Intersec 2026: Latest news and key updates from Dubai

Welcome to the Intersec 2026 live blog from International Fire and Safety Journal (IFSJ), a running blog of the stories in the lead up to and throughout the duration of the event, which takes place from 12–14 January 2026 at the Dubai World Trade Centre in Dubai, United Arab Emirates.

If you have a story you wish to be published please contact Lewis Tyler (lewisg.tyler@intfireandsafetyjournal.com) Iain Hoey (iain.hoey@intfireandsafetyjournal.com) or Isabelle Crow (Isabelle.Crow@centurianmedia.com).

January 14 2026

KiddeFenwal expands NATURA line with Micro fire protection for small assets

KiddeFenwal NATURA Micro

KiddeFenwal has launched NATURA Micro, a compact inert gas fire suppression system offered through its Kidde Fire Systems brand.

The system was introduced at Intersec in Dubai.

NATURA Micro forms part of the company’s inert gas systems portfolio and is intended to protect enclosed, small-sized assets. Read more about the new product here.

Intersec Awards 2026 winners announced in Dubai

Intersec Awards 2026 winners announced in Dubai

The winners of the Intersec Awards 2026 were announced during a gala dinner at the Conrad Dubai in Dubai, UAE.

The awards are now in their fifth edition, covering 17 categories across fire and safety, security and industry leadership, selected by an independent panel of 23 international judges.

Read the full list of winners here.

Intersec Dubai 2026 hosts Sharjah and NFPA MoU signing

NFPA and SCDA
L-R_Jim Pauley, NFPA President & CEO and His Excellency Brigadier Yousif Obaid Al Shamsi, Director General of Sharjah Civil Defence Authority

Sharjah Civil Defence Authority (SCDA) and the National Fire Protection Association (NFPA) have signed a Memorandum of Understanding to form a strategic alliance aimed at improving fire and life safety in the Emirate of Sharjah.

The the MoU was signed during an official ceremony held at Intersec Dubai 2026.

The agreement was signed by His Excellency Brigadier Yousif Obaid Al Shamsi, Director General of Sharjah Civil Defence Authority, and Jim Pauley, president and CEO at the NFPA.

The alliance is intended to prioritise education and training programmes for fire and life safety professionals across the Emirate. Read more about the MoU here.

Janury 13 2026

NFPA LiNK 3.0 announced at Intersec Dubai 2026

Jim Pauley NFPA Day

NFPA LiNK 3.0 was announced at Intersec Dubai 2026 in Dubai, United Arab Emirates, on 13 January 2026.

The update was confirmed by the National Fire Protection Association (NFPA) following its participation in the event, where it hosted an NFPA Day programme for government and industry representatives.

The announcement was made by NFPA President and CEO Jim Pauley as part of the programme, which focused on fire, life and electrical safety issues in the region. Read more.

Intersec Global brand launched at Intersec 2026

Intersec Global has been launched as a unified international brand bringing together Messe Frankfurt Middle East’s security, safety and resilience events under a single platform, with the brand headquartered in Dubai.

Messe Frankfurt Middle East announced the new brand on 13 January during a press conference at Intersec 2026 in Dubai, UAE.

The press conference featured Eng. Arif AlJanahi, Security Consultant, SIRA, Lt. Col. Taher Hassan Al Taheri, The General Command of Dubai Civil Defence, and Eng. Khalid Al-Khatib, Chairman, NAFFCO.

Find out more about what the unified branding means for Intersec by clicking here.

Motorola Solutions outlines Visual Alerts expansion at Intersec Dubai

Visual Alerts

Motorola Solutions has announced new on-premise AI detection capabilities for its Avigilon video security platform at Intersec Dubai, which runs from 12 to 14 January.

The update introduces Visual Alerts, a feature that allows security and operational teams to define and detect site-specific visual events across large camera networks.

These detections can include scenarios such as unauthorised vehicles near shut-off valves or blocked fire exits, with alerts generated when defined conditions are observed.

Click here to read more about the Avigilion Visual Alerts feature.

Intersec discussion examines AI in safety-critical operations

Intersec discussion examines AI

Senior government and industry leaders at Intersec discussed how artificial intelligence is moving into everyday frontline operations in safety-critical environments.

The session, titled “AI & Safety 4.0: Rethinking Human Risk,” focused on how AI is being used in safety practices, ethical decision-making and risk management culture.

Panellists said AI tools should enhance human responsibility and leadership in safety-critical settings. Read more about the panel here.

January 12 2026

Dafo Fomtec launches Enviro Neo fluorine-free foam at Dubai VIP event

Dafo Fomtec AB hosted a VIP launch event in Dubai to introduce Enviro Neo, a fluorine-free synthetic firefighting foam developed for high-hazard applications.

The foam is formulated without partially hydrated polymers and is designed to perform in both fresh water and sea water

The launch presentation was delivered by John Olav Ottesen, CEO of Dafo Fomtec, who also introduced three new foam products. Read more about Enviro NEO here.

Intersec 2026: Inside Messe Frankfurt’s largest Intersec yet

Dishan Isaac, Show Director at Messe Frankfurt Middle East, said the scale of the 2026 edition reflects Intersec’s role as a convening point for industry and government.

“Intersec continues to set the benchmark for advancing global dialogue and partnerships in security, safety and fire protection,” he said.

“The growth of the 2026 edition reinforces the event’s role as a platform where industry leaders, innovators and government stakeholders come together to shape the future of emergency response and infrastructure protection.”

Read IFSJ’s full rundown of Intersec 2026 from our latest issue.

Intersec 2026 opens with 50,000 visitors expected

Sheikh Mansoor opens Intersec 2026
Sheikh Mansoor opens Intersec 2026

His Highness Sheikh Mansoor bin Mohammed bin Rashid Al Maktoum, Chairman of the Dubai Ports and Borders Security Council, opened the event and toured the exhibition.

Sheikh Mansoor said: “Intersec has become one of the world’s leading platforms dedicated to security and safety, and the scale of international participation reflects the growing confidence in Dubai’s ability to host major global events that help shape the future of key sectors through an environment that supports innovation and knowledge exchange.

“The rapid evolution of security, safety and emergency response technologies requires constant integration between innovation, institutional readiness and practical application. Dubai is committed to reinforcing this approach by organising exhibitions that bring together global expertise, helping to strengthen community security and enhance the efficiency of safety systems in line with the highest international standards.”

Read more about the opening day of Intersec 2026.

Intersec 2026 opens in Dubai 

Intersec 2026 expanded edition to address record global demand

Intersec Dubai 2026 opened at Dubai World Trade Centre, Dubai, UAE on Monday 12/01/2026.

The 27th edition runs until Wednesday 14/01/2026 and includes an expanded Fire & Rescue exhibition alongside a specialist conference programme.

Organisers said the event brings together manufacturers, regulators, engineers and frontline responders from around the world.

Intersec reported more than 1,400 exhibitors from over 60 countries are participating, with tens of thousands of trade visitors expected across the three days.

The programme combines exhibition activity with conference sessions aimed at fire safety practice, compliance and emergency response planning

Click here for the full rundown on the event.

January 6 2026

NFPA to headline Fire & Rescue Conference programme on day 2

The National Fire Protection Association (NFPA) has announced the line up for its participation at Intersec.

As part of its participation, NFPA will host NFPA Day on Day 2 of the Fire & Rescue Conference.

The dedicated programme will bring together senior government officials, private-sector leaders and industry experts for a full day of panel discussions and expert-led sessions.

The agenda focuses on artificial intelligence, mega-project safety and the energy transition, with sessions framed around fire and life safety practice across the Middle East.

Click here for the full story.

December 22

Signaline to exhibit Linear Heat Detection

Intersec 2026 expanded edition to address record global demand

Signaline, the UK-based linear heat detection specialist, has confirmed its attendance for the show and said that it will provide a platform to demonstrate its latest advancements and product developments.

On its stand in Hall 7, Booth E22, the company will present a range of Linear Heat Detection with UL approval and EN54 part 22 and EN54 part 28 approvals, approved to the UAE Civil Defence standards.

