Reimagining the fire hose with HEN Nozzles

by Breaking NewsFire Suppression

Sunny Sethi, founder of HEN Nozzles, discusses the evolution of fire suppression tools shaped by science and firefighter feedback for today’s challenges

In the face of increasingly complex and devastating fires, one engineer is working to bring firefighting equipment into the modern age.

Sunny Sethi, founder of HEN Nozzles, started his company in 2020 after witnessing the destructive wildfires that ravaged California.

Realising that firefighters were battling these blazes with outdated tools, Sethi set out to develop equipment designed for today’s challenges.

“I started HEN after seeing the impact of wildfires on communities,” says Sethi.

“When I spoke with firefighters, it became clear that while the nature of fires has changed, the equipment used to combat them has not kept pace.”

HEN Nozzles has recently secured $8 million in funding to fast-track its cutting-edge fluidics technology, capable of extinguishing fires 300% faster while using 67% less water.

This seed round, supported by federal grants, venture capital, and angel investors, will fuel the development and deployment of HEN’s revolutionary fire suppression tools.

Supported by funding from the National Science Foundation, HEN Nozzles has focused on understanding the science behind fire suppression.

By studying how water interacts with fire, the company has developed new nozzle technology aimed at enhancing the efficiency of firefighting efforts.

Redesigning the fire hose nozzle

Traditional fire hose nozzles often produce water streams that lose effectiveness before reaching the core of a fire.

“Water can break into small droplets that are carried away by the wind,” Sethi notes.

“Even when it reaches the flames, it might not absorb enough heat before falling to the ground.”

Through computer simulations and extensive research, HEN Nozzles identified optimal droplet sizes, velocities, and stream geometries to maximise heat absorption.

The result is a patented blade nozzle that generates a water stream with larger droplets, extended reach, and an adjustable pattern.

“This design allows firefighters to extinguish fires more quickly using less water,” says Sethi.

“It helps them manage situations more effectively while reducing environmental harm and property damage.”

Collaboration and feedback from firefighters

Input from active-duty firefighters has been central in developing HEN’s products.

“We work closely with those on the front lines,” Sethi emphasises.

“Features like the adjustable stream patterns came directly from their feedback.”

Ray McCormack, a former lieutenant with 39 years of service in the New York Fire Department, has been an advisor to HEN Nozzles.

“Firefighters know what they need,” McCormack says. “HEN listens to us, and that shows in their designs.”

Adjustments such as refining the nozzle’s handling to reduce fatigue during prolonged operations were made based on user input.

McCormack points out that even the shut-off handle was designed to provide a comfortable grip while fitting into existing hose beds.

“HEN’s products are shaped by the people who use them,” McCormack adds. “That makes a real difference.”

Testing, certification, and meeting diverse needs

To ensure safety and effectiveness, HEN Nozzles conducts extensive testing.

“We’ve carried out live fire burns in training centres and acquired houses,” Sethi explains. “We use thermal cameras to analyse performance and collect data.”

All HEN nozzles meet standards set by the National Fire Protection Association (NFPA) 1964 for spray nozzles and appliances.

“Our research is backed by the National Science Foundation, which adds credibility to our work,” says Sethi.

The products undergo mechanical and thermal tests to ensure they meet durability standards.

“Firefighters rely on their equipment in critical situations,” Sethi notes. “We have to be certain our tools will perform under pressure.”

HEN Nozzles aims to serve both wildland and urban fire departments. “We offer combination smoothbore nozzles with different flow rates,” Sethi says.

“Firefighters can adjust the pattern based on the situation they face.”

In wildland settings, the blade pattern creates a concentrated linear stream, allowing for quicker coverage of larger areas.

In structural fires, the pattern helps cool surfaces and gases, leading to faster suppression.

“Our goal is to provide tools that adapt to different environments,” Sethi explains.

“Firefighters encounter a variety of challenges, and their equipment should be versatile.”

McCormack adds: “All HEN nozzles are designed with firefighter input from the beginning.

The compact design and reduced weight came from their recommendations.”

Expanding reach and addressing environmental concerns

HEN Nozzles’ clients include organisations such as CAL FIRE, the U.S. Marine Corps, and several fire departments across the country, including those in Kansas City, Ontario, Maui, and Sacramento.

“These partnerships have been essential in refining our products,” Sethi notes. “We aim to reach an additional 1,000 departments in 2025.”

The recent funding will enable HEN Nozzles to accelerate development and production.

“We plan to expand our team, invest in further research, and increase manufacturing capacity,” says Sethi.

Water conservation is a significant issue, especially in regions prone to drought.

“By increasing suppression rates, we use less water,” Sethi points out.

“This conserves resources and lessens the environmental harm of firefighting operations.”

Quicker suppression also means fewer emissions from prolonged firefighting efforts. “Reducing the duration of fires benefits everyone,” Sethi says.

Challenges and looking ahead

Progress in firefighting tools has been slow, partly due to reliance on established systems.

McCormack believes that the environment in which firefighters operate has changed, and equipment needs to reflect that.

“Firefighters are using systems that aren’t as efficient as they could be,” McCormack says.

“Manufacturers haven’t always recognised the need to change. HEN is responding with technology that brings more efficiency.”

Sethi acknowledges that introducing new tools requires demonstrating clear benefits.

“Firefighters need to trust that new equipment will help them do their jobs better and more safely,” he says.

“We focus on providing evidence through testing and feedback.”

Sethi’s journey began with witnessing the devastation of wildfires in California.

“I saw how communities were affected,” he recalls. “It was clear that something needed to change.”

By combining scientific research with practical feedback from firefighters, Sethi hopes to make a meaningful contribution to the field.

“Our mission is to provide tools that help firefighters meet the challenges they face today,” he says.

With the support of the firefighting community and new funding, HEN Nozzles is planning for the future.

“We’re committed to continuous improvement,” Sethi says. “There’s always more to learn and ways to make our products better.”

McCormack shares this optimism. “HEN’s approach is making a difference,” he says.

“Their technology brings efficiency that can benefit firefighters everywhere.”

As HEN Nozzles moves forward, the focus remains on supporting those who protect communities from fires.

“It’s about making their work safer and more effective,” Sethi concludes. “That’s what drives us.”

