Protecting irreplaceable archival collections with advanced fire prevention technology
FirePASS® is pleased to announce the successful completion and commissioning of a FirePASS® Oxygen Reduction System at a state archive in The Hague, Netherlands.
The project represents another important application of oxygen reduction fire prevention technology in an environment where the preservation of historical documents, valuable records and irreplaceable collections is of critical importance.
Unlike conventional fire suppression systems, which respond after a fire has started, FirePASS® technology is designed to prevent ignition from occurring in the first place. By continuously maintaining a precisely controlled, oxygen-reduced atmosphere, the system provides proactive fire protection without relying on water discharge or chemical extinguishing agents.
For archives and cultural heritage facilities, this preventive approach offers a significant advantage: protecting valuable collections against the potentially irreversible consequences of both fire and conventional extinguishing methods.
Fire prevention for irreplaceable archives
Archives play an essential role in preserving historical, cultural and administrative records for future generations. Many of these collections contain unique documents, manuscripts, photographs and other materials that cannot be replaced if damaged or destroyed.
Fire represents a particularly serious threat to these environments. Even a relatively small incident can result in extensive damage caused by flames, heat, smoke or the water and extinguishing agents used to control a fire.
Traditional fire protection systems are generally designed to detect and suppress a fire after ignition. Although these systems serve an important purpose, damage may already have occurred before suppression begins.
FirePASS® takes a fundamentally different approach.
Instead of waiting for a fire to develop, the FirePASS® Oxygen Reduction System continuously maintains the protected environment at a controlled oxygen concentration designed to prevent ignition of the relevant combustible materials under specified conditions.
This creates a fire-preventive environment in which valuable archival collections receive continuous protection.
How FirePASS® oxygen reduction technology works
FirePASS® uses advanced oxygen reduction technology to establish and maintain a controlled, low-oxygen atmosphere within a protected space.
Under normal atmospheric conditions, air contains approximately 20.9% oxygen. FirePASS® reduces the oxygen concentration to an engineered setpoint appropriate for the protected environment and its specific fire risks.
The system continuously monitors oxygen levels and automatically regulates the atmosphere to maintain the required conditions.
By reducing oxygen availability, FirePASS® addresses one of the essential elements required for combustion.
The result is an active fire prevention strategy that operates continuously, rather than relying exclusively on detection and suppression after ignition.
The oxygen setpoint and operating conditions are determined through application-specific engineering, taking into account the materials being protected, the intended use of the space and applicable safety requirements.
Why oxygen reduction is particularly suitable for archives
Archival collections require an exceptional level of protection. Historical documents, books, manuscripts and other sensitive materials can be vulnerable not only to fire but also to secondary damage from extinguishing operations.
FirePASS® oxygen reduction technology offers several important advantages for these environments.
Continuous fire prevention
The protected atmosphere is maintained continuously, helping prevent ignition before a damaging fire can develop under the defined design conditions.
No water discharge
Unlike sprinkler-based systems, oxygen reduction fire prevention does not depend on water being discharged onto sensitive documents, books or archival materials.
No chemical extinguishing residue
FirePASS® does not rely on the release of chemical extinguishing agents into the protected environment, eliminating the associated risk of extinguishing-agent residue.
Protection of valuable collections
Preventing ignition helps protect unique historical records and cultural heritage assets against irreversible fire damage.
Engineered monitoring and control
Continuous oxygen monitoring and automatic atmospheric regulation help maintain the required protective conditions throughout operation.
Support for operational continuity
By preventing fire incidents rather than responding after they occur, oxygen reduction technology can help reduce the risk of fire-related disruption, damage and recovery operations.
Successful commissioning in The Hague
The successful completion and commissioning of the FirePASS® Oxygen Reduction System at the state archive in The Hague marks an important project milestone.
Commissioning is an essential stage in the implementation of an oxygen reduction fire prevention system. It establishes that the installed equipment and its monitoring and control functions are ready for operation in accordance with the applicable project requirements.
The completed installation demonstrates the practical application of FirePASS® technology in an archival environment where fire prevention and the preservation of valuable materials are key considerations.
With the system commissioned, the facility benefits from a dedicated oxygen reduction solution designed to maintain the specified fire-preventive atmosphere.
More than conventional fire suppression
The distinction between fire prevention and fire suppression is particularly important for museums, archives and other cultural heritage environments.
Conventional fire suppression systems are designed to control or extinguish a fire after ignition. FirePASS® oxygen reduction technology is designed to prevent ignition by maintaining atmospheric conditions that inhibit combustion.
This difference changes the fundamental approach to fire protection.
Rather than relying solely on a response to a developing fire, FirePASS® continuously manages the protected environment to reduce the likelihood of ignition.
For facilities containing irreplaceable collections, preventing a damaging incident is particularly valuable because restoration or replacement may be impossible.
Advanced fire prevention for museums, archives and cultural heritage
The successful project in The Hague highlights the relevance of oxygen reduction technology for facilities responsible for preserving valuable and sensitive materials.
Potential applications include:
- National and regional archives
- Historical document repositories
- Museum storage facilities
- Libraries and rare book collections
- Cultural heritage storage environments
- Specialized collection and preservation facilities
Each environment requires an individually engineered fire prevention strategy based on its specific materials, operational requirements and safety considerations.
FirePASS® systems are designed to provide controlled oxygen reduction with continuous atmospheric monitoring, offering an alternative approach to protecting collections that demand exceptional care.
Protecting what cannot be replaced
The successful commissioning of the FirePASS® Oxygen Reduction System in The Hague reinforces the importance of preventive fire protection in facilities where the consequences of fire could be irreversible.
By addressing the conditions required for ignition, FirePASS® helps organizations move beyond conventional fire suppression toward continuous, engineered fire prevention.
For archives, museums and cultural heritage institutions, this means a proactive approach to protecting valuable collections, supporting operational continuity and preserving important materials for future generations.
FirePASS® — Preventing fire before damage begins.
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