Data center fire protection

Oxygen Reduction Fire Prevention for Data Centers

Protect mission-critical data center infrastructure with FirePASS® oxygen reduction fire prevention. Unlike traditional fire suppression systems that respond after a fire has started, FirePASS creates a controlled, breathable low-oxygen environment designed to prevent ignition before a fire can develop.

This proactive approach to data center fire protection provides continuous protection without water, extinguishing agents or chemical residue.

• Continuous data center fire prevention without water discharge
• No chemical residue or cleanup, helping minimize operational disruption
• 24/7 protection for critical IT equipment, infrastructure and personnel
• Precisely controlled oxygen levels through continuous monitoring and regulation
• Engineered for demanding data centers, server rooms and mission-critical facilities

More Than Data Center Fire Suppression

Traditional data center fire suppression systems are designed to detect and extinguish a fire after ignition. FirePASS takes a different approach.

By continuously maintaining the protected area at a carefully controlled oxygen concentration, the system creates an environment in which common combustible materials are far less likely to ignite. Instead of managing the consequences of a fire, oxygen reduction technology addresses the fire risk at its source.

The result is continuous fire prevention for data centers where uptime, business continuity and the protection of high-value equipment are essential.

Protect Critical Infrastructure Before Fire Starts

For data centers and other mission-critical environments, even a small fire incident—or the activation of a conventional suppression system—can lead to disruption and costly downtime. FirePASS provides proactive protection while allowing protected areas to remain accessible under engineered operating conditions.

Prevent ignition. Protect uptime. Keep critical infrastructure running with FirePASS® oxygen reduction fire prevention.