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

Engineering precision: Ed Barnes discusses Reacton Fire Suppression’s commitment to quality, accessibility, and innovation in fire suppression solutions

by Breaking NewsFire SuppressionIFSJ Exclusives

Reacton Fire Suppression’s Chief Technical Officer, Ed Barnes, shares insights into their metrology lab, international plans and engineering for accessible, high-quality fire suppression solutions

With an emphasis on innovation and quality, Ed Barnes, Chief Technical Officer at Reacton Fire Suppression, has been on a journey in engineering that his developed a commitment to delivering precision-driven, accessible fire suppression solutions.

Reacton’s state-of-the-art metrology lab ensures world-class product standards, positioning the company as a leader in the fire and safety sector.

As the industry gears up for Intersec 2025, Barnes offers insights into Reacton’s global strategy, including their ambitious plans for the EMEA region and beyond.

Can you tell me about Reacton’s metrology lab and its impact on product quality?

The metrology lab is a specialised facility for precise measurement and quality control, providing capabilities that many competitors and subcontracting engineering companies lack due to insufficient scientific tools.

To control quality to an exceptional standard, we needed the same measurement tools used in making our parts—measuring dimensions, surfaces and other physical aspects of them daily.

The metrology lab enables us to measure and control the goods we receive and those we make or machine in-house.

It’s also a diagnostics tool for finding items that may need adjusting.

If you make mechanical parts, it’s your diagnostics laboratory.

We’ve invested about a quarter of a million pounds in measurement and quality control equipment.

This allows us to build a stable understanding of the parts we receive and make.

Over time, it enables us to detect problems like dimension creep.

The equipment has enabled our team to learn and develop themselves.

They’ve learned more from measuring and monitoring than from making the parts.

We measure with micron accuracy—a micron is one-thousandth of a millimetre.

Knowing precisely what something is allows the team to make good decisions about what to do with that part.

How does the metrology lab ensure precision and reliability across Reacton’s products?

Everything we receive and make is measured precisely against every drawing.

We’re not just talking about dimensions but also measuring things like surface finish, which is crucial for seals.

If you need to keep gas in a cylinder, you need to know how the seal performs over time.

We’ve introduced helium leak detection equipment at multiple levels, which complements the metrology lab.

It allows us to measure gas leakage rates precisely. We can determine if a leak will take a day to drain a volume or 120 years.

This means every product that leaves our factory has been precisely tested and diagnosed to the standard we intended.

We’re not just assembling something and assuming it works over time; we’ve got exact numbers for days, months, years, or leak rates that meet our tolerances.

Having the equipment to diagnose what we’ve made ensures we maintain high precision and reliability across our product range.

How does the lab drive innovation in Reacton’s fire suppression systems?

The metrology lab allows us to control our tolerances more precisely.

By measuring everything accurately, we can reduce our tolerances, leading to better-performing products.

The team learns more from measuring and monitoring, which contributes to innovation.

We can detect issues early, make adjustments and improve designs based on precise data.

Having the metrology lab and equipment like helium leak detectors enables us to experiment and develop new products with confidence.

We can simulate how parts will perform, measure outcomes and iterate on designs efficiently.

This accelerates innovation in our design and development process.

How do you provide precision-engineered solutions to cost-sensitive markets worldwide?

The key is the standardisation of products.

Our concepts and intellectual property are based on common items.

Where other businesses might use different products for different markets—like vehicle fires, control panels, kitchens, or CNC machines—we use the same products across applications.

This allows us to focus our engineering control around these products.

Instead of making multiple different valves, we make one main common valve.

This means we can centre our manufacturing around one product, honing the quality and producing in volume.

Hoses, valves, nozzles, fittings and bracketry are all common components that have undergone multiple revisions.

By simplifying and standardising our components, we can purchase in larger quantities, reduce stock and maintain high quality, making our solutions accessible even in cost-sensitive markets.

We machine about 150 components in-house now, up from not making anything internally two years ago.

We brought in the metrology lab and CNC machines not to save money but to control what we make.

The variations of standard products means that we already deeply understand how the core product works.

How does the metrology lab help adapt products for diverse EMEA market requirements?

Different markets have different requirements, like pressure directives for cylinders or specific valve functions.

However, we still use common components.

The valve may undergo changes for different markets, but 90% of it remains the same as the one we originally engineered.

When adapting to a market, we don’t start from scratch; we look for the shortest path without creating an entirely new product range.

The metrology lab allows us to ensure that any adaptations meet necessary standards and regulations.

We can measure and test components to ensure they comply with regional requirements while maintaining our high-quality standards.

Most necessary adaptations have been made, so our product can be sold anywhere and meet all requirements.

How do the lab’s capabilities align with Reacton’s goals for accessible, reliable solutions?

The metrology lab’s capabilities are central to our focus on precision and accessibility.

By measuring and controlling every aspect of our products precisely, we ensure they are reliable and perform as intended.

This precision allows us to innovate confidently, knowing we can test and validate new designs effectively.

The lab also supports our goal of accessibility by enabling us to standardise components and produce them efficiently.

By controlling the quality and consistency of our products, we can offer high-quality solutions at competitive prices, making them accessible to a wider range of customers.

What recent successes or innovations stand out as impactful for both Reacton and the wider industry?

Our detection side has seen a major overhaul with new electronic components that complement the system.

We’ve refined our manufacturing processes internally, equipping our team with more tools to produce products to an even higher standard in less time.

There have been many improvements in lean manufacturing.

We’ve made significant upgrades to our system to meet traceability and quality requirements for industries like transport and military, securing future contracts in those areas.

We’ve introduced a simulation suite to simulate vibration, flow, stress, temperature and wear before producing parts, which is particularly useful for special projects with unknown variables.

Any final thoughts?

In safety engineering, you can come up with wonderful ideas to keep people safe, but if they’re impractical or expensive, they won’t be adopted.

The adoption of safety equipment depends on its feasibility. If protecting every bus costs too much, it won’t happen.

But if it’s affordable, it will. That’s where value engineering comes in.

You can create unbelievable products with broad applications by building a standard set of components honed over years.

If you’re going to do something, you do it to the best possible standard, with the best value engineering and repeatability in quality.

My career has been about identifying how we can do things better and finding ways to improve.

That comes from designing well, manufacturing to the highest standard and providing exceptional customer support.

Engineering is disruptive because you learn through failure and embracing failure is essential.

The passion for quality is crucial. It leads to finding and working with the right customers.

If your distributors and customers don’t share the same passion for quality, then you’re not in the right place.

