Bionics Enviro Tech

Nanozyme Bioculture is a specialised microbial culture used for improving the performance of ETP/STP and aerobic treatment systems. It supports faster degradation of organic load and helps stabilise the biological process in day-to-day operation.

microbial culture

Unlike chemical dosing, Nanozyme works by strengthening the existing biomass so the system becomes more stable and easier to maintain. It is suitable for a wide range of industrial effluents including food & beverage, textile, distillery, chemical & pharma units, pulp & paper industry, and general STP/ETP applications.

Why operators prefer Nanozyme

  • Helps reduce BOD and COD more consistently
  • Stabilises MLSS and improves oxygen transfer efficiency
  • Limits sludge accumulation over time
  • Reduces odour caused by anaerobic pockets
  • Supports steady outlet results under fluctuating loads

How it is typically applied

  1. Check tank volume and present BOD/COD level.
  2. Dose Nanozyme in the equalisation or aeration tank as per load requirement.
  3. Continue normal aeration, no system shutdown required.

Where it is used

  • Food & beverage units (ETP/STP)
  • Textile & dyeing industries
  • Distillery and molasses-based units
  • Chemical & pharma manufacturing
  • Pulp & paper mills
  • General sewage/effluent treatment plants

Price

Pricing depends on industry type and loading conditions.
WhatsApp: +91 90950 00090 (for quotation)

FAQs

  1. Is Nanozyme a chemical or a biological product?
    It is a biological formulation containing naturally occurring microorganisms.
  2. How soon do results appear?
    Improvement generally becomes noticeable within the first few days depending on load.
  3. Can it be added without stopping the plant?
    Yes. It is dosed while the system is running — no shutdown required.
  4. Will this reduce sludge handling cost?
    Yes, by improving degradation efficiency, sludge generation is usually lower over time.
  5. Does it work in mixed industrial load?
    Yes, it is suitable for variable influent common in multi-process plants.