More information can be found here.

December 17

Intersec 2026 returns with expanded Fire & Rescue programme

Intersec has announced the return of its Fire & Rescue sector. Fire & Rescue is one of five core sectors at Intersec 2026 and will combine a dedicated exhibition with a multi-day conference programme.

The platform is designed to bring together manufacturers, regulators, engineers, civil defence authorities and frontline responders.

Click here for more information.

December 10

Fischer Panda UK and Redtronic to bring joint emergency vehicle display

Fischer Panda UK
Photo: Fischer Panda UK

Fischer Panda UK | Power Solutions has confirmed it will exhibit alongside Redtronic, with a combined stand focused on emergency vehicle technology.

The companies will present a selection of onboard power and climate solutions suited to emergency, specialist and commercial vehicles.

The company will display the Clayton Power LPS II system, which combines inverter, battery and charger functions in a single compact unit.

It will also show EFOY fuel cells, described as providing reliable, low-emission power for both mobile and stationary applications.

Find out more information here.

November 28

Ci Global to show its full intelligent building-safety ecosystem

Ci Global will show a live demonstrations of what it describes as the world’s most complete, prevention-first fire and building safety system: Ci Safe.

Ci Safe is an intelligent, embedded building-safety system designed to protect people, property, and infrastructure at scale.

Using smart sockets, sensors, and a central command-and-control layer, it continuously monitors electrical, thermal and environmental conditions in real time.

Click here for the full story.

November 6 2025

Kentec to showcase new BESS fire protection solutions at Intersec 2026

Derrick Hall, Director of Sales & Marketing at Kentec
Kentec to demonstrate life safety systems at Intersec 2026

Kentec Electronics has said it will present its latest life safety technologies at Intersec 2026. The company said the exhibition will feature a range of its recent developments aimed at supporting compliance with new regulations and addressing safety challenges in emerging sectors.

Among the products on display will be K-Detect-iON, a calibration-free flammable gas detector that identifies hydrogen at the earliest off-gassing stage to prevent ignition and enable automatic safety responses in battery energy storage systems (BESS).

Click here for the full story.

The not-so-hidden fire risk: CheckFire calls for clearer guidance on rising lithium-ion incidents

Bruce Robins, Director of CheckFire, discusses the need for education and collaboration if the industry is to raise greater awareness of fire safety risks associated with lithium-ion batteries

The use of lithium-ion battery-powered devices is widespread, from smartwatches and phones, to laptops, tablets, vapes and e-bikes and is now embedded in every aspect of modern life.

However, many remain unaware of the risks associated with improper handling, storage and charging of lithium-ion batteries.

It is rare for these batteries to pose a risk if manufactured and used safely and correctly.

However, if damaged (by overcharging, malfunction or overheating for example), lithium-ion batteries pose a serious fire risk and can ignite without warning.

As these devices become essential in every sector (from education and hospitality to logistics, construction and healthcare), the fire safety industry must raise awareness, promote regular fire risk assessments and facilitate effective prevention strategies.

Widespread use and the ensuing risk

Lithium-ion batteries are valued for their lightweight design, high-energy density and rechargeability.

Schools, college and universities depend heavily on this portable technology for daily use, while the hospitality sector relies on the batteries for catering equipment, rechargeable cleaning appliances and emergency back-up power supplies.

The healthcare sector is also reliant, given the batteries’ necessary (and sometimes lifesaving) application across equipment including portable diagnostic devices, precision instruments and emergency power in the case of grid instability.

Meanwhile, retail spaces, warehouses and office blocks increasingly rely on lithium-ion battery-operated tools and apparatus – and many on a much larger scale, with e-bikes, e-scooters and electric vehicles (EVs) on site.

The integration of rechargeable devices, tools and systems into our everyday work means there is not one sector exempt from this unique fire risk.

According to insurance company QBE and figures released earlier this year, UK fire and rescue services now attend at least three lithium-ion battery fires every day, highlighting an urgent need for greater awareness and proactive risk management.

Those responsible for fire safety must be understanding of the risks associated with lithium-ion battery-powered devices.

But, more crucially, they must be equipped with the right knowledge and specialised tools to mitigate these risks.

How fire takes hold: understanding thermal runaway

Lithium-ion battery fires are unlike other more commonly experienced fires typical of most settings (that may involve wood, paper or textiles).

Instead, they are chemically driven.

While this type of battery is generally safe when correctly manufactured, used and charged in normal conditions, the primary hazard lies in a phenomenon known as thermal runaway.

It occurs when a battery cell enters an uncontrollable and self-heating state caused by manufacturing defects, overcharging, overheating or improper storage.

This dangerous condition takes place when a battery temperature reaches 60°C and above and a chain reaction of events leads to an explosive fire that’s hard to extinguish, coupled with the release of toxic gas and smoke.

Additionally, the intense, self-perpetuating nature of this type of fire can trigger thermal runaway in nearby undamaged battery cells and increase the risk of secondary ignitions.

The explosive nature of molten metal and the likelihood of collateral fires it causes is vast, meaning it is highly likely the fire will spread to surrounding areas – making fighting lithium-ion battery fires a challenge.

It is imperative those responsible for fire safety understand that lithium-ion battery fires require a distinctly different response to that of a traditional class of fire.

While fire extinguisher installation should align with an identified fire hazard in any setting, `traditional’ fire extinguishers (plain water, foam, powder, CO2 and wet chemical) are not suitable for tackling lithium-ion battery fires.

Given the potential for rapid escalation and thermal runaway, these fires demand specialised fire extinguishers designed to not only extinguish flames, but halt thermal runaway, dissipate intense heat and mitigate the risk of reignition or peripheral fires.

A growing risk across sectors

Addressing these unique risks requires a proactive and targeted approach – one that’s reliably informed and clearly communicated to all users of a building.

This applies whatever the setting, whether office space, a warehouse, an educational setting, a residential care home or elsewhere.

Precautionary steps can be taken to ensure there is little chance as possible of thermal runaway occurring.

Firstly, businesses and authorities should only choose high-quality products from reputable manufacturers to be confident batteries meet stringent safety standards and have undergone rigorous testing.

This will reduce any chance of malfunction.

When devices are overcharged, heat builds up, which can then lead to thermal runaway.

Manufacturers’ guidance and charging recommendations must be followed.

Avoid stacking devices when charging, unplug once fully charged and do not charge overnight or for extended periods.

Additionally, devices should not be exposed to extreme hot or cold temperatures – keep them out of direct sunlight and when not in use, store in a cool, dry place.

For some settings, like warehouses and factories, it is important that designated charging areas are distanced from flammable materials.

Routine visual inspections of lithium-ion battery-powered devices will enable identification of wear and tear, swollen batteries, cracks and any other warning signs.

When the time comes to dispose of the batteries, they must not be thrown in the bin or incinerated.

Instead, designated recycling centres ensure safe disposal.

Finally, proactive preparedness is critical.

As well as raising greater awareness of this type of fire, it would be wise to install a specialised lithium-ion battery fire extinguisher, which is also equipped to tackle Class A fires to combat peripheral fires, in any setting with an FRA-recognised lithium-ion battery risk.

Adhering to regulations

Compliance with fire safety regulations is crucial for all facilities and premises across every sector.

In England and Wales, the Regulatory Reform (Fire Safety) Order 2005 (RRFSO) covers ‘general fire precautions’ and fire safety duties required to protect ‘relevant persons’ in the event of a fire.

The RRFSO places the legal duty for overseeing fire safety on the “responsible person” – anyone with significant control over the premises, for example a business owner, employer, a landlord or a facilities manager.

In schools, the responsible person is typically the headteacher, while in healthcare and medical facilities, it is likely the Chief Executive of the healthcare organisation.

The responsible person must make sure the setting is as free from fire risks as reasonably possible, including emerging threats like those from lithium-ion batteries.

The RRFSO was recently updated to stipulate considerations for lithium-ion batteries in all fire risk assessments.