Driving the passion for quality brings the right customers.

We use our own products in the UK; all our CNC machines use the systems we sell worldwide.

We’ve had incidents on our machines where the system has done what it’s supposed to do.

The passion for quality is the headline. For me, quality drives the right behaviours in business almost all of the time.

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

Are Brandt returns to IWMA Scientific Council

by Featured NewsFire SuppressionPeople

IWMA: Are Brandt’s return to the Scientific Council

The International Water Mist Association (IWMA) has reappointed Are Brandt to its Scientific Council.

According to the IWMA, Brandt, who previously served as president from 2018 to 2023, has rejoined the council after stepping down due to term limits.

His expertise in water mist systems and experience in full-scale fire testing are noted contributions.

Brandt was first elected as president in 2018 and re-elected in 2021.

Before his presidency, he was a council member from 2009 to 2018.

Council expansion and global outreach

Under the leadership of Bogdan Raciega, Director of the Fire Laboratory at the Baltic Fire Laboratory, the Scientific Council is set to expand.

Raciega stated: “It is an honour to have Are as a member of the Scientific Council.

His extensive knowledge of water mist systems and years of experience in full-scale fire testing will provide indispensable strength to the Scientific Council team, which is expanding this year to better reach our members worldwide.”

Raciega also extended an invitation to experts from Asia, South America, the Middle East, and Australia to join the council, emphasizing collective strength through collaboration.

Roles and functions of the Scientific Council

The IWMA Scientific Council comprises seasoned fire protection scientists and engineers from various sectors including testing laboratories, regulatory bodies, research institutes, and universities globally.

The council advises IWMA on technical and scientific issues, reviews conference abstracts, evaluates applications for the IWMA Young Talent Award, and guides the water mist industry.

They participate in research initiatives and provide technical guidance to the fire protection sector, particularly in areas related to water mist systems and best practices.

Invitation for new members

The council is actively seeking to broaden its international representation.

Raciega highlighted the need for diverse perspectives from different regions to enhance the council’s effectiveness and reach.

This call for new members aims to fortify the council’s advisory and research capabilities, ensuring a robust response to global fire protection challenges.

Are Brandt returns to IWMA Scientific Council in the UK: Summary

Are Brandt has been reappointed to the IWMA Scientific Council in the UK, following his tenure as president from 2018 to 2023.

The council, chaired by Bogdan Raciega, is expanding to include more international members.

Brandt’s expertise in water mist systems will continue to benefit the council.

The council’s roles include technical advisory services, research participation, and guidance on industry standards.

Raciega invites professionals from Asia, South America, the Middle East, and Australia to join, aiming to strengthen the council’s global influence.

CheckFire partners with Bridgehill to introduce fire blankets for lithium-ion battery safety

by Breaking NewsFire Suppression

Bridgehill fire blankets added to CheckFire’s lithium-ion safety range

CheckFire Ltd has announced the addition of Bridgehill fire blankets to its LFX range of lithium-ion battery fire safety solutions.

The fire blankets are designed to contain and extinguish lithium-ion battery fires, which are an increasing fire safety concern in industries relying on these energy sources.

They can be used for electric and fossil fuel vehicles, industrial equipment, and various other applications.

Lithium-ion battery fires are uniquely challenging due to their intense heat, toxic gases, and potential to reignite even after being extinguished.

Bridgehill fire blankets aim to address these issues effectively.

How Bridgehill fire blankets address battery fire risks

Bridgehill fire blankets work by smothering flames, isolating harmful smoke, and preventing fire spread.

Unlike traditional methods, these blankets deploy in seconds and do not rely on water or foam.

The blankets are available in multiple sizes, making them suitable for car showrooms, garages, warehouses, tunnels, and ferries.

They require two people for deployment, providing a rapid and effective response to fire incidents.

Additionally, the blankets are environmentally friendly, as they do not emit toxic fumes or hazardous substances during use.

Global standards and industry trust

Certified to international standards, including EN 13501-1 and DIN 91489:2024-11, Bridgehill fire blankets have undergone rigorous testing to ensure reliability.

The blankets are already in use by global brands such as Tesla, Formula 1, and Volkswagen.

They have been recognised as a reliable solution for addressing fire risks associated with lithium-ion batteries.

Cameron Robins, managing director of CheckFire, said: “We are thrilled to partner with Bridgehill to bring its market-leading fire blanket range to the UK.

“With lithium-ion batteries playing a growing role in everyday life, this partnership offers a timely solution to one of the most pressing fire safety challenges of our time.”

UK distribution and shared goals

Bridgehill fire blankets will now be distributed in the UK through CheckFire.

The collaboration between the two companies aims to improve fire safety solutions across industries.

Frank Brubakken, CEO of Bridgehill, said: “We are proud to welcome CheckFire as a distributor of Bridgehill fire blankets in the UK.

“With their extensive expertise in fire safety, we are excited about the opportunities this collaboration will bring.”

The partnership highlights a shared commitment to enhancing fire safety measures for lithium-ion battery incidents.

CheckFire introduces Bridgehill fire blankets for UK lithium-ion battery fire safety: Summary

CheckFire Ltd has partnered with Bridgehill to distribute fire blankets designed for lithium-ion battery fires in the UK.

These blankets, which are part of CheckFire’s LFX range, offer rapid containment of fires and isolation of harmful smoke.

They are suitable for use in various locations, including car parks, warehouses, and ferries.

Certified to international standards, the blankets are environmentally friendly and used by major global brands.

This partnership aims to provide effective and reliable fire safety measures for one of the fastest-growing risks in modern industries.

CAFS technology for modern firefighting, with Esteri Group

by Featured NewsFire SuppressionIFSJ Exclusives

Esteri Group explains how its CAFS 2500’s advanced foam delivery system reduces water consumption and improves fire suppression

Firefighting is evolving. As new challenges arise, so too does the need for innovative, efficient, and adaptable tools.

Esteri CAFS 2500, the latest innovation from Esteri Group, marks a significant advancement in firefighting technology.

This system combines the proven reliability of Esteri® fire pumps with the modern efficiency of a compressed air foam system (CAFS). Designed with precision and versatility, the Esteri CAFS 2500 is engineered to meet and exceed the demands of contemporary fire services – a highlight of Intersec 2025.

