IWMA: Water mist systems record higher control and extinguishment rates in England

by Breaking NewsFire Suppression

Performance across primary fires in England

The International Water Mist Association (IWMA) reported that water mist systems controlled 95.3 per cent of fires and extinguished 58.6 per cent across more than 4,000 incidents in England from 2018 to 2024, according to data from the UK Ministry of Housing, Communities and Local Government.

The data shows that traditional sprinkler systems managed fire control in 90.7 per cent of cases and achieved extinguishment in 27.6 per cent.

This comparison highlights the differing outcomes of two suppression technologies under real-world conditions.

Results in residential settings

The IWMA stated that residential installations saw near-identical extinguishment rates of around 37 per cent for both water mist and sprinkler systems.

The association added that water mist achieved a control rate of 95.8 per cent in homes, compared with 91.4 per cent for sprinklers.

This suggests both technologies deliver consistent performance where lives and property are most at risk.

System reliability and fault analysis

The IWMA noted that system fault rates remained under 3 per cent for both technologies.

It stated that water mist systems experienced faults in 2.9 per cent of incidents and sprinklers in 1.9 per cent.

Most failures occurred when fires began outside the protected zone or due to known equipment faults.

IWMA initiatives to enhance performance

The association said it will update its guidelines to improve design and installation practices.

It explained that new training programmes will focus on maintenance quality and correct system coverage.

Max Lakkonen, President of the IWMA, said: “We have confirmed what professionals already know—that well-designed suppression systems save lives.”

Mr Lakkonen added: “Water mist’s edge in performance, combined with its low water usage, makes it a powerful fire safety solution.”

He continued: “This is good news for the entire fire protection sector. Both systems work.

“With smarter design and better training, performance will only keep improving.”

Water mist systems record higher control and extinguishment rates in England: Summary

The International Water Mist Association reported that water mist systems controlled fires in 95.3 per cent of cases and extinguished them in 58.6 per cent between 2018 and 2024.

Data from the UK Ministry of Housing, Communities and Local Government showed sprinkler systems controlled fires in 90.7 per cent of cases and extinguished them in 27.6 per cent.

In residential settings, both suppression technologies achieved extinguishment rates of around 37 per cent.

The IWMA stated that water mist systems had a residential fire control rate of 95.8 per cent compared with 91.4 per cent for sprinklers.

System fault rates were recorded at 2.9 per cent for mist and 1.9 per cent for sprinklers.

Most faults resulted from fires originating outside the protected area or from pre-existing faults.

The association said it will issue updated design guidelines and training initiatives to enhance system performance.

Max Lakkonen, President of the IWMA, said that evidence-based improvements will benefit the fire protection sector.

F3 foams and water safety concerns: Fire service urged to lead foam selection

by Fire SuppressionSustainability

F3 foam use may still conflict with US EPA PFAS standards

The Foam Exposure Committee has reported that firefighting foams listed as F3 by GreenScreen may still contain up to 1 ppm (1,000,000 ppt) of total organic fluorine.

According to the Committee, this level exceeds the US Environmental Protection Agency’s (USEPA) maximum limits for specific per- and polyfluoroalkyl substances (PFAS), which are set at 4 ppt for PFOA and PFOS in drinking water.

The Committee stated that despite being marketed as fluorine-free, the foams can contain detectable levels of total organic fluorine, raising questions about their compatibility with current water safety policies.

Committee asserts that foam decisions should rest with fire services

The Foam Exposure Committee stated that the USEPA does not approve or certify firefighting foams.

It added that the responsibility for foam selection lies with fire services, which it described as best placed to evaluate performance, safety, and operational needs.

The Committee said: “The best decision maker for choosing a firefighting foam is the fire service.”

Third-party tests confirm class A and B fire performance

The Foam Exposure Committee’s F3 foam concentrate list includes products tested under third-party standards, such as NFPA 18 and European Norm (EN) protocols.

According to the Committee, foams like Novacool, Fire Cap Plus and Phos Chek WD881 were tested under NFPA 18 for Class A and B fire use, while Ecopol 3 and Ecopol A met EN fire performance standards.

It also listed Pyrocap B-136 and Enviro Class A as having been qualified under the USDA QPL for Class A fires.

Total fluorine tested using PIGE method

The Foam Exposure Committee stated that testing for total fluorine in the F3 foams was conducted using particle-induced gamma ray emission spectroscopy (PIGE).

PIGE allows for the detection of fluorine compounds even at low concentrations, supporting the Committee’s findings of up to 1 ppm of total organic fluorine in these products.

This testing method does not differentiate between individual PFAS compounds but measures overall fluorine content, which can include a wide range of fluorinated substances.

F3 foams and water safety concerns: Summary

The Foam Exposure Committee reported that GreenScreen-listed F3 foams may contain up to 1 ppm of total organic fluorine.

The USEPA has set a 4 ppt limit for PFOA and PFOS in drinking water.

The Committee noted that this discrepancy could present safety challenges.

It clarified that the USEPA does not approve firefighting foams.

The Committee stated that fire services should decide which foams to use.

Third-party testing confirmed Class A and B fire suitability for multiple foams.

Tests referenced include NFPA 18, EN protocols and the USDA QPL.

Total Fluorine testing was conducted using PIGE spectroscopy.