A critical requirement of this legislation, the fire risk assessment (which is overseen by the responsible person but completed by a trustworthy fire safety expert) must be subject to regular review.

This means every workplace, warehouse, healthcare setting and educational institution (to give only a few examples) must take into account any changes in activities or to the way the building is used or if usage of technology or rechargeable devices is altered and formally review and adapt the existing fire risk assessment.

Collaboration and education of vital importance

The effective management of this growing threat is not the responsibility of one group alone.

Manufacturers must be well-informed so they can prioritise safer designs, reduce the risk of malfunction and provide clearer guidance on battery usage and disposal.

Every business and workplace, whatever the sector and setting, must be equipped with the detailed knowledge and correct fire safety equipment to produce targeted fire safety plans and ensure compliance with safety standards and regulations.

Meanwhile, fire and rescue services and other fire safety experts, must continue to share insights, impart best practice precautions and prevention and develop and maintain fire safety protocols.

Preparedness, education and collaboration is key.

This proactive approach, incorporating all those with responsibility for fire safety, will ensure thorough and proper mitigation of the growing lithium-ion battery threat.

This was originally published in the December 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Evolving formulations: How Fomtec navigated C8, C6 and SFFF development challenges

Magnus Johnsson, R&D specialist at Fomtec, details the move from C8 to C6 and SFFF foams for regulatory and operational progress

The move from long-chain C8 foams through C6 formulations and now into synthetic fluorine free foams (SFFF) has reshaped the firefighting sector.

Meeting the performance requirements of UL, ICAO, military and other test regimes has required extensive development and live fire testing on varied fuels.

At Fomtec, this is a hands-on process, with Research & Development staff directly engaged in large-scale fire trials.

Working alongside Fomtec’s chemists on the formulation and evaluation of new foam concentrates, Magnus Johnsson has played a central role in bridging laboratory research with real-world fire testing.

He oversees the company’s large-scale fire testing programmes to international standards, including EN 1568, UL 162 and FM 5130, and acts as Fomtec’s lead firefighter during these trials.

In this interview, he discusses his experience in product development, the challenges of meeting diverse certification requirements and the key focus areas driving current foam research.

How would you describe the journey from C8 foams to C6 and now to SFFF, and what has it meant for your work in R&D?

C8 to C6 was billed a “small change” of a fluorosurfactant, but in reality it involved reformulation of all our PFAS-containing foam agents and recertification.

Reformulating the higher-performing foams such as the UL/FM sprinkler foams or the US DOD Mil Spec was more involved than we thought it would be.

Moving to SFFF was something we started back in 2011, some five years before the move from C8 to C6 needed to be completed.

This SFFF journey was, and continues to be, a rollercoaster ride, as we are pretty much starting with a clean piece of paper with the formulations.

What defines C8, C6 and SFFF formulations, and why has the sector evolved through these stages?

In very basic terms, the 8 and the 6 relate to the number of carbon atoms in the chains of the fluorochemicals that are used within the foam concentrate.

SFFF is the acronym for Synthetic Fluorine Free Foam and is the term adopted by NFPA, UL, FM and Fomtec to cover a foam concentrate with “no intentionally added PFAS.”

The driving force for the journey through these phases is environmental concerns from the family of chemicals called PFAS.

PFAS are a large group of man-made chemicals where ongoing research indicates that they are extremely persistent, and some are also toxic and bioaccumulative.

What insights do you gain from taking part in live fire testing as both developer and firefighter?

Everything we do in the laboratory has to be validated in the fire tests, and I can’t imagine how I could do my lab work effectively if I was not involved with the fire testing.

Some test standards such as UL topside or Mil Spec require active firefighting and have pass/fail criteria based on extinguishing times.

Being the lead firefighter for product development to these standards is essential.

This is even more important with the development of SFFFs, as they can extinguish as quickly as a PFAS-based foam, but different techniques are required.

How do UL and MIL-SPEC test standards differ, and why must performance be assessed under each?

It has to be accepted that the authorities setting the fire performance standards and the associated test protocols do so as they believe that they are the most appropriate for their application.

Comparison between a product’s performance to one standard against another is rarely possible, and as we move to SFFF formulations I would suggest that this comparison is even more difficult.

Variables include the size and shape of the test pan, the fuels, the nozzle, the flow rates and application times.

Then we have different preburn periods and foam application times, as well as the criteria for pass or fail.

For example, the UL test pan is rectangular and 50 ft², whereas the Mil Spec pan is circular and 28 ft², and the test fuels are heptane for UL and gasoline and Jet A for Mil Spec.

What additional benefits come from running wider fixed-head and sprinkler tests beyond standard requirements?

Early on in the development work of our SFFFs, we began to see greater variability of performance with fuels which the authorities such as UL and FM had for many years placed into groups.

While we did see variability with hydrocarbon fuels, it was the polar solvents where we experienced greater variations.

It was MEK that first highlighted this, as Enviro ARK is a very strong performer on acetone and was expected to show similar performance with MEK.

This was not the case, and we needed to almost double the application density to extinguish and achieve the burn-back performance required by FM.

We realised that there are likely many chemicals being stored that we just don’t have the fire data on, and so we spent about two years developing an estimation tool that looks at some of the physicochemical properties of a chemical and then predicts how we should approach it in terms of application density.

We obviously did need, and continue to test, different chemicals to validate the tool.

What are your main R&D priorities, and what current trends are influencing that development work?

For some time now, we have been looking to improve the Enviro range’s performance with saltwater, but without resorting to using partially unhydrated natural polymers in the concentrate.

Fomtec maintains that the use of partially unhydrated polymers just reduces an already small window for stability of the foam concentrate, and it has taken many formulations and tweaks to finally meet this challenge.

We have been in the fire lab and at test houses over the past few months validating our findings and adding approvals.

How do you see foam technology evolving, and where do you expect to see the most progress?

I have to believe that SFFFs will go the way of AR-AFFFs, and we will start to see better-performing low-viscosity products.

At Fomtec, we have already launched our IMO-approved Enviro SEA range, for the ARFF mission the Enviro AIR, and to meet the needs of the US DOD, our Enviro MIL.

This was originally published in the November 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

The polymer problem: Fomtec challenges industry dependence on unstable polymer systems

John Ottesen, Founder and CEO at Dafo Fomtec AB, discusses developing a high performance SFFF without partially hydrated natural polymers

Across many sites the practical work of replacing PFAS-based foams has begun, with attention turning to whether alternatives can deliver recognised fire test performance while fitting into existing proportioning and storage arrangements.

That focus has brought polymer choice to the fore because it strongly influences drainage, heat resistance, viscosity and long-term behaviour in service.

Fluorine based foams such as FP, AFFF, FFFP and their alcohol resistant derivatives are being phased out due to the persistence of PFAS chemicals and the health and environmental impact of certain identified members of the PFAS group.

Attention has shifted toward synthetic fluorine-free foams (SFFF) as we look to replace the PFAS foams with alternatives offering similar firefighting performance.

These foams also promise environmental safety, but as we strive for equivalency in performance many of them introduce a different kind of risk: reliance on polymer chemistry and specifically partially hydrated natural polymers.

Polymers in firefighting foam

The use of natural polymers in firefighting foams is not a new technology, having first emerged in the 1970’s with the early alcohol resistant foams.

Standard hydrocarbon foams such as FP, AFFF and FFFP when applied to a water miscible fuel such as acetone or IPA are not able to retain a foam blanket.

Foam chemists found that the addition of natural polymers into the foam concentrate allowed a polymeric layer to drop out and form a barrier between the foam bubbles and the water miscible fuels.

These polymers had additional benefits to the performance of the firefighting foam as they produced slower draining foams and the stronger bubble structure often led to improved heat resistance.

These performance enhancing features led to Alcohol Resistant foams becoming almost universally adopted as the foam agent of choice for emergency response firefighting on large fires in the high hazard industries on hydrocarbon fuel fires since the 1990’s.