Compressed air foam systems (CAFS) is a paradigm shift in fire suppression and has transformed modern firefighting strategies. By combining water, foam concentrate, and compressed air, these systems create foam that adheres to surfaces, cools faster, and suppresses fires more effectively than traditional water-based suppression methods.

The CAFS system utilises compressed air produced by a compressor, allowing the foam to be generated within the system itself—essentially, the foam is created directly at the fire truck’s pump. This method ensures the production of efficient and consistent fire suppression foam.

The Esteri CAFS 2500 takes this proven concept to new heights, introducing advanced engineering to ensure superior performance. By using significantly less water and foam concentrate, it enhances operational efficiency while reducing environmental impact.

Esteri CAFS 2500 delivers adjustable foam ratios ranging from wet foam (1:3) to dry foam (1:10). It delivers unparalleled flexibility across various fire types, including structural, industrial, and wildfires. The result? Faster extinguishment, reduced water consumption, and superior environmental performance.

This efficiency also makes it an exeptional operational advantage in regions where water resources may be limited.

Advanced features

Esteri CAFS 2500 introduces a range of highly developed features that excel in rescue operations while providing users with ease of use.

High foam delivery and efficiency

Delivering up to 2500 litres per minute, the Esteri CAFS 2500 is designed to suppress even the largest fires rapidly. Its powerful 18.5 kW compressor generates 2800 litres of compressed air per minute, ensuring consistent foam production. This level of performance translates to faster knockdowns, reduced water damage, and improved firefighter safety.

Precision engineering for adjustable foam ratios

The ability to adjust foam ratios allows fire services to tailor suppression strategies based on fire behaviour and environmental conditions. Wet foam ratios are ideal for immediate knockdown, while dry foam is optimal for creating barriers to contain fires.

Ease of use in high-stress environments

The Esteri CAFS 2500 is designed with user convenience at its core. Its control panel, available as a touchscreen or with physical buttons, simplifies operation by allowing firefighters to adjust foam output, pressure settings, and other parameters with ease. This intuitive interface ensures optimal performance and reliability, even in the most high-pressure scenarios, catering to diverse user preferences and operational demands.

Compact and space-saving design

One of the Esteri CAFS 2500’s standout features is its integrated design. By combining the pump and CAFS into a single unit, it optimises space, making it ideal for firefighting vehicles. Despite its compact footprint, the system is robust, durable, and easy to maintain.

Durability and reliability

The system’s IP-65-rated control panel protects against water and dust, ensuring reliability in rugged firefighting conditions. Built on Esteri’s trusted fire pump technology, the CAFS 2500 is designed for durability under extreme conditions.

Environmentally friendly and cost-effective

The Esteri CAFS 2500 significantly reduces water and foam concentrate usage. Its eco-friendly design minimises the environmental impact of firefighting operations while lowering costs associated with water transport and foam usage. For instance, the fluorine-free Class A foam mixture requires only a 0.3% concentration, aligning with global sustainability goals.

Applications across firefighting scenarios

While water has been the traditional agent for fire suppression, it is not always effective—especially for oil fires, where its use can be hazardous. Fire suppression with foam is not a new concept. In 1902, Russian engineer Aleksandr Loran revolutionised fire suppression by inventing (patented in 1924) firefighting foam, initially used to combat persistent oil fires. Since then, foam has been a vital tool in scenarios where water alone is insufficient.

The Esteri CAFS 2500 builds on this legacy with applications in:

  • Structural Fires: Wet foam extinguishes flames rapidly, while dry foam prevents reignition by creating barriers.
  • Industrial Fires: The system’s high foam delivery and strong adhesion are particularly effective in industrial settings, where rapid suppression can prevent catastrophic damage.
  • Wildfires: As wildfires increase globally, CAFS offers a critical solution. Dry foam blankets vegetation to prevent fire spread, using minimal water.

Different and demanding fire scenarios require a lot from firefighting equipment. The mobility of CAFS foam within hoses enables operations over extensive ranges. With foam output of approximately 2100–2300 l/min through a 75mm attack line, the horizontal reach is around 500 meters, maintaining foam efficiency and quality.

Vertically, the system achieves a reach of approximately 80 meters. Additionally, it can be configured for high-rise operations, further enhancing its utility.

Sustainability in firefighting

Modern firefighting goes beyond performance—it demands sustainability. The Esteri CAFS 2500 addresses this with:

  • Optimised water usage: Reduced water consumption lowers the strain on resources and minimises runoff of contaminated water.
  • Minimal foam concentrate consumption: Fluorine-free foams, used at a mixture rate as low as 0.3%, are both efficient and safer for the environment.
  • Energy efficiency: The system’s compressor is designed for minimal energy consumption, aligning with global sustainability goals.

While foam-based suppression has its challenges, including environmental concerns, its unparalleled effectiveness ensures its continued relevance. Foam manufacturers are dedicated to developing cleaner solutions, ensuring CAFS remains a vital tool in firefighting; There are scenarios where foam-based firefighting remains indispensable.

Design philosophy and maintenance

The Esteri CAFS 2500 is built around the Esteri® fire pump, resulting in a compact, space-saving solution. Key components, including the compressor, foam pump, mixing pipe, and control unit, are designed for durability and straightforward maintenance. This ensures minimal downtime and maximised operational readiness. All CAFS components can also be installed separately into the vehicle’s piping system.

The system’s clean, intuitive design reflects its purpose. Streamlined yet rugged, it symbolises efficiency and resilience, making it a reliable partner in demanding firefighting scenarios. As a visually striking piece of technology, the Esteri CAFS 2500 also underscores Esteri Group’s commitment to quality and innovation.

A legacy of innovation

The Finnish company Esteri Group has been at the forefront of fire equipment innovation since 1968. It is renowned for its reliable, high-quality products and innovative solutions, trusted by firefighters worldwide. At the heart of the company are products designed and manufactured in-house, including fire pumps, water monitors, and hose maintenance systems.

Last year at Intersec, Esteri Group introduced the Hosemaster system, revolutionising hose maintenance. This year, the Esteri CAFS 2500 takes centre stage, alongside the advanced TR 75 SHC water monitor—a compact, reliable tool designed to minimise turbulence and maximise performance.

Esteri Group continues to set new standards in the firefighting industry, combining reliability, innovation, quality, and firefighter safety – not forgetting sustainability. Visit us at our partner Darley’s booth during Intersec 2025 to experience these groundbreaking solutions firsthand. The Esteri CAFS 2500 represents a leap forward in firefighting technology. By combining superior performance, adaptability, and environmental efficiency, it addresses the evolving needs of fire services worldwide.