This method identifies total fluorine levels but not individual PFAS chemicals.

CORRECTION: This article was updated to clarify that the Foam Exposure Committee tested for total fluorine using particle-induced gamma ray emission (PIGE) spectroscopy. This differs from the total organic fluorine standard used by GreenScreen as originally stated.

Saving made simple: How composite extinguishers are replacing metal worldwide with Britannia Fire

by Breaking NewsFire SuppressionSustainability

Andy Spence, Joint Managing Director at Britannia Fire, explains how composite fire extinguishers are changing the face of fire suppression across the globe

When Britannia Fire launched its very first P50 composite fire extinguisher from our Norfolk factory 15 years ago, we knew we had created a product that could change the direction of the entire market.

 Since then, with demand growing, we have ceased our metal fire extinguisher production and re-focussed our entire business on composite models.

Composite fire extinguishers are made from a unique combination of durable plastic and aramid fibres.

As a result, they are strong, lightweight and don’t corrode.

It is now widely accepted that they are superior to traditional metal versions in that they are easier to maintain, longer-lasting and better for the environment.

Crucially, composite models don’t need an annual service, just a simple visual check by a responsible member of staff and a refurbishment after 10 years.

 Today, we have a raft of customers undergoing their first refurbishments, with sales continuing to outstrip supply.

Global demand is also growing, particularly across Europe and the Middle East.

Partnerships with key distributors like fire safety company Prymos in Germany and Concorde Technical, part of the Concorde-Corodex Group in UAE, have introduced P50s to these important markets and are helping to facilitate a global shift away from metal fire extinguishers to composite versions.

So why are customers making the switch? They are principally driven by three types of savings: cost-savings due to vastly reduced servicing needs and number of units required; time-savings thanks to simpler checks and maintenance; and finally significant carbon-savings to help meet sustainability targets.

An end to costly servicing

Across the world, the fire extinguisher market is dominated by metal products manufactured cheaply in China.

The problem with metal is that the casing can rust and seals can degrade, causing leaks or faults.

As a result, for safety reasons, annual servicing has been standard practice for many years.

Traditionally, a qualified engineer would need to open the fire extinguishers every year and test the lining, seals and pressure.

This frequent servicing comes at a significant cost and inconvenience to the customer, but is considered essential for metal extinguishers.

Composite designs are revolutionary in that they don’t corrode, so have totally changed previous servicing timescales.

P50s just need an annual visual check carried out by a competent member of staff.

They have a life-span of 20 years and only need a full service and refurbishment once during this time, after 10 years.

Anglian Water has been using P50s for the last decade.

Many of its extinguishers are located in isolated plants and hard to reach sites, which made annual servicing difficult before they made the switch, as Michelle Ketley explained at the time: “It was a logistical nightmare for us to bring them in, get them serviced and then get them back out to remote sites, whilst all the time leaving us vulnerable to fire whilst they were away from site.

“It has been a massive cost and time saving for Anglian Water.”

Improved site security

The logistical difficulties of annual servicing become even more complex in industries where fire extinguisher locations require security clearance or safety inductions for service crews.

Britannia Fire’s distributor in UAE, Concorde Technical, supplies P50s to clients in the oil and gas industries, where fire points can be remote and open to the elements and site safety and security is paramount.

 Senior Product Specialist at Concorde Technical, Ahmad Sabha, comments: “Britannia Fire’s P50 composite extinguisher range offers exceptional durability in harsh environments, thanks to its highly corrosion-resistant design.

“Unlike traditional steel extinguishers that often require frequent replacements due to corrosion, the P50 range significantly reduces maintenance costs, saving clients from the need for repetitive replacements.”

NATS, the UK’s leading provider of air traffic control services has over 100 operational sites across the country, housing specialist radar, navigation and communication equipment to monitor and control air traffic in the UK.

Stuart Lishman, Facilities Manager Remote Sites at NATS explains why they opted for the P50: “Safety is our top priority across all of our UK sites.

“Many are situated in remote locations so it’s vital we ensure that efficient and dependable fire safety operations are in place 24/7, 365 days a year.

“Working with Britannia, we adopted their new P50 fire extinguishers which are far more dependable than traditional steel extinguishers, reducing maintenance and enabling checks as part of routine site inspections.”

Many are situated in remote locations so it’s vital we ensure that efficient and dependable fire safety operations are in place 24/7, 365 days a year.

Stuart Lishman

Fewer extinguishers

As well as saving on servicing costs, P50s have the added benefit that they are multi-purpose.

 Both the water mist and fluorine-free foam versions are suitable for Class A (carbonaceous) and electrical fires up to 1000V, with the P50 ECO foam additionally suitable for Class B (flammable liquids) and Class F (fats/oils) fires.

 Crucially, this means that one or the other should suffice in most locations and that CO2 extinguishers for suppressing electrical or class B fires, are often no longer required at all.

Many of our new customers can reduce the number of extinguishers they need by half, saving costs.

A single fire extinguisher at each fire point also makes it far easier to use confidently in the event of a fire.

Precious time in an emergency can be wasted when faced with a choice.

The University of Brighton has a community of 2500 staff and 20,000 students, many of whom live on site, so fire safety is a top priority.

 Fire Safety Manager, Nick Greenwood, comments: “The P50 is suitable for a multitude of fires, including electrical fires, meaning we only needed one at every fire point rather than two.