From the early 1970’s into the 2010’s manufacturers experimented with different polymers and quantities in their foam concentrates as they wrestled with fundamental issues:

  • The addition of polymers increased the viscosity of the foam concentrate
  • Maintaining these polymers in solution or suspension through the life of the foam concentrate, also talked about as the stability of the foam

The question of viscosity can be discussed as an engineering issue because if you know the viscosity then the equipment and system can be designed accordingly to handle the foam concentrate, with proportioning and pumping selected to suit the measured rheology.

Of course, the viscosity and the shear rates must be known and remain constant for those assumptions to hold.

Stability on the other hand is something that every foam manufacturer has faced at some point in time, whether due to a batch issue, raw materials out of specification or incorrect quantities in the batch, or due to storage and climatic conditions with their clients, and when stability issues occurred what was typically seen was separation of the foam concentrate with the polymers either sinking or floating separated from the surfactant mixture.

Over 30 plus years of manufacturing these products the manufacturers have been able to determine the best combination of polymers and quantities to achieve the optimal balance of viscosity, fire performance and achieve a safe window of stability for the concentrate.

For Fomtec this involves adding our polymer combination up to around 1% by volume in our top performing 3 x 3 products.

SFFF’s and polymers

With the demise of PFAS containing foams, Fomtec, along with the other foam manufacturers has had to develop new formulations accepting that like the early pure protein foams we are now entirely reliant on the blanket integrity for our extinguishing and burnback security.

Fomtec returned to natural polymers to improve performance by creating slow draining bubbles with good heat resistance.

The formulation approach remains in that increased polymers leads to a more viscous foam concentrate and potential stability issues with the concentrate.

With the transition to fluorine free foams more emphasis on viscosity was inevitable due to capabilities of existing equipment and this desire to have the combination of fire performance and a lower viscosity has seen a number of manufacturers formulating with partially hydrated polymers, or what we at Fomtec like to call hidden gum.

While effective in the lab and the fire test house, this approach introduces vulnerabilities that can compromise firefighting performance in the field.

The partially hydrated polymer challenge

Water sensitivity and storage instability

Polymers are also highly sensitive to moisture during storage.

In humid environments or when water ingress occurs in foam storage tanks, partly hydrated polymers will hydrate if they come into contact with water.

This causes them to swell and increase the viscosity of the concentrate.

This can occur as lumps or more generally an increase in viscosity that can lead to system malfunction.

The risks include:

  • Blocked pumps and nozzles, reducing delivery capacity
  • Unpredictable viscosity, disrupting proportioning accuracy
  • Batch-to-batch performance variability, leading to performance variability

System-level risks in fire protection

In applications such as aviation hangars, petrochemical terminals, offshore installations and chemical processing plants it is difficult to observe polymer behaviour inside fixed systems during transition projects.

Concentrate pipelines can be complex and impossible to inspect, so confirming that all cleaning water is removed before filling new concentrate can be very challenging, and even a small amount of retained moisture can influence the behaviour of a partly hydrated polymer once the system is back in service.

How competitors still depend on polymers

Most foam manufacturers continue to rely on partially hydrated polymers as the foundation of their SFFF performance.

This dependency creates a balancing act between the need for lower stable viscosity and the risk of hydration variability.

It is a matter of creating a finely balanced formulation where the partly hydrated polymers are restricted from developing viscosity, and this finely balanced formulation can be very sensitive to ambient conditions leading to instability.

Adjustments to polymer type and concentration have offered incremental improvements, but none have solved the fundamental hydration problem.

This means that across the industry many partially hydrated polymer-based foams still face the dual risks of instability and viscosity changes in real world use.

Dafo Fomtec AB continues to follow a fully hydrated path

Fomtec has always used formulations based on fully hydrated polymers and thus raising the bar making it more challenging to achieve the highest ratings in some fire performance standards, specifically with burnback performance with saltwater.

Now, through proprietary formulation technology, Fomtec has launched a new generation of Enviro high performance foam agents based on fully hydrated natural polymers.

This is an evolution through 15 years of research and development in the Enviro Program and more than 3500 fire tests.

No loss of performance

The most remarkable aspect of this innovation is that Fomtec’s fully hydrated polymer foams perform at the highest level without compromise.

Internationally certified: independent testing shows that Fomtec’s foams meet or exceed EN 1568, ICAO and UL162 requirements for extinguishment and burn-back resistance.

Stable storage life: with fully hydrated polymers, with no polymers to hydrate or degrade, concentrates remain consistent.

Reliable system delivery: no lumps, gels or clogging means foam systems work as designed in real emergencies.

Water-quality independence: performance is consistent across different types of water supplies.

This combination of established chemistry and proven fire performance sets Fomtec apart from every other foam manufacturer globally.

Regulatory and environmental context

The timing of this breakthrough is significant.

Across Europe, North America and Asia-Pacific, regulations are tightening on both PFAS chemicals and the performance standards for their replacements.

Users are under pressure to:

  • Phase out PFAS based foams
  • Ensure environmental compatibility of alternatives
  • Maintain or improve performance levels required by regulators and insurers

Fomtec’s fully hydrated polymer technology directly addresses these concerns, providing an environmentally sustainable solution with stable performance, which aligns with what regulators, insurers and fire brigades require.

Why it matters

Fire brigades, airports, oil and gas operators and industrial sites need confidence that their foam will perform as specified, proportion within tolerance and store without unwanted change.

By removing the dependency on partially hydrated polymers, Fomtec avoids the hydration-driven variability that can change viscosity and delivery in service, supporting a predictable transition from PFAS based agents to SFFF in existing equipment.

This was originally published in the November 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

The N2 Gen approach: How DSPA supports reliable protection in modern infrastructure

John Munno, Director of Energy Risk Engineer, explains how nitrogen generation technology improves safety, efficiency and compliance in modern energy facilities

The energy sector encompasses a range of high-value, mission-critical assets vulnerable to fire risks, including energised electrical equipment (Class C per NFPA 2010), flammable liquids and gases (Class B) and ordinary combustibles (Class A).

Facilities such as power substations, transformer enclosures, battery storage rooms and control cabinets require fire suppression solutions that are non-conductive, residue-free and safe for sensitive electronics.

Inert gas systems, particularly those based on nitrogen (IG-100), extinguish fires by reducing oxygen concentrations to below 15% while maintaining breathable levels above 10%, making them ideal for these applications.

High-pressure cylinder-based systems have dominated this space for decades, storing compressed nitrogen in steel cylinders released via solenoid valves and piping networks.

However, emerging technologies like the N2 Gen by DSPA – a non-pressurised, electrically initiated nitrogen generator – provide innovative alternatives.

By generating nitrogen on-demand through controlled decomposition of a solid compound, N2 Gen eliminates many limitations of cylinder systems.

This paper explores these advantages, drawing on technical specifications and performance data to demonstrate N2 Gen’s suitability for energy-related risks.

How cylinder-based systems operate

High-pressure cylinder-based systems store nitrogen or inert gas mixtures (e.g., IG-100, IG-55, or IG-541) in seamless steel cylinders pressurised to 200-300 bar (2,900-4,350 psi).

Upon fire detection, a control panel signals the release of gas through discharge nozzles via fixed piping, flooding the protected enclosure to achieve design concentrations (typically 40-52% by volume for nitrogen, equivalent to 12-15% oxygen reduction).

Key features include:

  • Rapid Discharge: Full release in 60-120 seconds, depending on system size.
  • Distribution: Requires engineered piping for even agent dispersal.
  • Maintenance: Periodic hydrostatic testing (every 5-10 years), pressure checks and cylinder recertification.
  • Applications: Widely used in data centres, electrical rooms and energy facilities for total flooding protection.

While effective, these systems involve challenges such as high initial costs for cylinders and piping, space-intensive storage and safety risks from high-pressure vessels, which can rupture under impact or corrosion.

How the N2 Gen system works

The N2 Gen by DSPA is a fixed fire suppression generator designed for enclosed environments, producing pure nitrogen (IG-100) through an irreversible chemical reaction.