As fire scenarios become increasingly complex, the Esteri CAFS 2500 stands ready to deliver solutions that protect lives, property, and the environment.

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

From innovation to installation with Piping Logistics

by Breaking NewsFire Suppression

Jeroen De Smedt, CEO of Piping Logistics, discusses the company’s R&D initiatives, expansion into HVAC, and its sustainable production facility in Romania

In a relatively short time, the specialised manufacturer Piping Logistics has established itself as an innovative, client-focused leader in the fire protection sector.

With a new production facility in Romania, the development of new components, and expansion into the HVAC market, the Belgian company clearly proves its commitment to fire safety.

Profit, an aggregation of ‘Professional’ and ‘Fittings’, is the brand name of the Piping Logistics group, specialising in producing and supplying high-quality components for fire protection systems and HVAC installations.

For almost 20 years, the family business has operated from Aalst, where its central location ensures efficient delivery to customers throughout Europe.

Impressive but organic growth trajectory

Contractors and installers recognise in Piping Logistics a reliable partner for a wide range of products, such as pipes, fittings, couplings and accessories, essential for the installation of sprinkler and HVAC systems.

The components are designed for maximum safety and efficiency.

‘We invest extensively in modern production technologies and strict quality controls,’ says CEO Jeroen De Smedt.

The company’s growth has been impressive and, above all, organic.

“In the beginning, the company primarily distributed components sourced from China, an opportunity that founder André Saelens realised while running AquaSecurity, a fire protection installation company.

“Over the years, Piping Logistics expanded by establishing an in-house R&D department, a dedicated marketing team, and a production facility for our own components.”, says De Smedt.

AquaSecurity is still active, allowing it to act as a test lab for Piping Logistics’ innovations.

The CEO adds: “Without a doubt, a strong USP for our product development.

Yet another unique selling point is that Piping Logistics is committed to being on site within 24 hours in case of any issues, anywhere in the world.”

But the engineers are doing more and are also bending over the components coming from China, ensuring they meet the strict European standards.

“It’s about improving the usability, conforming to customer expectations, but also aligning the products to legal requirements. It is an important part of our strive for quality,’ De Smedt says.

Prefab systems as a new addition

Thanks to an ultra-wide range, Piping Logistics can position itself as a one-stop shop.

“We started as a supplier of couplings and fittings but have since developed a full product range. We can offer installers practically the complete package for a sprinkler installation.

“Only the sprinkler head is not yet in our range. We are actively working on it,” says the CEO.

Expansion into HVAC

It’s only a small step from sprinkler systems to accessories for HVAC.

Because the same couplings and fittings fit both water pipe systems.

“The main difference is water temperature and working pressure, but we have undertaken all the necessary tests and approvals to take our products to the huge potential of the HVAC market,” says Jeroen De Smedt.

Furthermore, Piping Logistics counts on its large stock for providing optimal customer service.

De Smedt said: “In Belgium, we have a 6.000 m² warehouse. Such a large stock is necessary for impeccable service.

“If a customer orders before noon, delivery takes place the next day. We can move faster than the competition.”

But even an SME has to grow if it wants to stay healthy.

That is why Piping Logistics has just opened a brand new factory in Romania.

“Within the context of the European Green Deal and the impending CO2 tax, it’s important to produce closer to home. Customers are also starting to wake up to this,” the CEO outlines.

In Romania, Piping Logistics produces prefab sprinkler pipes.

“That new product aims to save time, with outlets for the sprinkler heads pre-welded in the right place. On site, the installer just has to screw in the sprinkler head,” De Smedt concludes.

Exclusive interview with CEO Piping Logistics CEO Jeroen De Smedt

How does your R&D centre in Belgium and drive innovation in your product offerings?

The R&D center in Belgium serves as an innovation hub where new technologies and processes are developed to continually enhance our product line.

We do a lot of quality testing, trainings, product reviews etc in house.

One of our priorities is also to make existing products better and suitable for the future.

How does your relationship with AquaSecurity influence the development cycle of your components?

AquaSecurity is a crucial partner in our development process.

It is one of the biggest sprinkler installations companies in the Benelux.

The use of our (new) products in their installations enable us to identify and address potential weaknesses early in the development cycle.

This partnership ensures that our products meet the most stringent standards, allowing us to provide quality assurance to customers and accelerate our innovation process.

How has the introduction of prefabricated sprinkler pipes been received by installers?

Prefabricated sprinkler pipes have been positively received, primarily due to the time savings during installation.

Installers appreciate the reduced on-site work, which minimizes the likelihood of errors.

Feedback from the field has helped us to make adjustments, such as improved connection options and logistical support for quick deliveries to construction sites.

What prompted your expansion into the HVAC market?

Our expansion into the HVAC market was driven by the growing demand for integrated heating and cooling system solutions.

By combining our existing expertise in piping systems with HVAC-specific innovations, we’ve developed products tailored to the unique requirements of this sector.

How does the Romanian production facility factor in to your sustainability strategy?

The production facility in Romania is a cornerstone of our sustainability strategy.

By producing locally, we reduce transportation emissions and meet the high environmental standards set by the European Green Deal.

The facility leverages green energy and advanced techniques to minimise waste.

As you expand, how will you maintain your commitment to rapid customer service?

To maintain our service levels while expanding into new markets, we’ve invested in local distribution centers and an extensive network of technicians.

Our digital tools, such as order tracking and direct communication channels, ensure a rapid response.

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

The science behind consistent dosing with Firemiks

by Breaking NewsFire Suppression

Per Aredal, International Sales Director at Firemiks AB, discusses innovative pump proportioning systems for fluorine-free foams and high-viscosity concentrates

Firemiks AB, originally established in 1979 as a Swedish family-owned business, is now operated by the third generation in collaboration with strong industrial partners. Over the years, our focus has been on developing, manufacturing and distributing our proprietary water-driven volumetric pump proportioning systems globally.

We pride ourselves on offering custom solutions tailored to the unique needs of each client’s project while also delivering standardised models that meet rigorous international certifications, such as FM Approvals.

