For many special applications, such as foot- and- mouth disease, or the occurrence of certain viruses for which there is still no documented proof of efficacy of H2O2 decontamination technology, this still remains the only and practical method.

• EXPERIMENTAL ANIMAL HUSBANDRY
• HIGHER SAFETY AREAS (Bio- Safety Level Laboratory)
• QUARANTINE AREAS
• NICLE AREAS (e.g., hatcheries or equivalent animal housing).

PROS

• Great germ reduction (sterility)
• Active against bacteria, viruses and fungi
• RKI- accepted process

CONS

• Toxic process
• Very long cycle times
• Extensive and strict legal requirements

Ortner formaldehyde gas generators are designed as fully automated systems for rapid and safe decontamination processes.

The operator can select and start a cycle externally via the LAN interface.

All operating states of the plant, values of the sensors, process times, alarms and the current cycle data are provided via the LAN interface.

Neutralization can be achieved by the application of ammonia, or via residue- free chemisorption.

Larger quantities of formalin can be evaporated via external reservoir expansion.

This completely eliminates the need for tiresome post- cleaning, and is environmentally and user- friendly:

• Via chemisorption system: After gassing, the gas is neutralized via a chemisorption system.
• Via scrubber system: The gas is washed out via an air scrubber system. This eliminates the need for tiresome post-cleaning and makes handling much easier.

* Non- standard customer or system specific applications.

Standard hardware interfaces:

• LAN
• USB
• Start/ Stop contact
• Power supply
• Nozzles Control

Standard messages after external:

• Operation
• Sum fault
• CH2O system
• Ventilation active