Housed in a stainless-steel enclosure, it contains a solid propellant that, upon electrical activation from a fire detection panel, an initiator triggers decomposition, generating nitrogen gas that passes through a multi-layer filter/cooler to remove particulates and cool the output.

Technical specifications include:

  • Discharge Time: 5-14 seconds, providing rapid flooding.
  • Agent Output: Scalable based on generator size, achieving oxygen reduction below 13% in enclosures that retain gas for at least 10 minutes.
  • Placement: Can be installed directly inside the protected area (no piping needed) or externally with optional hoses.
  • Outer Casing: Provides thermal clearance (air gap) to limit surface temperatures to 75°C for personnel and 200°C for combustibles, with perforations for even gas distribution.
  • Certifications: Tested for Class A, B and C fires per EN 2 and NFPA 2010 standards; suitable for unoccupied energy assets like industrial units and storages.
  • Limitations: Irreversible activation; not for deep-seated fires or oxidising materials.

N2 Gen’s design ensures clean, transparent, non-conductive discharge with no residue, preserving visibility and equipment integrity – critical for energy applications.

Comparing N2 Gen and cylinder designs

The N2 Gen system’s solid propellant technology offers significant benefits over cylinder-based systems, particularly for energy-related risks where space is constrained, reliability is paramount and rapid response minimises operational disruptions.

Enhanced safety

High-pressure cylinders pose inherent risks, including potential rupture from mechanical damage, corrosion, or over-pressurisation, which could lead to explosive failure in seismic or impact-prone energy sites.

N2 Gen operates at ambient pressure until activation, eliminating these hazards.

Its hermetically sealed stainless-steel housing ensures a 15-year shelf life without leakage concerns and the generated nitrogen exhaust is non-toxic (primarily N2 with trace CO2 and H2O).

In energy facilities, where personnel may enter intermittently, N2 Gen’s thermal safeguards (e.g., air gap limiting exposure to safe temperatures) provide superior protection compared to cylinder systems, which require secure storage to prevent accidental discharge.

Easier installation in compact sites

Cylinder systems demand substantial infrastructure: multiple heavy cylinders (each 50-100 kg), extensive piping networks and dedicated storage rooms, complicating retrofits in compact energy enclosures like switchgear or battery rooms.

N2 Gen’s lightweight, compact design (25-50% the weight of equivalent cylinder agents) allows direct placement within the risk area, eliminating piping needs and reducing installation time and costs by up to 50%.

For external mounting, flexible hoses suffice.

This modularity is ideal for modular energy assets, such as offshore platforms or containerised substations, where space savings translate to more efficient layouts and easier compliance with tight enclosure standards.

Lower maintenance and cost efficiency

Cylinder systems require ongoing maintenance, including annual inspections, hydrostatic testing every 5 years and periodic refills, incurring high operational expenses – especially in remote energy sites.

N2 Gen has minimal maintenance needs: visual checks and electrical testing of the initiator, with no pressure monitoring or recertification.

Long-term costs are further reduced by avoiding cylinder transport and disposal.

Initial capital outlay for N2 Gen is competitive and its scalability (multiple units for larger volumes) avoids over-sizing, providing ROI through reduced downtime in energy operations where fires can cost millions in lost production.

Superior performance in energy applications

Both systems use nitrogen for oxygen reduction, but N2 Gen’s rapid 5-14 second discharge generates inherent momentum for better distribution in cluttered enclosures, outperforming slower cylinder releases (60+ seconds) that may be hindered by piping friction or venting.

In energy risks – e.g., arc flashes in electrical panels or gas leaks in compressor stations – N2 Gen’s quick action prevents escalation, with testing showing effective suppression at 12% oxygen levels even with internal airflow.

Its filter ensures particle-free output, safeguarding sensitive turbines or transformers from contamination, unlike potential impurities in stored gases.

For hazardous areas (per ATEX Directive), N2 Gen’s non-pressurised nature simplifies approvals.

Environmental and reliability benefits

Cylinder systems contribute to emissions via manufacturing and transport of high-pressure vessels, while N2 Gen’s on-site generation minimises logistics footprints, aligning with sustainability goals in the energy transition.

Reliability is enhanced by N2 Gen’s rugged design (-20°C to +75°C operation, 95% humidity tolerance), resisting corrosion in humid or coastal energy environments where cylinders might degrade.

Post-discharge, N2 Gen leaves no residue, enabling immediate equipment restart – vital for grid stability.

Technical comparison of suppression methods

Traditional high-pressure cylinder systems store extinguishing agents at 200–300 bar, while the N2 Gen by DSPA system operates at ambient pressure (0 bar).

This low-pressure design removes the need for heavy storage vessels and reduces overall system weight by up to 75% for an equivalent agent volume.

The systems also differ in performance and installation.

High-pressure cylinders typically discharge over 60–120 seconds, whereas N2 Gen units complete discharge within 5–14 seconds.

Because N2 Gen systems require no fixed pipework, units can be positioned directly in the protected area, streamlining installation and enabling flexible system design.

Maintenance demands are lower for N2 Gen, limited to visual or electrical inspections, compared with the annual servicing and five-year pressure testing needed for high-pressure systems.

The operational lifespan extends to 15 years, whereas conventional cylinders generally require replacement or retesting after 5–10 years.

In terms of space, high-pressure systems occupy a larger footprint due to cylinders and storage requirements, while N2 Gen offers a compact configuration, providing a practical solution where space efficiency and ease of maintenance are priorities.

Applications in the energy sector

N2 Gen excels in protecting energy infrastructure, such as:

  • Substations and Switchgear: Direct installation in enclosures guards against electrical faults without residue.
  • Battery and Transformer Rooms: Rapid response to thermal runaway or oil fires.
  • Gas Storage Modules: Suppresses Class C gas fires in tight, unoccupied spaces.

Field deployments in industrial energy units demonstrate reduced fire damage and faster recovery compared to cylinder systems.

Final observations

For energy-related fire risks, the N2 Gen by DSPA system surpasses high-pressure cylinder-based alternatives by prioritising safety, simplicity and efficiency.

Its non-pressurised, compact design addresses the sector’s unique challenges – limited space, high reliability demands and cost pressures – while delivering proven nitrogen-based suppression.

As energy infrastructure evolves toward modular and sustainable designs, adopting N2 Gen enables proactive protection, ensuring operational continuity and asset preservation.

Stakeholders in power generation, transmission and storage should evaluate N2 Gen for its transformative potential in fire safety.

This was originally published in the November 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

A discussion paper for UK Fire and Rescue: The DeltaV Sprint

John C. Fay MBE, Managing Partner at DeltaV Partners, outlines how the Ninety Day Sprint supports FRS leaders to embed behavioural standards within inspection frameworks

Operational performance under inspection pressure

The UK Fire & Rescue sector is navigating a period of heightened scrutiny and operational challenge.

HMICFRS’s latest thematic findings (5 November 2025) highlight enduring leadership inconsistency, cultural fragility, and variable operational performance across services.

Public expectations continue to rise, with scrutiny amplified by high-profile incidents and national inspections.

Workforce pressures, including recruitment, retention, and skills shortages, exacerbate systemic risks and threaten organisational resilience.

The DeltaV Ninety Day Sprint (Fay, 2025) offers a structured, evidence-informed, time-bound method for rapidly mobilising leadership, clarifying strategy, and embedding a high-performance culture.

Its modular design allows adaptation across shire, metropolitan, and combined authority fire and rescue services (FRSs).

This paper sets out how the DeltaV Sprint can serve as a national platform for leadership and cultural transformation while enabling service-specific interventions tailored to local risk, context, and organisational maturity.

It aligns with NFCC objectives, HMICFRS recommendations, and Fire Standards Board frameworks.

FRSs adopting it can expect measurable improvement in leadership alignment, cultural coherence, staff engagement, and performance within 90 days.

