BIOKILL (Biological Waste Inactivation) SYSTEM

A Bio-Kill System is a biological safety and containment technology designed to neutralize and destroy harmful biological agents, including viruses, bacteria, and other pathogens.

Usage

Bio-Kill systems are typically used in healthcare, biotechnology, and research facilities to ensure that potentially infectious materials are safely managed and decontaminated

Types

Continuous Bio-kill System

Batch Bio-kill System

Thermal Bio-kill System

Chemical Bio-kill System

Features

Sterilization

Thermal Sterilization:

Uses high-temperature steam or hot water (typically 121°C–135°C) to inactivate microorganisms.

Insulated chambers to maintain temperature efficiently.

Chemical Sterilization:

Employs biocides or disinfectants for inactivation.

Integrated dosing systems for precise chemical addition.

Combination Systems: Incorporates both heat and chemicals for added effectiveness.

Instrumentation

Temperature Sensors: Ensure consistent thermal inactivation.

Pressure Gauges: Monitor the system’s operating pressure.

Chemical Sensors: Track disinfectant concentration during chemical inactivation.

Alarm Systems: Alerts operators to deviations or failures in the process.

Automation

PLC-Based Control: Fully automated system with programmable logic control for process reliability.

HMI Interface: User-friendly touchscreen for monitoring and controlling the inactivation process.

Real-Time Monitoring: Parameters like temperature, pressure, and chemical dosage are monitored continuously.

Data Logging: Provides records for validation and regulatory compliance.

Scaleability

Customizable Capacity: Designed for small-scale labs to large-scale production facilities.

Modular Design: Easy to expand as the facility's waste management needs grow.

Batch or Continuous Operation: Options to suit operational requirements.

Effluent Handling

Retention Tanks: Holds effluent for the duration required for sterilization.

Temperature Monitoring: Ensures that the effluent reaches the necessary sterilization temperature.

Safe Discharge: Post-treatment, the waste is cooled and neutralized before release into the sewer system.

Maintenance

CIP (Clean-in-Place): Automated cleaning for sanitary and efficient maintenance.

Access Ports: Easy access for manual inspection and maintenance.

Self-Draining Design: Prevents liquid retention and ensures complete sterilization.

ZETA BIOSYSTEM PRIVATE LIMITED

(Formerly know as BPE BIOTREE INDIA PRIVATE LIMITED)

ZETA India, part of the global ZETA Group, is a leading provider of biopharmaceutical engineering and process equipment. For over 20 years, we have maintained our leadership position with a strong footprint in Asia. Quality by Design has always been our goal and remains our driving force today.

Support

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