Different Operations and Process of Bio Kill Systems

An effluent decontamination system (EDS), popularly known as  the Bio Kill System is a system that is designed with precision so that it sterilizes and neutralizes bio waste from the systems dealing with contaminated microbial pollutant.

Nilsan Nishotech has experience of 3 decades in making Bio Kill Systems that meet the regulatory guidelines given by the environmental department. Nilsan’s Bio Kill Sytems inactivates the biowaste produced from biocontainment facilities by the heat process or chemical process before discharging it into conventional effluent treatment systems. The Bio Kill System makes sure that the quality of discharge is acceptable to the environmental standards set for effluent disposal.

Operations of Bio Kill Systems

  • Continuous Bio Kill Systems Process – In continuous process, series of cooling & heating heat exchangers are connected for sterilization at defined temperature, pressure &time.
  • Batch Bio Kill Systems Process – In batch process, effluent is collected treated &discharged at one batch time.

Process of Bio Kill Systems

  • Chemical Bio Kill Systems – In chemical treatment, chemical is mixed at certain concentration directly with effluent for a definite time.
  • Thermal Bio Kill Systems – Thermal decontamination is done at 130-140° The heat treatment is done using steam with suitable steam generation system.

Comparison of Chemical Bio Kill Systems and Thermal Bio Kill Systems

No Chemical Bio Kill Systems Thermal Bio Kill Systems
1 It Requires specific MOC to withstand corrosion SS 316L.
2 It releases harmful vapours or chemicals in environment. Steam Sterilization
3 Simple Process Intricate process compared to Chemical Treatment
4 Energy Consumption Low Energy consumption high in compared to Chemical treatment

 

Nilsan Bio Kill Systems Features

  • Compact design, customized & fully automated system
  • Appropriate selection of materials of construction as per feed
  • PLC-controlled system
  • Conformity with pharmaceutical guidelines
  • Compliant with containment requirements of BSL1,2 & 3
  • Cost effective
  • Completely drainable sanitary system