Dunktanks:

Dunk tanks are available in a variety of configurations and materials.

  • Side mount with drain constructed of coated 316 stainless steel
  • Bottom mount with drain
  • Sliding bottom mount to conserve space

Dunk tanks are all-stainless steel coated with HALAR®

Airlocks:

Airlocks can be any size and equipped with the following:

  • Windows
  • Sliding trays
  • Gloveports
  • Interlocks
  • HEPA purge
  • Maximum of 4 doors
  • Piping and ports for independent decontamination
  • Chain of custody port

Rapid Transfer Ports:

Incorporated in a wall mount or cabinet mount, the containers provide a safe and easy method for moving materials, supplies and waste without breaking containment. The containers come in various sizes and can be locked to meet requirements for Select Agent storage and to facilitate chain of custody transfer and reporting.

 

Exhaust Filtration Systems:

Air filtration systems are available in a wide range of types, sizes and configurations. Equipment selection is based upon the degree of particle or gas removal required, quantity and characteristics of the space containing the contaminants, and intended application.

Germfree has developed a High Containment Filtration System for hazardous materials where fail-safe redundant exhaust air filtration is necessary. These systems provide the proper filters and airflow required to remove hazardous materials.

Germfree’s application engineers can recommend a system targeted to the demands of your specific operation.

HVAC Filter Banks:

Germfree-designed and built HEPA filter banks are used to filter both inlet and exhaust air for user, environmental, and sample safety and protection. The filter units, containment area, Class III BSC, and HVAC system are isolated with bubble-tight valves and plumbed to accept paraformaldehyde gas, VHP and, ClO2, for targeted decontamination processes. HEPA housings are located to facilitate filter replacement and are equipped with Bag-Out flanges to contain and safely remove HEPA filters. The building automated system and microprocessor controlled variable air volume dampers and valves control the pressure, airflow, temperature and humidity in the antechamber and room. These electronic systems are backed up with visual airflow indicators. Options include integration of a back-up emergency generator. Carbon filtration and monitoring systems are also available.