This streamlined things considerably and now makes it easier for the end user, who can simply point and shoot!

“In addition, the cost savings were huge.

“We cut the number of fire extinguishers needed by half and have not had to fork out for expensive third-party servicing over the last 10 years, saving over £200,000.”

London’s Heathrow Airport is another customer that has benefitted from replacing its multiple sets of two extinguishers with single P50 Foam multi-purpose units.

This, along with reduced servicing costs, has saved the airport more than £1m.

Adam Watson, Terminal 5 Asset Manager says: “The traditional setup of a foam/CO2 dual extinguisher point, requires the user to make the correct selection of extinguisher type in the event of fire.

“The P50 is a single point extinguisher covering both A & B type fires.

“This eliminates the need for a human decision and ensures only the correct extinguisher can be selected; the P50.

“This reduces safety risk and increases our ability to get everyone home safe.”

A sustainable solution

Finally, over and above the compelling cost, time and convenience factors, composite fire extinguishers are generally much kinder to the environment.

They have a 20 year life-span, are easy to recycle and require less energy to produce.

Our P50 production process emits 22% less carbon than metal alternatives and is partially powered by solar energy.

Customers across the world are striving to meet sustainability targets and are keen to reduce their impact on the environment, as Ahmad Sabha confirms in UAE: “The resilience of the P50 aligns with sustainability goals, supporting our clients in their efforts towards achieving net zero carbon emissions by providing a long-lasting, eco-friendly fire safety solution.”  

Our P50 production process emits 22% less carbon than metal alternatives and is partially powered by solar energy.

Andy Spence

Crucially, our entire P50 range is also free from harmful PFAS chemicals, which are typically found in traditional foam extinguishers.

 These ‘forever chemicals’ don’t break down in the environment and can be toxic.

Europe has placed a ban on firefighting foams containing PFAS, due to come into force in 2030, and the UK is expected to follow suit in the coming months.

These sustainability credentials were a key consideration for the University of Brighton, as Nick Greenwood comments: “Our previous fire extinguishers were non-recyclable, inferior imports from abroad that required costly servicing.

“Sustainability is one of the University’s core values so was a top consideration when it came to replacing them in 2015.

“Ten years on, it is now time to refurbish our P50 extinguishers.

“With the impending PFAS ban, we have decided to get ahead of the game and switch to the P50-ECO, which is free from PFAS or ‘forever’ chemicals.

“This will help us further minimise our environmental impact.”

We’re proud to have introduced a product that delivers far-reaching benefits beyond just cost savings.

The industry must evolve and embrace innovations like this.

 We’ve proved its possible to provide affordable, high-quality fire safety with minimal disruption to customers, while protecting the environment.

This article was originally published in the May 2025 issue of International Fire & Safety Journal – to read your FREE digital copy, click here.

Small spaces, big gains: How small-space suppression systems are shaping fire safety in the Middle East

by Breaking NewsFire SuppressionMiddle East - Breaking NewsResearchSafety

IFSJ presents a detailed look into compact fire suppression in confined zones, covering strengths, setbacks, breakthroughs and heightened Middle East demand

In response to rising hazards in confined equipment environments, operators now use tailored suppression systems for small spaces.

This article examines the global market for compact solutions installed in buses, industrial machinery and similar settings.

It outlines market trends, explains system strengths, identifies frequent hurdles and discusses relevant technological updates.

Reacton Fire Suppression is among those having broadened its offerings to address the demands of public transport operators and production lines.

Data from Grand View Research informs this report, which highlights worldwide developments while noting growing interest in the Middle East, where new installations often favour advanced, automated protection.

Market overview

According to Fortune Business Insights, the overall fire suppression market was valued at USD 16.7 billion in 2022 and could reach USD 23.8 billion by 2029.

Within that sphere, small-space solutions are expanding due to greater attention on vehicles and enclosed machinery, where ignition risks can escalate quickly.

Many operators adopt automated units that detect heat through sensor tubing or electronic modules, triggering agent discharge with minimal downtime.

Government guidelines in regions such as the European Union and North America strengthen adoption, especially in transport and heavy industry.

The commercial bus sector, for instance, uses built-in systems to address potential engine fires and protect passenger well-being.

Emerging economies also show interest, as industrialisation drives machinery usage in confined areas.

This expansion is guided by continuous product innovation, with manufacturers striving to deliver efficient and eco-friendly alternatives that align with evolving regulatory standards across multiple global markets and operational reliability.

Strengths

Compact suppression systems offer advantages for equipment with limited space.

They often include immediate detection mechanisms, allowing swift agent release in areas with restricted airflow.

Suppliers such as Reacton Fire Suppression use temperature-sensitive tubing that ruptures at precise points, preventing fire spread at an early stage.

These smaller units reduce accidental discharges, requiring fewer chemicals and contributing to environmental responsibility.

Many configurations meet recognised standards like NFPA and UL, reinforcing trust among global purchasers.

Because of their size, these units are simpler to retrofit into older vehicles or machinery, extending operational lifespan without excessive modifications.

Maintenance can be less demanding, limiting the overall lifecycle cost.

They also fit well into varied applications, including off-road equipment and generator enclosures, where hazards can intensify in tight compartments.

