In logistics centers, continuous operational capability is crucial for competitiveness and future security. However, increasing demands on energy efficiency, sustainability, and risk management are posing new challenges for operators. This article shows how fire protection can be rethought in this area of conflict—and what role CO₂-neutral prevention systems can play in this.
Maintaining operational capability and protecting valuable resources are key prerequisites for the resilience of today's companies. Especially in times when 24/7 delivery capability is becoming a decisive competitive advantage and issues such as energy efficiency and sustainability are becoming increasingly important, operators of logistics centers are facing growing challenges. Decentralized energy generation, volatile feed-ins, and an insufficiently developed energy infrastructure can severely disrupt operational readiness. Added to this are increasing attacks on critical areas such as supply facilities and IT and energy infrastructure, which underscore the need for robust systems. Protection against scenarios that threaten the very existence of a company is thus becoming a key factor. The real challenge lies in balancing efficiency, cost-effectiveness, sustainability, and security.
One key measure for solving this problem is to reduce potential fire risks in a highly complex environment such as warehouse logistics. Here, an active fire prevention system can significantly minimize the probability of downtime in advance. At the same time, a self-sufficient and resource-saving solution can contribute to the necessary resilience.
CO2-neutral fire protection solutions such as OxyReduct F-LINE ® play a key role here: they effectively reduce the risk of fire and, by avoiding CO2 emissions, actively contribute to achieving operational sustainability goals without compromising operational safety.
This innovative system approach successfully combines safety and sustainability. Preventive fire protection thus becomes an integral part of sustainable, climate-conscious logistics strategies.
Whether it's a warehouse, a data center, or an archive, many companies rely on reliable fire protection to maintain their delivery and operational capabilities, avoid downtime, and preserve irreplaceable assets. Fire prevention systems offer optimal protection for such environments. They work on the principle of oxygen reduction and are activated before a fire can develop. This ensures a high level of safety. Consequential damage caused by fire extinguishing with water-based extinguishing agents is avoided.
Three components must be present for a fire to start: oxygen, heat, and combustible material. If one of these components is removed, a fire cannot develop. Reducing the oxygen content deprives the fire of the “air it needs to breathe.”
Active fire prevention systems utilize this principle. They generate nitrogen from the ambient air and feed it into the protected area. This reduces the oxygen concentration to below the ignition threshold of the materials. In this protective atmosphere, the development of a fire is impossible under defined conditions — and the protected areas remain accessible.
The established technology for active fire prevention is now being supplemented by a variant with maximum availability and a sustainable energy supply — enabling high operational reliability. The oxygen reduction system OxyReduct® F-LINE is based on hydrogen fuel cell technology. This enables the system to ensure economically self-sufficient and green fire protection.
The nitrogen-rich exhaust air produced during the operation of the hydrogen-based fuel cell is used to create the protective atmosphere necessary for fire prevention in the area to be protected. Thanks to its high efficiency, the fuel cell generates the nitrogen required for fire prevention from even small amounts of hydrogen. It also produces electricity and heat for the operation of other plants and systems.
The technology not only enables effective fire prevention, but also offers further operational and strategic advantages:
The oxygen reduction system for active fire prevention, OxyReduct F-LINE ®, combines CO2-neutral fire prevention, cost efficiency, and a high level of safety, for example for use in high-bay warehouses or compact storage systems.
Active fire prevention technology
Reduction of total emissions and contribution to sustainability
Combination of fire prevention and energy supply in one system
Protection against operational interruptions and ensuring ability to deliver, even in the event of a power failure
Adaptation to changed environmental conditions and retrofitting without loss of space thanks to outdoor installation
The use of hydrogen as an energy source in logistics offers great potential, but also presents a number of challenges. The different supply routes — in-house production or delivery via pipeline or truck — place demands on the design of the plant technology and infrastructure. Early, site-specific planning is therefore crucial for a stable supply and optimal operation.
In addition, increased initial investments must be taken into account, which may arise from the acquisition, integration, and adaptation of existing systems. The technological complexity also requires specialized expertise for installation, operation, and maintenance. Furthermore, comprehensive hydrogen supply is still in the early stages of development in many regions, which may (still) have a negative impact on the cost of hydrogen provision.
However, with appropriate planning and expert support, these hurdles can be specifically addressed and transformed into sustainable solutions — especially when technological, economic, and regulatory conditions are considered holistically.
An oxygen reduction system with a hydrogen-based fuel cell is a powerful solution for operators of critical infrastructure and sensitive areas, such as large-volume warehouses like deep-freeze, high-bay, or hazardous materials warehouses. The technology is particularly suitable for companies with defined environmental goals or corresponding certification requirements. In addition to active fire prevention, the fuel cell system enables efficient use of the heat generated and a stable and self-sufficient energy supply, even with additional demand for power or process heat.
In combination with the well-known PSA or VSPA technology, this results in modular, adaptable hybrid fire protection solutions with high energy efficiency. The use of green hydrogen also enables emission-free nitrogen generation and a self-sufficient supply of green energy without creating additional fire loads. This is a decisive advantage for resilient supply concepts.
The container solution is flexible in terms of location, can be retrofitted, and can be integrated into existing infrastructures via plug-and-play. If hydrogen is available, additional synergy potential can be realized, for example with partner companies in the same industrial park. The technology can thus not only modernize fire protection, but also enable the transition to a holistic transformation of energy and supply concepts.
Conclusion
WAGNER sees this technology as a pioneering solution that will establish itself on the market. The combination of fire protection and energy supply opens up new perspectives, especially against the backdrop of increasing demands for sustainability and safety. The technology not only offers protection, but also cost certainty and the possibility of a clean, self-sufficient energy supply. WAGNER pursues a holistic approach here in order to offer the best solution. This also includes examining funding opportunities.
“Every fire has an impact on the environment. That's why our goal is to minimize the risk of fire as much as possible. Fire protection is environmental protection, and active fire prevention is our contribution to greater sustainability”
"The fact that it is now possible to achieve a self-sufficient energy supply in addition to preventive fire protection through local hydrogen production opens up new perspectives for the sustainable and efficient protection of assets and goods.
The use of smart technologies allows advanced fire protection solutions to be seamlessly integrated into the ongoing transformation of the industry. I am convinced that the current technical and economic challenges can already be overcome today through targeted, individual planning and will be completely overcome in the near future. Considering the current developments in the field of fuel cells, it is clear that we are still only at the beginning. For example, the technology we use will undergo a significant performance increase as early as 2026. Fire protection will thus make a significant contribution to a sustainable, safe, and economical energy supply" Büchler adds.
If you are interested in an event where the system will be presented, I look forward to hearing from you.
