Oxygen and Air Control

In addition to offering various solutions for oxygen and air supply, ODIT also provides services for monitoring and controlling safe levels of gases in the air.In shelters designed to operate for extended periods (closed mode), air renewal systems must be installed to maintain carbon dioxide (CO2) and oxygen (O2) levels at safe levels and to prevent contaminated air from entering the shelter by maintaining positive pressure (overpressure) (pressurized shelter). ODIT offers various solutions for monitoring and controlling safe levels of gases in the air, along with oxygen and air supply.

Description

Key Features
  • Oxygen Release and Regulation Valves for Oxygen Tanks

    Automatic and manually operated oxygen (O2) regulating valves, along with larger systems for connecting to oxygen cylinders, ensure that oxygen levels are properly maintained and that excessive pressure levels are kept under control within a shelter or enclosed room.

    • Oxygen Candles – Emergency Oxygen Generators

      Oxygen candles, which are used to provide a rapid release of oxygen inside shelters during emergencies, are typically produced through a chemical reaction between sodium chlorate and iron powder and release breathable oxygen when ignited. Similar products are widely used for emergency air supply in shelters, rescue chambers, submarines, aircraft, and many other locations.

      • Compressed Air – Overpressure Protection Systems

        Pressurized air regulation systems ensure that oxygen levels and overpressure levels are properly maintained in shelters and rooms isolated from the outside air supply.

        Such systems typically rely on the release of compressed air stored in special tanks and controlled manually or automatically using sensors.

        • Overpressure Gauges / Measurement Devices for Shelters

        An overpressure gauge is a device used to measure and monitor the pressure difference between shelter compartments (such as the main shelter chamber, airlock, etc.) or the protected area and the outside environment. Overpressure is a critical component of the shelter’s protective layers, and continuous monitoring of its values is of vital importance.

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