According to MarketsandMarkets, this focus on compact yet reliable systems strengthens their position in numerous industrial, commercial and public transportation settings and global reach.

Challenges and developments

Varying regional regulations create compliance hurdles, as each zone imposes distinct mandates on agent types and system testing.

Budget constraints hamper some operators, who choose cheaper solutions lacking dedicated small-space protection.

Durability is also a factor: high vibration and temperature extremes can degrade components unless they are rigorously tested.

According to MarketsandMarkets, inconsistent manufacturing standards occasionally erode buyer confidence, prompting buyers to seek recognised certifications.

Environmental concerns around chemical clean-up and disposal may further influence purchasing decisions.

Frequent updates to safety codes, combined with the drive for greener suppressants, place added daily demands on manufacturers and end users alike.

Technological progress has introduced smart detection methods, using electronic sensors that signal control panels.

Some suppliers integrate remote alerts, enabling operators to monitor system performance through online dashboards.

Reacton Fire Suppression mentions refined nozzles and improved agent dispersion, allowing comprehensive coverage in cramped engine compartments.

Researchers are investigating eco-friendlier extinguishing chemicals, aiming to lower toxicity and residue.

Collaboration with vehicle manufacturers leads to factory-installed solutions that reduce retrofitting complexity.

Meanwhile, industry specialists predict that automated diagnostics will become more widespread, helping maintenance teams track component wear.

These moves indicate ongoing efforts to enhance reliability and safety in tight spaces.

Regional Insights

North America maintains a steady market for small-space suppression, largely driven by safety regulations in transit networks and industrial sites.

Europe enforces strict guidelines for machinery and public transport, spurring steady growth in automated suppression.

Asia-Pacific sees broad adoption in mining and manufacturing, where enclosed machinery must mitigate hazards linked to dust and high temperatures.

The Middle East stands out for ongoing construction projects and extensive industrial expansion, leading to growing demand for compact solutions that fit within limited footprints.

Frost & Sullivan note that countries such as the United Arab Emirates increasingly require advanced fire safety systems to safeguard high-value assets.

Many local authorities are aligning with international standards, encouraging installation of self-activating suppression units in buses and other vehicles.

This interconnected market development points to a worldwide surge in interest, as business sectors look for solutions that match evolving safety expectations without hindering operational capacity and resilience.

This article was originally published in the May 2025 issue of International Fire & Safety Journal – to read your FREE digital copy, click here.

Water delivered where it counts: How Vallfirest integrates tanks, pumps and skid units for wildland firefighting

by Breaking NewsFire SuppressionWildland Fire

Vallfirest outlines how inflatable tanks, portable pumps and modular skid units combine to support faster, more autonomous response in challenging wildland firefighting operations

As wildfires grow in intensity and complexity across the globe, the need for efficient, reliable and mobile water delivery systems becomes increasingly urgent.

Firefighting crews must be equipped with tools that allow them to rapidly respond, adapt to rugged terrain and operate with autonomy in remote areas.

This is where a smart integration of inflatable tanks, modular skid units and portable pumps becomes a game-changer.

Each of these components brings unique operational advantages, but together, they form a powerful and flexible suppression system tailored for modern wildland firefighting.

Quick-deploy inflatable tank

Ensuring a reliable water supply is one of the greatest challenges in wildfire suppression.

In remote areas where access to natural water sources is limited, inflatable water tanks provide a strategic advantage.

Their rapid deployment, high storage capacity and mobility make them an essential tool for modern firefighting operations.

Designed for both ground-based and aerial dipping/refilling, these tanks enhance operational efficiency, ensuring water is available where and when it is needed most.

The Vallfirest Inflatable Tank is unique in the way it can inflate within 90 seconds and doesn’t require any personnel below the helicopter to hold it open for the initial fill drops from a helicopter.

It is the only free-standing, inflatable tank in the world specifically engineered with helicopter operations in mind – able to withstand the impact of large helicopter buckets.

This unmatched resilience allows helicopters to refill quickly and safely, making it a key asset in aerial firefighting operations.

Its compact storage, easy transport by helicopter or truck and quick inflation using an electric blower make it an optimal solution for emergency response teams.

With a capacity ranging from 7,000 to 56,000 liters (1,850-14,800 USG) and a structure built from high-strength PVC (2,600 g/m²) with a reinforced double-layer base, the tank offers outstanding durability in extreme environments while significantly reducing setup time compared to rigid alternatives.

Skid units: modular suppression power

The Vallfirest range of truck & UTV mounted skid units is designed to offer compact, robust and versatile firefighting solutions, ready to respond in the most challenging wildland fire scenarios.

Vallfirest offers versions with polyethylene (PE) and stainless steel (INOX) tanks, configured for both Truck and UTV vehicles, adaptable to both initial/sustained attack operations and logistical support tasks.

Depending on the operational needs, the skid units can be configured with centrifugal, membrane, or piston pumps, ensuring low pressure or ultra high pressure water delivery responses are tailored to each intervention.

One of the most advanced and in-demand configurations in our range is the skid unit with a polyethylene (PE) tank and BH4 centrifugal pump, developed entirely by Vallfirest to offer a rapid attack solution that is robust, reliable and efficient.

At the heart of the system is the BH4 centrifugal pump, capable of reaching pressures of up to 25 bar (363 psi) and flow rates of up to 390 l/min (104 USG), making it one of the most powerful in its class.