Context: UK Fire & Rescue Operating Environment

FRSs operate in a complex, regulated, and publicly accountable setting. HMICFRS (2025) identifies several systemic pressures:

  • Cultural fragmentation: Some services retain entrenched subcultures, masking poor behaviour or resisting organisational values.
  • Leadership inconsistency: Leadership quality varies, with defensive attitudes and reluctance to tackle underperformance.
  • Operational inertia: Difficulty translating policy into daily practice, with middle managers caught between competing demands.
  • Workforce pressures: On-Call recruitment issues and generational differences affecting cohesion.
  • Public scrutiny: Rising media and political pressure to demonstrate visible improvement.

These mirror the challenges identified in Fay (2025), including productivity gaps, leadership transition, and cultural drift.

Misalignment between values and lived experience damages trust and operational effectiveness.

The Case for a 90-Day Transformation Framework

Traditional long-term change programmes often fail to show timely results. The DeltaV Ninety Day Sprint accelerates progress by:

  1. Compressing change cycles to sustain urgency.
  2. Mobilising leadership at every level.
  3. Securing visible early wins to build credibility.
  4. Embedding cultural standards in practice.
  5. Using measurable indicators to ensure accountability.

Research (Kotter, 2012; Heifetz & Linsky, 2017) supports short, visible interventions as effective for reducing resistance and driving alignment – essential in FRS contexts requiring discipline and clarity.

Application Across Different FRS Contexts

Shire FRSs

Shire FRSs face dispersed geography, heavy On-Call reliance, and strong local identities. The Sprint helps by:

  • Aligning leadership teams across locations.
  • Reinforcing supervisory leadership consistency.
  • Integrating On-Call personnel in culture and operations.
  • Identifying local quick wins to build momentum.

Metropolitan FRSs

Metropolitan services face intense scrutiny and turnover. The Sprint supports:

  • Rapid mobilisation of large leadership cohorts.
  • Addressing legacy subcultures through visible role-modelling.
  • Embedding leadership standards across all levels.
  • Resetting culture and performance post-inspection.

Combined or Cross-Border FRSs

These services manage complex governance structures and integration issues. The Sprint delivers:

  • A unifying ambition across jurisdictions.
  • Alignment among chief officers, politicians, and staff.
  • Structured mechanisms for post-merger cultural embedding.
  • Measurable progress indicators for accountability.

Alignment with NFCC and HMICFRS Priorities

The Sprint translates NFCC and HMICFRS principles – leadership visibility, behavioural integrity, and clarity of purpose – into actionable steps by:

  • Embedding leadership expectations in daily operations.
  • Providing methods for tackling underperformance and misconduct.
  • Aligning organisational vision and practice within measurable timeframes.
  • Enabling consistent national standards with local flexibility.

Recommendations for FRSs Using the DeltaV Sprint

FRSs should adopt structured Sprints to drive sustainable leadership and cultural transformation. Recommendations include:

  1. Professionalise leadership: Align behavioural standards with national frameworks.
  2. Empower chief officers: Protect operational independence for decisive action.
  3. Address misconduct decisively: Enforce transparent reporting and disciplinary systems.
  4. Invest in leadership pipelines: Develop mentoring and succession planning.
  5. Model cultural leadership: Senior leaders must demonstrate ethical, inclusive behaviour.
  6. Embed and measure change: Integrate behavioural standards into recruitment, appraisal, and recognition systems.

Additional advice:

  • Pilot the Sprint in 2–3 services before full rollout.
  • Use storytelling and communication to reinforce purpose.
  • Assign accountability for milestones.
  • Capture learning from exemplar services like Lancashire, West Midlands, and Essex.

Implementation Framework

Five phases ensure measurable and lasting change:

  1. Prepare (Weeks -4 to 0): Diagnostics, root cause analysis, and outcome setting.
  2. Ready (Weeks 1–4): Define and communicate ambition and culture.
  3. Steady (Weeks 5–9): Build alignment and quick wins through leadership engagement.
  4. Go (Weeks 10–13): Embed behaviours into operations via coaching and forums.
  5. Sustain (Post-90 days): Institutionalise gains through HR, performance, and culture systems.

Maintaining momentum for lasting impact

The DeltaV Ninety Day Sprint offers a practical, evidence-based solution to systemic challenges in UK fire and rescue services. Through its adoption, FRSs can:

  • Rebuild leadership credibility.
  • Restore cultural coherence.
  • Embed behavioural standards.
  • Accelerate improvement under scrutiny.
  • Strengthen workforce trust and engagement.

This approach supports measurable, localised change aligned with HMICFRS recommendations and NFCC objectives – providing a scalable path to sustained organisational renewal.

References

  • Fay, J.C. (2025) The DeltaV Ninety Day Sprint: A Framework for Rapid Business Turnaround and Cultural Transformation. LinkedIn, 5 November.
  • HMICFRS (2025) State of Fire and Rescue: The Annual Assessment of Fire and Rescue Services in England. London: HMICFRS.
  • Kotter, J.P. (2012) Leading Change. Harvard Business Review Press.
  • Heifetz, R. & Linsky, M. (2017) Leadership on the Line. Harvard Business Review Press.
  • Denning, S. (2011) The Leader’s Guide to Storytelling. Jossey-Bass.
  • Fire Standards Board (2021–2025) Fire Standards: Leadership, People and Culture. London: FSB.
  • NFCC (2020–2025) Leadership Framework and Core Code of Ethics. London: NFCC.

About the Author 

John Fay MBE, Managing Partner, DeltaV Partners, has developed over 50,000 people in 22 years and has been involved with the UK Fire Service since 2005 developing leaders at all levels.

His body of work combines academia with real world experience in Fire plus other sectors such as Financial Services, Retail, Affordable Housing, Logistics and Manufacturing. He has carried this work out in the United States, Australia, the Middle East and across Europe.

John has also led a philanthropic organisation for 18 years that has raised over £1,000,000 for The Royal Air Force Benevolent Fund.

John also supported the Fire Fighters Charity, The World Firefighter Games and UK Fire Service Rugby.

State of Fire and Rescue 2024–25: What the HMICFRS report reveals about England’s fire services

What is the focus of the State of Fire and Rescue 2024–25 assessment?

The 2024–25 State of Fire and Rescue report by His Majesty’s Inspectorate of Constabulary and Fire and Rescue Services (HMICFRS) sets out a detailed assessment of how England’s 44 fire and rescue services are performing.

Covering inspection results published between February 2023 and August 2025, it examines operational effectiveness, leadership, workforce culture, governance, and progress towards national reform.

His Majesty’s Chief Inspector, Sir Andy Cooke QPM DL, commends the professionalism and public service ethos of the sector but warns that improvement remains uneven.

The report concludes that while services have made clear progress in certain areas, long-standing cultural and structural issues continue to hinder consistency and reform.

How have fire and rescue services performed overall?

HMICFRS completed its third full cycle of inspections between March 2023 and April 2025. This “Round 3” programme used an updated five-tier grading system, which introduced the category of adequate to better distinguish between acceptable and good performance.

Across England, inspectors closed 416 of 695 outstanding areas for improvement (AFIs), amounting to around 60 percent. T

hey also identified 67 examples of promising or innovative practice, shared through the National Fire Chiefs Council’s Positive Practice Portal.

Overall, 73 percent of all graded judgments were rated adequate, good or outstanding. Forty-three percent reached or exceeded the benchmark for good performance, the level HMICFRS says the public should expect.

Grades were distributed as follows:

  • 4 percent Outstanding
  • 39 percent Good
  • 30 percent Adequate
  • 24 percent Requires Improvement
  • 3 percent Inadequate

The strongest performance areas were financial sustainability and understanding risk. The weakest were leadership, equality and inclusion, and workforce planning.

While many services made progress, nearly half of the AFIs identified in earlier inspections remain unresolved, demonstrating that improvement has not been consistent or sustained across the country.

What does the report show about operational performance?

The Inspectorate found clear improvement in prevention, protection, and emergency response. Some services enhanced their community risk management planning and adopted data-led methods to target resources where they are most needed.

Protection teams, responsible for enforcing fire safety legislation and auditing high-risk premises, recorded the most progress.

