspended Solids (TSS) by up to 95%.
Anaerobic Digester Efficiency
Enhances anaerobic digester performance, improves methane yield, and increases biogas production.
Industrial Performance
Scientifically manufactured Nanozyme Bioculture delivers reliable biological performance for industrial and municipal wastewater treatment plants.
Role of Microbial Nanozyme in Wastewater Treatment Plants
| Parameter | Performance |
|---|---|
| Sludge Degradation | Excellent |
| Chemical Oxygen Demand (COD) | 95–98% |
| Biological Oxygen Demand (BOD) | 98–100% |
| Colour Reduction | 90–100% |
| Odour Removal | 100% |
| Suspended & Floatable Organic Debris | 100% |
| Total Suspended Solids (TSS) | 92–95% |
| Total Dissolved Solids (TDS) | Depends on wastewater characteristics |
| Dissolved Oxygen (DO) | 3–6 mg/L |
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Installations
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Manufacturing Units
Our Process
From Wastewater Analysis to Sustainable Performance
- 01
Requirement Assessment
Understand the wastewater characteristics, treatment process and operational challenges.
- 02
Water Analysis
Evaluate influent characteristics, COD, BOD and biological conditions.
- 03
Product Recommendation
Recommend the appropriate Nanozyme Bioculture based on treatment requirements.
- 04
Implementation
Provide dosing guidelines and support during product application and commissioning.
- 05
Performance Monitoring
Track biological treatment performance and recommend improvements where required.
Trusted By
Trusted by Industries Across India
Leading manufacturers, municipalities and wastewater treatment plants rely on Bionics Enviro Tech's Nanozyme Bioculture for consistent biological treatment performance.
Serving industries including Textile, Sugar, Distillery, Pharma, Chemical, Food Processing, Municipal STP, CETP, ETP, Paper, Dairy, Hotels and Infrastructure Projects.
Client Experience
Industrial teams trust Bionics for practical biological treatment support.
Textile Industry
Biological ETP Stabilisation
- Problem
- Variable washing and finishing loads caused recurring biomass stress.
- Solution
- A monitored Nanozyme aerobic bioculture programme integrated with existing plant controls.
- Results
- More stable biology, improved settling and fewer process interventions.
“Recommended for textile plants seeking structured biological-treatment support.”
Confidential Client
Plant Head · Verified Textile Manufacturer
Dye Processing Industry
Colour-Load Biological Stabilisation
- Problem
- Changing dye recipes, surfactants and colour shocks affected biomass stability.
- Solution
- Nanozyme-supported biological treatment was integrated with equalisation and the existing colour-removal process.
- Results
- Improved biological stability and more consistent downstream colour polishing.
“Suitable where dye-house operators combine biological support with disciplined source and process control.”
Confidential Client
ETP Manager · Verified Dye Processing Unit
Food Processing
High Organic Load Management
- Problem
- Changing production loads caused inconsistent COD and BOD performance.
- Solution
- Plant assessment, phased activation and routine operating-data review.
- Results
- Improved consistency and a clearer operator response plan.
“The technical implementation support was practical and responsive.”
Confidential Client
Operations Director · Verified Food Processor
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
Dairy Industry
BOD and Odour Control
- Problem
- Protein, fat and lactose loads affected aeration and odour.
- Solution
- Application-specific STP/ETP microbial support with aeration monitoring.
- Results
- Improved organic-load handling and more manageable odour.
“Useful for dairy teams that combine biology with disciplined operation.”
Confidential Client
Utility Manager · Verified Dairy Processor
Distillery Industry
Anaerobic Digester Support
- Problem
- Variable feed and acidification risk reduced digester stability.
- Solution
- BET anaerobic bioculture with pH, alkalinity and loading review.
- Results
- More consistent digestion and operating confidence.
“Recommended where anaerobic performance is monitored with reliable plant data.”
Confidential Client
Process Head · Verified Distillery
Municipal STP
STP Biomass Recovery
- Problem
- Intermittent flow, odour and slow biomass recovery after an upset.
- Solution
- Phased STP bioculture activation and daily DO/settling checks.
- Results
- Faster stabilisation and improved day-to-day treatment control.
“A practical recovery approach for municipal and community STPs.”
Confidential Client
STP Manager · Verified Municipal Operator
Frequently Asked Questions
Everything You Need to Know About Nanozyme Bioculture
Nanozyme Bioculture is a scientifically developed microbial formulation designed to enhance biological wastewater treatment by improving the degradation of organic pollutants and maintaining stable plant performance.
Technical consultation
Improve treatment performance with the right Nanozyme
Share your plant conditions with our technical team for an application-specific product recommendation.
Our offices
Erode and Chennai offices
Visit our head office or corporate office in Tamil Nadu.
Head Office
Erode
2/185 Ramnagar, Vaaikaimedu, Perundurai Main Road, Erode - 638052, Tamil Nadu
Corporate Office
Chennai
No.1 GST Road, Thailavaram, Potheri, Chennai - 603203, Tamil Nadu