Equipped with gasoline engines of up to 13.5 HP, it is available with manual and electric start and offers different combinations to suit the conditions of each operation.

This hydraulic power is complemented by a one-piece rotationally molded polyethylene tank, available in 400, 500 and 600-liter (105, 132 and 158 USG) capacities.

The tank stands out for its light weight, strength and durability.

It features internal baffles, 8 mm (0.3 inch) wall thickness, a top inspection cap, water level indicator and fittings for filling from hydrants or direct suction from natural sources.

Its shape is optimized to fit between the wheel arches of pickup trucks and with the baffled tank design ensures proper weight distribution and improved stability during off-road driving.

This configuration enables autonomous, fast and effective firefighting response, especially during the critical initial attack phase, where response time and maneuverability are key to containing the fire’s spread.

Lightweight, reliable and powerful portable pumps

Our portable fire-fighting pump systems offer the best balance between flow rate and maximum pressure, making them ideal for wildland firefighting.

We offer a complete range of models with motors of different powers and weights, catering to various transportability needs, including options for mounting on light vehicles such as UTVs and pickup trucks.

Built with high-quality aluminum and aerospace-grade surface treatments, our pumps are known for their strength, durability, ease of starting and light-weight.

In rugged terrain and hard-to-access areas, Vallfirest portable pumps provide effective solutions for moving water across long distances and steep elevation changes.

For example, the BH1 pump, weighing only 9.5 kg (21 lb.), can be easily carried in a backpack or transported by helicopter, allowing crews to reach remote locations quickly.

For operations involving significant elevation gains, models like the BP4X and BH2 deliver up to 26.2 bar (380 psi) and 17.1 bar (248 psi) of pressure respectively overcoming site specific hydraulic limitations without sacrificing flow.

In more accessible areas that demand maximum power, the BH4—a 4-stage centrifugal pump—offers pressures of up to 28.8 bar (418 psi) and a maximum flow rate of 397 l/min (105 USG/min), making it ideal for high-demand suppression operations.

These tools also enable advanced pump configurations, such as parallel setups to boost flow or series setups to increase pressure, adapting to the specific tactical needs of each wildland firefighting operation.

Furthermore, Vallfirest provides local product representatives, direct technical support, technical documentation, audiovisual resources and training for our customers and distributors, making it easier for firefighters to operate and extend the lifespan of these essential tools.

Our pumps are crucial for new-generation forest fire suppression strategies, contributing to environmental protection and community safety.

Heliskid: Strengthen Water Supply Logistical Support on Geographically Challenging Wildfires.

The Heliskid is a compact, versatile, quick-deploy wildfire suppression skid unit designed for aerial and ground transport.

The Heliskid can be transported to any location, raised off from the truck bed via four post raise/lower system into remote location and/or be slung under a helicopter to be re-positioned into other areas otherwise inaccessible by vehicles.

This operational flexibility enables quicker access to natural water sources closer to the wildfire.

Equipped with a 3,000-liter (793 USG) collapsible, polyurethane tank and a high-performance 4-stage fire pump, the Heliskid delivers six times the capacity of a traditional fire truck skid unit in a format ready for both ground or aerial deployment.

With a reinforced aluminum structure, four telescopic legs and four helicopter lifting points, the Heliskid is quick to set up – fully operational in under five minutes.

The Heliskid can even be loaded with tools and up to four hose packs without compromising airlift safety.

Designed for direct attack operations in remote environments, the Heliskid dramatically reduces water supply time when refilled by helicopters, or for helicopter bucket filling by creating a mobile, autonomous water source exactly where it’s needed most.

Getting water closer to the fire, reducing turn times on fires is both efficient use of expensive resources and improves fire suppression success.

The full system approach

What makes these tools truly powerful is their interoperability.

An inflatable tank serves as a mobile reservoir positioned in a strategic location.

A skid unit mounted on a pickup truck brings both pumping capacity and water storage directly to the field.

A portable pump extends the water line into inaccessible terrain, bridging the gap between the vehicle and the fire line.

Together, they create a layered and adaptable suppression system that scales to the needs of the operation—whether it’s a small crew working deep in a pine forest or a multi-agency team defending the wildland-urban interface.

This flexibility allows wildfire incident responders and commanders to adapt their tactics in real time, depending on fire behavior, fuel type, topography and resource availability.

This modular approach enhances logistics, reduces response time and increases the autonomy of firefighting units in the field.

It empowers crews to establish self-sufficient suppression systems wherever they’re needed, from initial attack to extended operations.

By integrating smart storage, transport and pumping technologies, Vallfirest provides comprehensive solutions for fast-moving, unpredictable wildfire scenarios.

Fighting wildfires requires more than just strength, it demands smart, integrated solutions tailored to the challenges of modern firefighting.

Inflatable tanks, skid units like the BH4 with polyethylene tanks and portable pumps such as the BH1 and BP4 are not standalone products; they are components of a strategic system designed to give firefighting crews the upper hand in complex and evolving situations.

This system-based philosophy ensures that resources are used effectively, crews operate with greater autonomy and suppression efforts are faster and more precise.

Vallfirest continues to develop and refine these tools in close collaboration with structural and wildland fire services around the world, anticipating operational needs and engineering solutions that deliver versatility, mobility and power to those on the front lines.