Proportioning innovation

The FIREMIKS proportioning system operates on the principle of positive displacement for both the water motor and the concentrate pump. The water motor, driven solely by the extinguishing water flow, powers the concentrate pump, which injects the concentrate into the water flow. The dosing is determined by the volumetric relationship between the water motor and the concentrate pump. This ratio is unaffected by viscosity, within specified limits as outlined in the unit’s data sheet.

“The dosing is determined by the volumetric relationship between the water motor and the concentrate pump.”

Per Aredal, International Sales Director at Firemiks AB

The volumetric water motor design, conceived by the grandfather of the current management in the late 1970s, is notably compact for the flow it can handle. For example, on a typical 3% unit, the water motor can process approximately 30 times the volume of the concentrate pump, yet its size remains only slightly larger.

Since its inception, we have continuously refined the design to enhance performance and reliability. As with any pump design, attention to detail and precise execution are key. Additionally, our system’s flexibility allows us to quickly adapt and match the water motor with a wide range of high-end concentrate pumps, each with its own unique specifications to consider.

Customised systems

We offer a wide range of models to meet various flow capacities and proportioning needs. Our smallest model has a maximum flow rate of 150 liters per minute (lpm), while the largest single model can handle up to 10,000 lpm. For flows exceeding this, we provide parallel-installed FIREMIKS systems, either on a base skid or as “double-decker” units, capable of reaching up to 20,000 lpm.

Our three standard skid models include: 12,000 lpm (2 x 6,000 lpm), 16,000 lpm (2 x 8,000 lpm) and 20,000 lpm (2 x 10,000 lpm). For fixed proportioning, we typically offer 1% and 3%, with the option to customise dosing rates such as 0.1%, 0.3%, 2%, or 6% upon request. Additionally, models with selectable proportioning are available, including combinations like 0.3-0.6-1% and 1-2-3%, or, for selected flow sizes, 0.5-1-3%.

Ensuring accuracy

FM approval designates our system as the “Variable Viscosity Pump Proportioner,” meaning that as long as the specified minimum and maximum flow rates in the data sheet are followed, FIREMIKS can accommodate viscosity changes across a wide flow and pressure range. The dosing remains within the approved tolerance limits specified in the standards (e.g., 3.0-3.9%). This offers the significant advantage of eliminating the need for recalibration whenever there is a change in concentrate or viscosity—unlike bladder tanks, which often require recalibration and create critical downtime during replacement.

The FM approval we have received (Standard: 5130 – May 2021) for eight of our 3% models, across three flow sizes—1800, 2400 and 4000 lpm—confirms that the FM-approved FIREMIKS units provide accurate dosing and can handle concentrates ranging from 1 cP to high-viscosity concentrates (up to 6422 cP at a shear rate of 5 1/s).

The specific curve approved for our FM-approved models is as follows:

Shear rate 1/sViscosity (cP)
56422
103545
201945
50882
100497
600128

This means that if a concentrate has a shear rate curve that aligns with or falls below the specified figures, it will perform well with our FM-approved FIREMIKS models. This applies even to the new generation of fluorine-free SFFF concentrates, which are often non-Newtonian.

To ensure optimal dosing performance at maximum viscosity for the three FM-approved sizes, the required concentrate delivery hose/pipe dimensions and height are as follows: a maximum length of 2.5 meters, a diameter of DN 65 or larger and a gravity feed height of 0.5 meters or higher.

Addressing regulatory shifts

Regulatory bodies are driving the transition from PFAS-containing concentrates to SFFF concentrates, prompting a re-evaluation of many proportioning systems for compatibility. Manufacturers offer SFFF foams with a broad range of viscosities, including very high-viscosity concentrates. To select the right proportioner, understanding the concentrate’s properties is essential.

“With the new SFFF concentrates, which are often non-Newtonian, accurately predicting flow behaviour has become more complex.”

Per Aredal, International Sales Director at Firemiks AB

In the past, engineers could calculate concentrate flow with confidence, but with the new SFFF concentrates, which are often non-Newtonian, accurately predicting flow behaviour has become more complex.

For proportioners that require calibration, the dosing may be accurate under specific conditions, but even small changes in variables can cause the system to fall out of calibration. In such cases, it’s better to rely on a system, like FIREMIKS, that is designed to handle a wide viscosity range without the need for recalibration.

Catering to all viscosities

FIREMIKS distinguishes itself by offering two types of dosing pumps—Piston and Gear pumps—coupled with a robust multi-vane motor, built on over 35 years of market experience. When working with clients, we prioritise understanding the concentrate type and viscosity, in addition to considering flow and pressure, before recommending the most suitable pump type and providing tailored installation advice.

It’s important to note that all Piston pump systems on the market have a viscosity limit due to the reciprocating principle of the Piston pump. During each revolution, the plunger sucks in concentrate and then presses it out, causing the concentrate to go from zero to full speed twice per revolution. If the static viscosity of non-Newtonian concentrates is too high, the concentrate may not flow smoothly, resulting in an inaccurate dosing rate.

Our Piston pump models typically excel in systems with low start-up flows relative to their maximum flow rate, making them ideal for applications like sprinkler systems and offering versatility across a wide flow range.

On the other hand, our Gear pump units are highly effective for handling high-viscosity fluids. Their counter-rotating gears create a consistent, non-agitating flow, ensuring reliable sealing with such fluids. Gear pump models are also particularly efficient in applications operating at the higher end of the maximum flow rate, such as deluge and large fire monitor systems.

What’s next for firefighting foam?

The ongoing market shift from AFFF (Aqueous Film Forming Foam) to SFFF (Synthetic Fluorine-Free Foam) concentrates, which is expected to continue for at least the next 10 years, presents challenges for both existing and new foam systems. This transition will drive the need to upgrade many current systems. We are also seeing increased interest in lower dosing rates, such as 1% and even lower concentrations like 0.3% or 0.5%. Additionally, developing effective systems for extinguishing Li-Ion battery fires remains a significant challenge for the entire firefighting industry. Firemiks AB is well-positioned to support this shift and is prepared to further develop our systems as needed to meet varying concentration requirements.

About the Author

Per Aredal is International Sales Director at Firemiks AB, with + 35 years of experience of producing and delivering water driven volumetric pump proportioners worldwide. For more information contact Per Aredal vie email: per.aredal@firemiks.com, phone : +46-76-139 70 34, or visit www.firemiks.com.

