Many people mistakenly believe that a reduced oxygen concentration automatically poses a health risk, but that’s a misconception. In certain enclosed spaces, such as warehouses, server rooms, and museums, the oxygen level can be intentionally lowered to prevent fires. This is achieved by introducing nitrogen into the air to reduce the oxygen concentration. Short-term exposure to these environments is generally harmless, as the conditions are similar to those at high altitudes, such as in an airplane or in the mountains. Even athletes can perform at peak levels in these conditions.
Active fire prevention technology has been in use for decades and is strictly regulated to comply with all legal requirements. Oxygen reduction systems, such as OxyReduct®, offer high safety standards while providing effective preventive fire protection. This is confirmed by various approvals and certificates.
In conclusion: Oxygen reduction is a highly effective method of fire prevention and an essential component for protecting assets and infrastructure.
The mistaken belief that oxygen reduction systems can only be installed in new buildings persists. In fact, existing robotic cube storage systems can be retrofitted reliably and efficiently. The OxyReduct® system is flexible and can be tailored to the specific conditions of each warehouse. Retrofitting is often significantly less complex than upgrading an existing sprinkler system to current standards. Such upgrades typically require extensive structural work and additional piping, which is technically demanding, time-consuming, and costly. Fire prevention systems are scalable and can be seamlessly integrated into existing storage systems.
In conclusion: Retrofitting offers a cost-effective, future-proof solution for fire protection in existing buildings.
Sprinkler systems are still considered the standard solution for many applications. As a result, many believe that insurers only recognize these systems. However, this belief is not accurate. Modern warehouse structures have changed dramatically. Automation and high-density storage enable faster turnover, allowing goods to move more efficiently and cost-effectively. This complexity often exceeds the capabilities of traditional fire protection concepts. Preventive solutions, such as oxygen reduction with OxyReduct®, are more widely accepted by insurers, especially for high-value goods or critical infrastructure. The key is that fire prevention systems are designed, installed, and operated according to recognized standards, such as those of VdS or FM Approvals.
To find the optimal solution, companies should involve insurers, brokers, and fire protection experts early on. This ensures long-term insurability, strengthens business resilience, and significantly reduces residual risk.
In conclusion: Sprinklers are not the only option. Preventive fire protection is well-established and recognized—and is often the better choice.
The high sensitivity of aspirating smoke detectors means they detect smoke very early, which is ideal for fire protection in critical areas. However, their high sensitivity sounds like a disadvantage, suggesting nuisance alarms may be caused by dust or harmless particles. In reality, this high sensitivity is the key to the earliest possible fire detection. Our TITANUS® aspirating smoke detectors are modular and can be adapted to specific conditions and applications. Their intelligent LOGIC∙SENS® technology, allows them to reliably distinguish between real fire patterns and interference factors, preventing nuisance alarms even in dusty or challenging environments.
Additional accessories, such as filters or blow-out devices, are available to optimize the system for any application.
In conclusion: High sensitivity means maximum safety without unnecessary disruptions or nuisance alarms.