With wildfires posing an increasing threat to ecosystems and communities, the future of firefighting lies in modular, integrated and field-proven systems that adapt to every scenario—and that future is already here.

This article was originally published in the May 2025 issue of International Fire & Safety Journal – to read your FREE digital copy, click here.

Stat-X achieves UL-EU certification for EN 15276-1 fire suppression standard

by Breaking NewsFire Suppression

Stat-X product line gains UL-EU certification for EN 15276-1 standard

Fireaway Inc. has reported that its Stat-X fire suppression generator product line has obtained UL-EU certification from UL Solutions, confirming compliance with the EN 15276-1 standard.

According to Fireaway Inc., the certification process assessed the Stat-X system’s performance, safety, and reliability against European standards for condensed aerosol fire suppression systems.

The company explained that the certification supports expanded global market access and provides formal third-party validation of the product’s capabilities.

Lance Harry, P.E., President and CEO of Fireaway, said: “This certification is a testament to our team’s relentless pursuit of quality, safety, and innovation.”

Harry added: “Meeting the EN 15276-1 standard through UL Solutions not only validates our technology – it strengthens our promise to customers worldwide who rely on Stat-X for critical fire suppression needs.”

Karine Johnfroe, Vice President and General Manager of the Built Environment group at UL Solutions, said: “While many fire suppression systems claim efficacy, only those that meet the most demanding third-party testing benchmarks earn this level of recognition.”

Johnfroe added: “UL Solutions is proud to support efforts in delivering trusted fire suppression solutions to the global market.”

EN 15276-1 certification requirements explained

Fireaway Inc. explained that EN 15276-1 governs the design, testing, and performance of condensed aerosol fire suppression systems across Europe.

The company stated that the standard ensures systems are capable of suppressing Class A, Class B, and Class C fires safely, with consideration for human health and environmental impact.

According to Fireaway Inc., the Stat-X system’s compliance with EN 15276-1 demonstrates its ability to meet stringent technical and safety standards required for European markets.

Benefits of certification for Stat-X distributors and customers

Fireaway Inc. reported that the UL-EU certification will expand opportunities for Stat-X distribution and project approvals across Europe.

The company noted that distributors and customers had specifically requested certification to enable access to new projects requiring EN 15276-1 compliance.

Fireaway Inc. added that while the certified Stat-X units retain the same functionality as previous models, the certification provides distributors and customers with additional assurance when pursuing new markets.

Stat-X system features and deployment applications

Fireaway Inc. outlined that Stat-X systems are fixed and portable condensed aerosol fire suppression units designed for a wide range of sectors.

The company explained that Stat-X units have a service life of 15 years and are used in environments including mines, military vehicles, rolling stock, energy storage systems, telecom sites, and marine applications.

Fireaway Inc. added that Stat-X devices are non-toxic, eco-friendly, and capable of being activated thermally, manually, or electrically through standard control panels.

Stat-X achieves UL-EU certification for EN 15276-1 fire suppression standard: Summary

Fireaway Inc. reported that its Stat-X product line has received UL-EU certification for EN 15276-1 from UL Solutions.

The certification process evaluated the Stat-X system against European standards for condensed aerosol fire suppression systems.

Lance Harry, President and CEO of Fireaway, stated that the certification validates the system’s quality, safety, and innovation.

Karine Johnfroe, vice president and general manager at UL Solutions, said that UL Solutions supports the delivery of trusted fire suppression solutions.

Fireaway Inc. explained that EN 15276-1 certifies a system’s ability to suppress Class A, B, and C fires safely.

The company stated that the certification enhances Stat-X’s credibility and market access in Europe.

Fireaway Inc. added that distributors requested this certification to meet project requirements for EN-compliant systems.

The company outlined that Stat-X units have a 15-year service life and are used globally across a wide range of sectors.

Saudi Electricity Company enhances fire protection with Magirus AirCore TAF60-X units

by Featured NewsFire SuppressionMiddle East - Breaking NewsProjectsVehicles

Magirus completes second delivery of firefighting units to Saudi Electricity Company

Magirus has reported that it has delivered 20 additional Magirus AirCore TAF60-X remote-controlled firefighting support units to the Saudi Electricity Company (SEC).

According to Magirus, this marks the second order from SEC in three years, following the initial deployment of Magirus AirCore TAF35 systems in 2022.

The company stated that the Saudi Electricity Company, described as the country’s largest energy provider, has expanded its fleet with the latest generation of tracked vehicles equipped with turbine technology.

Magirus said the TAF60-X systems can deliver up to 6,000 litres of water per minute, achieve throw distances of up to 90 metres, and be operated from a distance of up to 300 metres.

New features of the Magirus AirCore TAF60-X highlighted

Magirus explained that the new units feature a centrally positioned, swivelling main monitor and an additional movable head-mounted monitor.

The manufacturer reported that these features allow for greater operational flexibility, including cooling of vulnerable objects and simultaneous firefighting of surrounding areas.

Magirus stated that the system’s ability to produce fine water mist helps to cool environments, bind smoke and gases, and maintain escape routes during fires.

It added that the units are capable of applying foam, gel, or additives, which the company said is beneficial for tackling liquid or wildland fires.