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

PEMA publishes white paper on fire detection and suppression systems for port equipment

by Featured NewsFire DetectionFire SuppressionPorts & MaritimeResearch

Fire detection and suppression systems in mobile port equipment: PEMA white paper insights

The Port Equipment Manufacturers Association (PEMA) has released a white paper titled Fire Detection and Suppression Systems for Mobile Port Equipment.

This document addresses the growing fire risks associated with mobile port machinery and proposes safety measures to mitigate these risks.

The paper discusses the widespread adoption of fire suppression systems, particularly in port equipment using internal combustion engines (ICE) and hybrid or electric systems.

It also examines fire hazards linked to port electrification and autonomous machinery, recommending industry-wide adoption of advanced safety systems.

Challenges in fire suppression for complex port equipment

PEMA’s paper highlights specific challenges in combating fires in intricate port equipment.

Issues like delayed detection in autonomous systems and the complexities of fire management in electrified machinery are outlined.

The report stresses the importance of rapid response and robust fire suppression technologies.

It notes that engine compartments, hydraulic systems, and high-temperature components present critical fire hazards, requiring advanced detection and suppression measures.

Environmental impact of firefighting in port environments

The document examines the environmental repercussions of using traditional fire suppression methods in ports.

It focuses on the contaminated extinguishing water produced during firefighting and its potential harm to marine ecosystems.

PEMA advocates for eco-friendly fire suppression systems and containment strategies to minimise environmental damage.

Recommendations include employing biodegradable agents and establishing filtration systems to prevent pollutants from entering waterways.

Recommendations for enhanced safety measures

The white paper calls for comprehensive fire safety protocols in ports.

It recommends installing advanced fire suppression systems across all equipment, particularly in high-risk areas.

PEMA emphasises the need for collaboration between manufacturers, port operators, and safety authorities to establish consistent safety standards.

It also highlights the importance of regular maintenance and adherence to emerging regulatory frameworks to ensure system reliability.

Fire detection and suppression systems in mobile port equipment: Summary

PEMA’s white paper, Fire Detection and Suppression Systems for Mobile Port Equipment, examines the rising fire risks in port operations.

The document identifies the need for advanced fire suppression systems, particularly in engine compartments and electrified machinery.

It discusses environmental concerns related to firefighting and suggests implementing eco-friendly systems to mitigate ecological damage.

The paper recommends mandatory installation of suppression systems, regular maintenance, and enhanced industry collaboration to improve safety standards.

The Last Word with FireDos

by Breaking NewsFire Suppression

Stuart Phythian, Regional Director at GmbH FireDos, discusses innovations in foam proportioning

Could you introduce FireDos and its role in the fire safety industry?

FireDos is a German company specialising in developing and producing high-quality foam proportioners and monitors for firefighting applications.

With three decades of experience, FireDos has established itself as an expert in enhancing the efficiency of fire extinguishing systems across various industries, including petrochemical, automotive, logistics, and municipal fire services.

Operating from its headquarters in Wölfersheim, Germany, supported by production facilities in Germany and Poland, and with regional sales and training facilities in Houston, USA & Abu Dhabi, UAE, FireDos serves a global clientele, ensuring safety and reliability in fire protection.

How has FireDos contributed to advancements in proportioning technology?

FireDos has introduced a purely mechanical system for foam concentrate proportioning that operates without external power sources.

This innovative approach utilises a water motor and piston pump to ensure precise and reliable foam agent proportioning into the extinguishing water.

The system can handle all types of foam concentrates, including highly viscous, alcohol-resistant, and fluorine-free agents, maintaining a constant proportioning rate across a wide operating range.

Additionally, FireDos proportioners allow cost-effective and eco-friendly testing of the proportioning rate without producing foam or premix, significantly reducing environmental impact and operational costs.

Recently FireDos has introduced a remote monitoring system for their proportioners, to allow customers to monitor their system.

Recording and analysing operating parameters allows functional assurance and the ability for predictive maintenance to reduce service cost.

What challenges does FireDos see in the fire protection industry?

One challenge is the transition to environmentally friendly, fluorine-free foam concentrates and the need for systems that can handle varying foam viscosities and comply with stringent environmental regulations.

FireDos addresses these challenges through its water-driven foam proportioning systems, unaffected by the generally increased viscosity of foam concentrates, ensuring consistent performance even with new, environmentally friendly foams.

The company’s commitment to sustainability is further demonstrated by its proportioners’ ability to conduct proportioning rate tests without generating foam, aligning with environmental compliance standards and reducing waste.

How does FireDos customise its solutions to cater to diverse client needs?

For industrial applications, stationary proportioners are integrated into fire extinguishing systems such as sprinkler or deluge systems, providing precise foam proportioning for facilities where flammable substances are produced, transported, or stored.

FireDos monitors are designed to propel water or foam over long distances, making them suitable for applications like firefighting on rescue and firefighting boats, ensuring effective fire suppression in maritime environments.

Portable proportioners offer maximum flexibility for varying firefighting scenarios, enabling municipal fire brigades to produce extinguishing foam or wetting agents as needed, adaptable to different emergency situations.

Beside installation in stationary extinguishing systems FireDos proportioners and monitors are available as trailer or pick-up mounted, to allow flexible use.

In a lot of cases these mobile units are used as backup systems in case the fixed installation is damaged, or additional firefighting capabilities are needed.

What are FireDos’ strategic objectives for the next five years?

Our aim is to solidify its position as a leader in sustainable firefighting solutions by focusing on innovation, environmental responsibility, and customer-centric product development.

The company plans to enhance its product offerings by expanding smart technologies, such as monitoring systems that allow for remote diagnostics and optimised maintenance processes, thereby reducing operational costs and improving system reliability.

Additionally, FireDos intends to expand its global presence, adapting to emerging trends and regulatory changes in the fire protection industry to meet the evolving needs of its clients worldwide.

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

From Auxquimia to Perimeter Solutions: Fifty years of safety success

by Featured NewsFire SuppressionWildland Fire

Javier Castro, VP and General Manager of Fire Safety EMEA at Perimeter Solutions, reflects on Auxquimia’s 50-year journey from family business to global firefighting solution leader

Staying in business long-term is no small feat. In fact, data show that roughly 20% of new businesses in Spain fail within their first year.

This makes the success of Auxquimia, based in Mieres, Asturias, Spain, all the more impressive.

Founded as a family business by the Acuña family in 1974, Auxquimia celebrates its 50th anniversary this year, reflecting on its remarkable evolution into one of the global leaders in firefighting foam concentrates.