The number of services achieving their audit targets rose from 21.6 percent in 2021–22 to 36.6 percent in 2024–25. Enforcement actions also increased by 24 percent over the same period.

Implementation of the Grenfell Tower Inquiry Phase 1 recommendations remains a key measure of progress. HMICFRS reported that most services have improved control room communication, information sharing, and fire survival guidance procedures for high-rise incidents.

However, 16 services still lacked an electronic system for sharing rescue information between control and the incident ground, relying on radios and paper logs.

These methods, the report warns, are vulnerable to delays and miscommunication.

London Fire Brigade was highlighted for developing a fire survival guidance app that allows control room and incident commanders to update evacuation and rescue data in real time.

The report supports the Phase 2 Inquiry recommendations and notes that moving fire policy to the Ministry of Housing, Communities and Local Government (MHCLG) in 2025 has created an opportunity for better alignment between building safety, housing, and planning policy.

How are services managing prevention and protection demands?

Fire and rescue services continue to experience growing demand in their protection departments, driven by new building safety legislation, Grenfell-related remediation, and the establishment of the Building Safety Regulator.

While services have made progress, the Inspectorate warns that protection staff are under pressure from competing priorities, limited resources, and challenges recruiting qualified officers.

The number of specialist fire engineers remains low across both public and private sectors, and HMICFRS encourages government to expand education routes and professional training opportunities in this field.

Some services have adopted innovative solutions to manage workloads. County Durham and Darlington Fire and Rescue Service has introduced artificial intelligence tools to analyse risk data and prioritise inspection work, while other services have strengthened partnerships with local authorities to manage building safety responsibilities.

Despite improvements, protection teams in several areas continue to struggle with staffing and training gaps, and HMICFRS warns that without sustained investment, enforcement activity could become inconsistent.

What progress has been made on Grenfell Tower Inquiry implementation?

The report confirms that services have made measurable progress in implementing the Grenfell Tower Inquiry Phase 1 recommendations. Most have improved preparedness for high-rise fires, control room procedures, and information flow between responders.

HMICFRS found that London, Greater Manchester, and West Midlands fire and rescue services have embedded new command structures and digital tools to record and share fire survival guidance.

In February 2025, the Chief Inspector wrote to the Government and the sector with an interim update on progress, reiterating the importance of sustained, co-ordinated action. The report reinforces this message, noting that while progress is visible, full integration of new systems and procedures remains inconsistent.

The Inquiry’s Phase 2 report also called for a single government department to oversee both fire and building safety, a recommendation now reflected in the transfer of fire policy to MHCLG. The Inspectorate considers this an opportunity to ensure more coherent reform and accountability.

How well are services managing people, leadership, and culture?

Cultural and leadership concerns remain among the most significant findings.

The Inspectorate reports that, in too many services, senior leaders are not modelling expected values and behaviours. Poor workplace culture, discrimination, and lack of trust continue to appear in staff surveys and interviews.

Only a small number of services have fully embedded the Core Code of Ethics or established independent reporting mechanisms for misconduct. HMICFRS notes that failure to uphold standards undermines morale and hinders improvement.

Some services, such as Greater Manchester, London, and Humberside, have taken proactive steps by commissioning external culture reviews or establishing professional standards units. These actions, the report says, demonstrate that improvement is possible when leadership is consistent and transparent.

However, 17 services were rated requires improvement for managing performance and developing leaders. Succession planning remains a weak point, with limited pathways for staff to gain leadership experience or qualifications before promotion.

The Inspectorate renews its call for the creation of a College of Fire and Rescue to professionalise leadership development and ensure consistent training standards. The Government has accepted the concept in principle but has not announced a timetable for delivery.

What challenges exist in recruitment and workforce planning?

Workforce planning varies widely across services. Some have established strong data-driven models to track skills, training, and future needs, while others still lack a basic overview of workforce capability.

County Durham and Darlington Fire and Rescue Service was recognised for maintaining a rolling 24-month workforce plan linked to its community risk management plan. This approach considers new and emerging risks, succession needs, and staff retention across all departments.

However, HMICFRS found that most services focus primarily on operational staffing, giving less attention to non-operational functions such as prevention, protection, or technical support. This leads to gaps in specialist skills and puts extra pressure on existing staff.

Recruiting and retaining on-call firefighters remains one of the sector’s most persistent difficulties. Although a revised pay structure was introduced in 2025 to make the role more flexible, many services still depend on fixed-hour contracts that restrict availability.

Lancashire Fire and Rescue Service’s hybrid model, which allows retained staff to support community safety and inspection work between callouts, was cited as an effective approach to improving coverage.

How are services addressing efficiency and productivity?

Most services now operate within balanced budgets and demonstrate a clearer understanding of financial risk. Inflation, pension liabilities, and rising energy costs continue to pose challenges, but the majority of services have adapted through medium-term financial planning.

Of 44 authorities consulted by HMICFRS, 41 identified financial pressure as their main challenge. The Inspectorate urges all services to participate in NFCC financial benchmarking to compare expenditure and identify areas for savings.

Examples of innovation include County Durham and Darlington’s digital productivity tool, developed in-house using Microsoft Power BI, which records how staff time is spent and analyses efficiency across departments. London Fire Brigade’s online station performance dashboard provides similar insight, tracking prevention activity, training time, and response performance.

The report emphasises that productivity improvements should align with each service’s community risk management plan. HMICFRS also calls for government to reconsider the absence of dedicated capital funding for the sector, arguing that long-term infrastructure investment is essential to support technological upgrades and safe working environments.

What progress has been made on governance and reform?

The 2024–25 assessment describes the transfer of fire policy to MHCLG as a “critical opportunity” for long-awaited reform.

HMICFRS reiterates seven national recommendations first set out in previous reports:

  1. Clarify the role of fire and rescue services and staff.
  2. Modernise pay and conditions frameworks.
  3. Strengthen operational independence for chief fire officers.
  4. Improve national accountability and oversight mechanisms.
  5. Establish a College of Fire and Rescue.
  6. Build a comprehensive data and evidence base for performance.
  7. Grant HMICFRS enforcement powers to compel action.

Three of these recommendations remain unaddressed. The Inspectorate argues that reform has been slowed by unclear responsibility, inconsistent leadership structures, and insufficient legislative support.

Sir Andy Cooke calls for ministers to give HMICFRS powers equivalent to those held in policing, enabling the Inspectorate to require compliance with its recommendations rather than rely on voluntary cooperation.

What does the Inspectorate say about learning and improvement?

HMICFRS stresses that lasting progress depends on openness and collaboration. Services that align closely with national guidance and participate actively in sector-wide learning generally perform better.

The report highlights the benefits of cross-service collaboration and warns against attempts to manage or filter information provided during inspection. Future assessments will place greater emphasis on how openly services engage with the process and how effectively they implement recommendations.

National learning events, including leadership workshops and culture forums, are recognised as effective mechanisms for sharing knowledge. HMICFRS encourages every service to publish clear improvement plans and track outcomes transparently.

How well are services supporting staff well-being and inclusion?

Most services have systems in place to monitor staff welfare, though consistency remains limited. Good practice examples include Humberside’s well-being support initiatives and Greater Manchester’s structured peer-support programme.

While some progress has been made in workforce diversity, representation remains low at senior levels. The Inspectorate calls for coordinated national campaigns to attract underrepresented groups, alongside better mentoring and progression frameworks.

HMICFRS notes that equality, diversity, and inclusion initiatives are more effective when supported by visible leadership commitment and clear accountability.

What are the key findings from the 2024–25 report?

The Inspectorate concludes that the fire and rescue sector has improved its operational capability, protection work, and financial management, but continues to face significant challenges in leadership, culture, and workforce reform.

Key findings include:

  • Persistent inconsistency between services remains the main barrier to progress.
  • Leadership development and professionalisation are essential to sustainable improvement.
  • A values-driven culture and ethical leadership are necessary to rebuild trust.
  • Preparedness for complex incidents has improved but digital capability gaps remain.
  • Financial pressures are the sector’s most widespread and enduring risk.
  • Continuous learning and open collaboration are the strongest drivers of progress.