Comments from Magirus on the growing demand for remote-controlled firefighting solutions

Thomas Hilse, CEO of Magirus, said: “Demand for remote-controlled firefighting systems and deployment robots is increasing significantly.”

Hilse added: “With the Magirus AirCore TAF60-X, we provide emergency services with a highly efficient, safe solution that offers variable application possibilities.”

Marc Kuntz, Director Sales & Customer Service at Magirus, said: “For more than a decade, our firefighting and support robots have demonstrated reliable performance across the globe.”

According to Magirus, the deployment of remote-controlled systems such as the TAF60-X enhances responder safety while offering new tactical possibilities in firefighting operations.

Fire protection in Saudi Arabia strengthened through new technology

Magirus stated that the deployment of the Magirus AirCore TAF60-X units by the Saudi Electricity Company strengthens fire protection for critical energy infrastructure in Saudi Arabia.

The company said that the new equipment continues to support the protection of over 36 million people across the country.

Magirus added that the AirCore TAF series has previously been used in various scenarios, including fires at chemical plants, road tunnels, and underground parking facilities.

The manufacturer concluded that the second delivery to SEC reflects ongoing cooperation and technology deployment aimed at improving emergency response capabilities.

Saudi Electricity Company enhances fire protection with Magirus AirCore TAF60-X units: Summary

Magirus has completed the delivery of 20 Magirus AirCore TAF60-X units to the Saudi Electricity Company.

This is the second delivery following an initial order in 2022.

The Saudi Electricity Company is Saudi Arabia’s largest energy provider.

The new units feature turbine technology and can deliver up to 6,000 litres of water per minute.

The systems can reach throw distances of up to 90 metres.

The vehicles are remote-controlled from up to 300 metres away.

Each unit includes a centrally positioned monitor and a movable head-mounted monitor.

The fine water mist produced helps with cooling, smoke binding, and maintaining escape routes.

The systems can also apply foam, gel, or additives.

The deployment supports fire protection for critical energy infrastructure in Saudi Arabia.

Over 36 million people are covered by this protection effort.

Thomas Hilse, CEO of Magirus, and Marc Kuntz, Director Sales & Customer Service, both commented on the technology.

Magirus stated that remote-controlled units offer enhanced tactical capabilities and improve responder safety.

The Magirus AirCore TAF series has been used in chemical plants, tunnels, and parking garages.

The new delivery expands SEC’s fleet with more powerful and versatile firefighting vehicles.

Water mist systems and sprinkler systems in England: Fire incident statistics 2018 to 2024

by Featured NewsFire SuppressionResearch

Data shows water mist and sprinkler systems limited fire spread

The UK Ministry of Housing, Communities and Local Government has published statistics showing the effects of water mist and sprinkler systems on primary fires in England between 2018 and 2024.

The data, released on 26 April 2025, covers incidents where active water mist or sprinkler systems were present at the time of the fire.

According to the UK Ministry of Housing, Communities and Local Government, the majority of operational sprinkler and water mist systems either extinguished or controlled fires when they activated.

Performance of water mist and sprinkler systems in containing fires

The UK Ministry of Housing, Communities and Local Government reported that most primary fires were either extinguished or controlled when water mist or sprinkler systems operated.

It stated that systems that activated generally had a positive impact in managing the fire.

The organisation added that there remained a minority of cases where systems did not fully contain or extinguish the fire.

System location and impact on fire containment

According to the UK Ministry of Housing, Communities and Local Government, sprinkler and water mist systems located in the room of origin of the fire were more likely to limit fire spread.

It reported that system location played an important role in the outcome of fire incidents.

The organisation explained that systems situated further from the fire’s origin were associated with lower effectiveness in fire control.

Causes of poor outcomes in system performance

The UK Ministry of Housing, Communities and Local Government stated that where fire containment was unsuccessful, common factors included fires occurring outside the protected area or faults within the system.

It reported that some outcomes were affected by system coverage limitations.

It added that in a proportion of incidents, the reasons for system failure could not be determined.

Water mist systems and sprinkler systems in England: fire incident statistics 2018 to 2024: Summary

The UK Ministry of Housing, Communities and Local Government released fire incident data for England from 2018 to 2024.

The data covered primary fires where water mist or sprinkler systems were installed.

The majority of fires were extinguished or contained when systems operated.

Systems had greater success when located in the room where the fire started.

Unsuccessful outcomes were often linked to system faults or limited coverage.

Some cases did not have a clear cause for system failure.

TLX configurator tool launches to assist fire suppression system design

by Featured NewsFire SuppressionProducts

TLX introduces configurator tool for custom actuator design

TLX Technologies has announced the launch of a new online Configurator Tool designed to help users define specifications for custom fire suppression actuators.

According to TLX Technologies, the tool allows users to create detailed actuator configurations, share them with colleagues, and support the design process from initial concept to system implementation.

The Configurator Tool is available through TLX Technologies’ website, and users can access it by selecting a specific actuator product and clicking the “Get Started” button under the “Solution Configurator Tool” section.

Tool enables specification of operating pressure, force, and threading options

TLX Technologies explained that the Configurator Tool allows users to input key specifications, including system operating pressure, required actuation force, and swivel and housing thread type.

The company added that users can also select add-on components and include project notes to assist the technical team in understanding system requirements.

TLX Technologies stated that there is no need to create an account to use the tool, and users receive a link to their configuration via email for future access, editing, or sharing.

