How a Hypoxic Fire Prevention System Works?

Controlled Oxygen Reduction:

The system reduces the oxygen level in the air to around 15-16%, compared to the typical 21% found in normal atmospheric air. This reduced oxygen level is sufficient for human respiration but is below the threshold required for most fires to ignite and sustain combustion.

Air Separation Units:

The system uses air separation technology, often involving nitrogen generators, to remove oxygen from the air. Nitrogen is then introduced into the environment to dilute the oxygen concentration, creating a hypoxic (low-oxygen) atmosphere.

Continuous Monitoring and Regulation:

Sensors continuously monitor the oxygen levels in the protected area to ensure they remain within the designated hypoxic range. The system automatically adjusts the oxygen concentration as needed to maintain a stable environment.

Integration with Building Systems:

HAPS can be integrated with other building management systems, including HVAC, fire detection, and security systems. In the event of a fire alarm or other emergency, the system can adjust the oxygen levels or deactivate if human evacuation is necessary.

Key Features and Benefits:

Advantages Over Traditional Fire Suppression Systems:

Prevents Fires Instead of Suppressing Them: HAPS prevents the conditions necessary for a fire to start, unlike traditional systems that activate after a fire has already begun.

No Residue or Cleanup: Since no suppression agents are used, there is no need for cleanup after the system activates.

Minimizes Operational Disruption: Because the system maintains a safe environment for humans, it can operate continuously without disrupting normal activities.