When the company first opened its doors, it started as an engineering firm and provided consulting services for its customers.

Later, it became one of the first companies in Spain to manufacture industrial consumer products primarily for the safety sector.

These early products brought Auxquimia into the fire safety industry.

Based on resin foams, these solutions were designed to prevent and combat fires in the mining industry, particularly in coal mines.

Expanding safety solutions for a changing industry

Building on its firefighting foam capabilities, Auxquimia expanded its fire safety portfolio by developing fire extinguisher additives, high-expansion foam concentrates, aqueous film-forming foams (like AUXQUIMIA® AQUAFILM™) and alcohol resistant-AFFF solutions, (such as AUXQUIMIA® Polyfoam.

As the company continued to grow, their portfolio of firefighting foam concentrate solutions advanced.

Responding to industry concerns surrounding polyfluoroalkyl substances (PFAS), the company began developing fluorine-free solutions that were used to battle fires involving flammable liquids, such as petroleum and kerosene.

The industry responded positively to Auxquimia’s advanced technology and the company began a concentrated effort to expand its business to international markets.

They started exporting from Spain to other European countries, including France, Finland, Italy and the United Kingdom, as well as countries in South America and Asia.

With a strong commitment to innovation and an experienced research and development team, Auxquimia was seen as a leader in the international fire safety industry.

The proven effectiveness of its products and its large production capacity led it to becoming the sole supplier of firefighting foam concentrates to major global companies in multiple industries including the petrochemical, chemical, naval, aerospace, energy, mining and automotive segments.

A new era: Strategic acquisitions and global expansion

Around this time, the fire safety division of Israel Chemicals Limited (now Perimeter Solutions, as of 2018) sought to expand its wildfire business into other segments of the fire safety industry, including industrial fire safety.

ICL owned the PHOS-CHEK® brand of fire retardant and firefighting foams and maintained production facilities in the United States, Canada and France.

On May 2, 2014, they completed the acquisition of Auxquimia, expanding its portfolio of Class B firefighting foams.

In a statement released at the time, ICL said the purchase completed the organisation’s goal to become the main supplier for firefighters around the world.

Following the acquisition, Auxquimia continued to work to reduce the environmental impact of its products and they made a commitment to further develop firefighting foam concentrates that were free of fluorine.

In 2015, Auxquimia was exporting nearly three-quarters of its manufactured products to locations throughout Europe, Asia and America, while securing partnerships with major customers.

In 2018, SK Capital acquired ICL’s oil additives and firefighting business units, which included Auxquimia and formed Perimeter Solutions.

The newly formed independent company now specialised in fire management chemicals, oil and lubricant additives and chemicals for pesticide and mining applications.

Bolstering global production

Later that year, Perimeter Solutions made a key acquisition to expand its firefighting foam business when it bought The Solberg Company, the firefighting foam products division of Amerex Corporation.

At the time of the acquisition, Solberg maintained production facilities in the United States, Australia and Norway and Perimeter Solutions made the decision to transfer Norway’s production to Asturias, Spain, to merge that location’s firefighting foam operations with Auxquimia into a single unit.

In 2021, Auxquimia’s focus on developing more environmentally responsible solutions led to the introduction of SOLBERG® VERSAGARD™ AS-100 Multi-Purpose 3×3 Fluorine-Free Foam Concentrate, an alcohol-resistant, state-of-the-art pseudoplastic foam technology that contains no intentionally added PFAS chemicals that can be used to secure Class B (hydrocarbon fuel and polar solvent fuel) fires and deep-seated Class A fires.

This biodegradable and non-persistent fluorine-free foam concentrate became an instantly viable alternative to traditional fluorinated AR-AFFF 3×3 products that were on the market.

SOLBERG VERSAGARD AS-100 delivers excellent firefighting performance, but one of its key advantages when compared to other fluorine-free solutions on the market, is the consistent viscosity it maintains when in contact with water, dramatically improving handling and use rates in firefighting operations.

Auxquimia expanded the SOLBERG VERSAGARD line a year later with SOLBERG® VERSAGARD™ 1×3.

Ideal for industrial emergency response, its low viscosity has made it the firefighting foam of choice for organisations in the petrochemical space.

Haitham Khouri, CEO of Perimeter Solutions, joined the Auxquimia team on September 16, 2024, to celebrate the company’s 50th Anniversary.

One of the original founders of Auxquimia was in attendance and was honored with a plaque for his part in building the organisation.

Representatives from local and regional authorities, valued collaborators, employees and friends also joined to mark the milestone.

A legacy of leadership

Looking back over its 50 years of innovation, Auxquimia has developed a stellar line of proprietary firefighting solutions in addition to its SOLBERG VERSAGARD products, including:

  • AUXQUIMIA® AQUAFILM™: Aqueous Film Forming Foam (AFFF) for fighting hydrocarbon fires.
  • AUXQUIMIA® AUXIFOAM: Synthetic resin for fire extinguishing.
  • AUXQUIMIA® FLUOPOL™: Synthetic fluorine-free foams, free of fluorosurfactants, containing polysaccharides that give the foam a pseudoplastic behavior, providing slow drainage and fluoropolymers for good oleophobicity.
  • AUXQUIMIA® POLYFOAM 3/3: Versatile synthetic AFFF for fighting hydrocarbon and polar solvent fires (alcohols, ketones, ethers, esters, amines, etc.).
  • AUXQUIMIA® UNIPOL-FF™: Synthetic foam based on hydrocarbon surfactants. It does not contain fluorinated surfactants or polymers. It can be used in the extinguishing of both Class B (liquids) and Class A (solids) fires.

As Auxquimia celebrates its 50th anniversary, it stands at the forefront of innovation in firefighting technology.

The company’s commitment to developing high-performance, more environmentally responsible solutions has solidified its role as a global leader in fire safety.

Looking ahead, Auxquimia is poised to continue shaping the future of the industry by pushing the boundaries of foam concentrate technology, ensuring that its products not only meet the rigorous demands of modern firefighting but continue to be one of the leaders in innovation.

With its experienced team, cutting-edge research and continued investment in sustainability, Auxquimia is well-positioned to lead the charge in the next generation of firefighting solutions—ensuring that it remains a trusted partner in saving lives and protecting property for many decades to come.

This article was originally published in the November 2024 issue of International Fire & Safety Journal. To read your FREE digital copy, click here.