Process supports both standard modifications and fully custom designs

TLX Technologies noted that while many applications can be met by modifying standard actuator solutions, some systems require fully custom designs.

The company said the Configurator Tool helps its technical team assess user requirements more effectively to determine the most suitable approach, whether adapting an existing solution or developing a new one.

TLX Technologies explained that submitting a configuration can initiate direct discussions between users and the technical team about system-specific needs.

Tool launch aims to streamline collaboration and design workflow

According to TLX Technologies, the introduction of the Configurator Tool is intended to streamline collaboration between users and technical staff during the actuator specification and design process.

The company noted that by enabling detailed information capture at the start, the tool helps speed up project timelines and clarifies system expectations earlier in the workflow.

TLX Technologies stated that the tool provides users with a more direct route to developing solutions aligned with their specific fire suppression system requirements.

TLX configurator tool launches to assist fire suppression system design: Summary

TLX Technologies has launched a new Configurator Tool for custom fire suppression actuator design.

The company said the tool is available on its website.

TLX Technologies explained that users can select an actuator, open the configurator, and input specifications.

Specifications that can be entered include operating pressure, actuation force, and thread type.

The company noted that users can also choose add-on components and include project notes.

According to TLX Technologies, no account is needed, and configurations are emailed to users.

TLX Technologies said the tool supports both standard modifications and custom actuator designs.

The company stated that the tool is intended to improve collaboration and design workflow between users and the technical team.

Clariant marks 50 years of Exolit AP flame retardants with melamine-free product launch

by Featured NewsFire SuppressionPassiveProducts

Clariant celebrates 50 years of Exolit AP technology in Germany

Clariant has reported that its Exolit AP flame retardant technology has reached 50 years of production at its site in Knapsack, Germany.

The company said the Exolit AP product line, which is based on ammonium polyphosphate (APP), began production in 1975 and is used across multiple sectors including coatings, insulation foams and thermoset composites.

The manufacturer explained that Exolit AP is used in fire protection products such as intumescent coatings and fire stop systems, and that the product range continues to evolve with new formulations and regulatory targets in mind.

New melamine-free grade introduced for sustainability compliance

Clariant has introduced a melamine-free version of Exolit AP that it said is free from substances of very high concern (SVHC).

The company explained that the new grade was developed to meet increased demand for safer and more environmentally responsible flame retardants, including from manufacturers seeking alternatives to formulations containing substances of concern.

According to Clariant, the new Exolit AP variant maintains its resistance to fire and is suitable for use in passive fire protection systems and insulation applications.

The company said this launch reflects changing consumer expectations, referencing parallel shifts in demand for PFAS-free products across other markets.

Exolit AP 435 to be updated for future regulations

Clariant has announced that it is working on an enhanced version of Exolit AP 435 that will align with future regulatory requirements.

According to the company, this next-generation version is intended to maintain the water-based performance and shelf-life stability of the existing product while incorporating updates that reflect emerging legislative standards.

It stated that Exolit AP 435 has been in use since 2015 and has set the benchmark for stability in fire retardant formulations.

The update is being presented as a continuation of the company’s effort to maintain fire protection performance while responding to changes in legislation and customer requirements.

Clariant reflects on milestones and collaboration in fire safety

Clariant noted that the first batch of Exolit AP was manufactured in 1975 and has since expanded into a portfolio of solutions for fire protection in construction and industrial markets.

The company outlined several milestones in the product’s development, including the launch of Exolit AP 462 in 1983 and Exolit AP 435 in 2015.

Achim Hennemann, Head of Market Segment Passive Fire Protection, said: “Through changing times and evolving industry needs, Exolit AP has remained at the forefront of innovation.
“From its origins in Hoechst AG to becoming a cornerstone of Clariant’s portfolio in 1997, each decade has brought new challenges and achievements.

“The introduction of Exolit AP 462 in 1983 marked our first major breakthrough in encapsulated ammonium polyphosphate technology, setting new industry standards for performance and reliability.”

Adrian Beard, Global Industry Market Manager Flame Retardants, added: “The launch of melamine-free Exolit AP represents more than just a new product.

“It embodies our commitment to combining five decades of expertise with tomorrow’s sustainability demands.”

Stefan Brejc, Global Vice President Segment Coatings & Adhesives, said: “The same pioneering spirit that drove our first innovations in 1975 still drives us today.

“As we celebrate this golden anniversary, we’re not just looking back at 50 years of achievement, we’re building on this foundation to create the next generation of more sustainable flame retardants.”

Clariant marks 50 years of Exolit AP flame retardants with melamine-free product launch: Summary

Clariant reported that Exolit AP flame retardants have been produced for 50 years at its Knapsack site in Germany.

The company said the technology is based on ammonium polyphosphate and is used in fire protection applications such as coatings and insulation.

It confirmed the launch of a melamine-free grade of Exolit AP that does not include substances of very high concern.

Clariant stated that this responds to demand for safer alternatives in passive fire protection systems.

The manufacturer announced it is developing an updated version of Exolit AP 435 for future regulatory compliance.

According to Clariant, the new version will maintain current product stability while introducing formulation improvements.

The company highlighted key historical milestones in the product line, including launches in 1983, 2015 and 2024.

Clariant said that customer collaboration continues to shape the development of new flame retardant products.