Aerobic Bioculture
High-performance Nanozyme microbial culture for aerobic wastewater treatment systems, ensuring faster COD & BOD reduction with stable biological performance.
Learn MoreWorld'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.
Government awards, research recognitions and internationally certified quality standards that demonstrate our commitment to scientific innovation.

Awarded by the Indian Council of Agricultural Research (ICAR) in 2001.

National Eligibility Test recognition awarded in June & December 2003.

Recognized by the Agricultural Scientists Recruitment Board for research excellence.

Featured in The Times of India on May 28, 2009 for scientific innovation.

Certified Quality Management System ensuring consistent manufacturing excellence.
Bionics Enviro Tech Pvt. Ltd. is a scientific manufacturer and global supplier of Nanozyme Bioculture developed for industrial wastewater treatment. Our advanced microbial formulations improve biological treatment efficiency, reduce sludge generation and help industries achieve reliable compliance with environmental regulations.
Backed by continuous research and innovation, our solutions are designed for ETP, STP, CETP, CSTP, anaerobic digesters and organic waste composting. We help industries reduce COD, BOD, colour, odour and pollutant load while improving treatment performance and lowering operational costs.
Today, Bionics Enviro Tech serves clients across India and global markets with scientifically proven microbial cultures trusted by textile, pharmaceutical, chemical, food processing, sugar, distillery, paper, leather and municipal wastewater treatment facilities.
Established
Scientific Cultures
Employees
Installations
Patents
Exports
Every Nanozyme formulation is developed through scientific research, laboratory validation and field performance.
Advanced microbial cultures engineered to improve biological treatment efficiency while reducing operating costs.
Reduce COD, BOD, sludge generation, odour and pollutant load with environmentally responsible biological solutions.
Trusted by industries worldwide for ETP, STP, CETP, CSTP, anaerobic digesters and composting applications.
Scientifically engineered microbial cultures developed for superior biological performance, reduced operating costs and sustainable wastewater treatment.
High-performance Nanozyme microbial culture for aerobic wastewater treatment systems, ensuring faster COD & BOD reduction with stable biological performance.
Learn MoreScientifically engineered microbial formulation for anaerobic digesters, improving biogas generation, sludge reduction and treatment efficiency.
Learn MoreAdvanced microbial culture developed for sewage treatment plants (STP/CSTP), providing odour control, faster degradation and consistent treatment results.
Learn MoreSpecialized Nanozyme culture for industrial Effluent Treatment Plants (ETP/CETP), helping industries achieve PCB compliance while reducing operating costs.
Learn MoreHigh-strength microbial culture specially formulated for sugar factories and distilleries, delivering superior COD reduction, enhanced anaerobic digestion and improved wastewater treatment stability.
Learn MoreAccelerates decomposition of organic solid waste into nutrient-rich compost while reducing odour and composting time through advanced microbial technology.
Learn MoreScientifically 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.
Cost-effective biological treatment that significantly lowers overall wastewater treatment expenses.
Reduces or eliminates primary treatment chemicals such as polymer and lime.
Achieves up to 95–98% COD reduction, typically below 50–100 mg/L.
Reduces Biological Oxygen Demand by up to 98–100% for improved treatment efficiency.
Improves dissolved oxygen (DO) levels between 3–6 mg/L to support healthy microbial activity.
Removes 90–100% of wastewater colour depending on effluent characteristics.
Eliminates unpleasant odours, often achieving complete removal within one day.
Minimizes sludge generation, reducing sludge handling, transportation, and disposal costs.
Industry Advantages
Significantly reduces excess biological sludge generation, minimizing sludge handling, dewatering, and disposal requirements.
Reduces blower operating time by 30–40%, lowering overall energy consumption and electricity costs by more than 50%.
Maintains stable microbial activity during sudden fluctuations in organic and hydraulic loading.
Accelerates the degradation of organic pollutants while supporting the biological treatment of various heavy metal contaminants.
Removes suspended and floatable organic debris while reducing Total Suspended Solids (TSS) by up to 95%.
Enhances anaerobic digester performance, improves methane yield, and increases biogas production.
Scientifically manufactured Nanozyme Bioculture delivers reliable biological performance for industrial and municipal 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 |
Patents
Installations
Trained Service Engineers
Manufacturing Units
Colour, COD and chemical wastewater treatment.
Effluent treatment and process optimization.
High COD spent wash biological treatment.
Complex industrial wastewater management.
Biological treatment for pharmaceutical effluent.
Reduce sludge and improve treatment efficiency.
Organic wastewater treatment solutions.
Reduce BOD, COD and odour generation.
Reliable STP and sewage treatment solutions.
Microbial culture for industrial ETP.
Improve biological sewage treatment.
Centralized effluent treatment optimization.
Understand the wastewater characteristics, treatment process and operational challenges.
Evaluate influent characteristics, COD, BOD and biological conditions.
Recommend the appropriate Nanozyme Bioculture based on treatment requirements.
Provide dosing guidelines and support during product application and commissioning.
Track biological treatment performance and recommend improvements where required.
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.
"The Nanozyme Bioculture stabilized our biological treatment process and significantly reduced operational interventions while improving treatment consistency."
Plant Head - Textile Industry
Verified Industrial Client
"The technical support team provided detailed analysis and implementation guidance, helping us improve wastewater treatment efficiency."
Operations Director - Food Processing
Verified Industrial Client
"The microbial culture performed reliably during fluctuating organic loads and supported stable ETP performance throughout the production cycle."
Technical Manager - Chemical Industry
Verified Industrial Client
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.
Speak with our technical experts and discover how Nanozyme Bioculture can reduce COD, BOD, sludge generation and operating costs for your treatment plant.
Our offices
Connect with our team at our head office in Erode or corporate office in Chennai.
Head Office
Corporate Office