Biokill System - ZETA BIOSYSTEM

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)

Team Zetabiosystem has emerged as one of the leading Bioprocess Engineering Company in the global market. with a footprint in over 15 countries, we stand as the leader for over 20years. Quality by design has always been our goal and continues even today.

Support

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