HMICFRS emphasises that reform must focus on leadership accountability, clear national standards, and the professionalisation of fire and rescue roles.

What is the overall outlook for the sector?

Sir Andy Cooke concludes that England’s fire and rescue services are safer, more accountable, and more capable than when inspections began in 2018. However, improvement remains inconsistent and slow.

He attributes this to cultural issues, fragmented governance, and the absence of structural reform. The Chief Inspector states that decisive leadership, legislative change, and the establishment of a national professional framework are critical to securing long-term progress.

Future inspections for 2025–27 will place greater emphasis on leadership, culture, and governance, with a sharper focus on how services address persistent barriers to improvement.

While acknowledging the dedication of fire and rescue staff, the report warns that without clear direction and reform, the sector will continue to fall short of its potential to deliver a consistent, professional, and trusted service for the public.

How FireVu enables smarter detection for modern environments

Mike Newton, CTO and Chairman of NetVu, explains how FireVu uses visual and thermal detection to overcome limits of point and beam sensors 

In large, complex environments such as hangars, warehouses and waste facilities, traditional detectors often struggle.

Point sensors rely on smoke reaching them, while beam detectors are disrupted by dust, insects, or airflow.

FireVu, developed by NetVu, offers an alternative.

Using visual and thermal imaging, it detects smoke, flame and heat directly at the source, enabling faster, more accurate alerts where standard systems may fail.

IFSJ Editor Iain Hoey sat down with Mike Newton, CTO and Chairman of NetVu, to discuss FireVu, its technology and where it fits in today’s fire safety market.

What challenges do traditional detectors face and how does video help?

In large or semi-open environments, traditional fire detection methods like point or beam detectors often fall short.

Point detectors depend on smoke reaching them, which can be delayed significantly in voluminous spaces or completely bypassed due to stratification, airflow, or ventilation systems.

In partially outdoor settings, they may not be installable at all without impractical infrastructure.

FireVu avoids these issues by detecting smoke, flame and heat directly at the source using intelligent video and thermal imaging.

Instead of waiting for smoke to rise or drift to the location of the sensor, the system sees what’s happening in real time, even in the most challenging conditions.

Importantly, our flame detection uses absolute physical laws, including colour, intensity and black-body radiation principles, to verify flame signatures at a pixel level.

This ensures highly accurate and fast confirmation of real fire events, while drastically reducing false positives.

It’s one of the reasons FireVu performs so well in environments where traditional detectors simply can’t cope.

How do FireVu cameras, recorders and servers work together?

FireVu is built on the same proven video management platform as our surveillance systems at NetVu, all underpinned by our NetVu Connected architecture.

That’s the foundation that ties everything together, enabling seamless communication, synchronised data handling and system resilience.

It’s what allows us to bring video, thermal imaging, analytics and alarm management into a single, unified solution.

In a typical installation, we deploy FireVu multi-sensor detectors that combine visual and thermal detection.

These feed into dedicated analytics servers, which run our fire detection algorithms and generate alerts based on real-time conditions.

Alarm modules then manage the communication of those alerts – whether it’s triggering on-site sounders, integrating with a fire panel, or notifying a remote control room.

What’s powerful about NetVu Connected is that it allows all these components to talk to each other and to other systems.

We often operate alongside existing CCTV infrastructure, fire alarm systems, or building management platforms without needing to start from scratch.

Everything can be viewed and managed centrally, with metadata and alarms linked to actual video footage, so operators aren’t working blind.

They get a full, verified picture of what’s happening, as it happens.

How does visual verification reduce false alarms and call-outs?

FireVu is designed to minimise false positives and that comes down to the way we combine multiple detection technologies within a single device.

The multi-detector uses a fusion of thermal sensing, Visual Flame Detection (VFD) and Visual Smoke Detection (VSD) to assess each potential event from multiple angles before triggering an alert.

This layered approach allows the system to filter out irrelevant triggers, such as dust, heat from personnel, or transient visual anomalies, that would cause unnecessary call-outs in more traditional setups.

By cross-verifying between smoke, heat and flame signatures, we’re able to confirm a real threat quickly and accurately.

Because FireVu is a visual system, operators also benefit from instant situational awareness.

They can review what triggered the alert in real time or roll back pre-event footage, either locally or remotely.

This not only increases trust in the alarm but enables proactive intervention before a situation escalates, avoiding unnecessary evacuations, site disruption, or emergency response.

Where do clients see benefits from the Multi Detector?

We integrated thermal sensing to smoke and flame detection back in 2016, so it’s not new, but the combination of all three detection methods in one unit has been a game-changer.

First, it simplifies installation – rather than installing multiple single-purpose detectors, one FireVu unit can cover everything.

That reduces cost and complexity.

Second, the integration isn’t just physical, it’s deep in the processing.

For example, thermal and visual data work together to confirm whether what we’re seeing really is a flame.

That pixel-level analysis gives us extremely low false alarm rates and greater confidence in each detection.

What integration options does FireVu offer with existing systems?

FireVu supports full compatibility with standard fire alarm panels and building management systems via loop IO units, ensuring straightforward deployment in both new-build and retrofit environments.

What sets us apart is that all detection, decision-making and alarm signalling are embedded directly within the detector unit itself.

This edge-based architecture means FireVu doesn’t rely on external PCs, central servers or even network connectivity to operate which is a critical distinction when it comes to resilience.

If the network fails or external systems go offline, FireVu continues to detect and report independently.

That level of autonomy is essential in high-risk or mission-critical environments, where downtime simply isn’t an option.

Beyond standard alarm outputs, FireVu also enables more advanced integration.

For example, it can steer suppression systems, such as water cannons or fire monitors, to the exact location of a verified incident.

It can provide granular incident data to building management platforms, allowing operators to see not just that an alarm occurred, but what triggered it, where and when.

This combination of real-time intelligence and robust system independence helps FireVu meet and often exceed the operational and compliance standards required in sectors like defence, energy, aviation and industrial processing.

What recent updates, certifications or partnerships should readers know about?

FireVu continues to perform strongly in the UK across high-risk and critical infrastructure sites, with growing international interest in Germany, Australia and parts of Asia.

These regions face similar challenges, from waste processing fires to lithium-ion battery storage risks and FireVu is increasingly chosen for its ability to deliver early, reliable detection where conventional systems fall short.

This global expansion is being driven by technical validation and partnerships with organisations seeking smarter, adaptable solutions.

Building on NetVu’s history in video-based detection, FireVu is evolving with investments in edge processing, AI-assisted filtering and wider system integration.

Is there anything else you’d like to highlight?

One area where we continue to lead is in the strength of our intellectual property.

NetVu holds patents around flame detection based on colour and intensity – a method we pioneered and developed into a commercially robust solution through FireVu.

It’s the foundation of our flame verification approach, grounded in physical laws and refined through years of field application.

FireVu is fundamentally built to address the limitations of conventional detection systems in complex environments.

Time and again, we’ve seen general-purpose fire products fall short when applied to hangars, waste plants and other industrial spaces.

That’s why we created a specialist system for specialist challenges.

We’re not just reacting to market trends, we’ve been setting the standard for what intelligent video-based fire detection should look like.

FireVu reflects that legacy of leadership and we’re continuing to innovate from a position of technical strength and deep sector experience.

This was originally published in the October 2025 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Firefighter readiness before, during and after with LION

Anne-Lise Artaud, Marketing Manager EMEA, shares perspectives on LION’s regional integration, firefighter readiness strategies and the company’s preparations for INTERSCHUTZ 2026

LION EMEA has recently expanded its role within the global LION organisation by adding EN-certified turnout gear to its portfolio.

This integration means the division can now deliver the full range of LION solutions, combining protective equipment, immersive training and post-incident maintenance into one complete package.

The aim is to provide a structured approach that supports firefighters before, during and after each call.

To explain how this approach is being developed and applied across the region, IFSJ spoke with Anne-Lise Artaud, Marketing Manager EMEA to discuss the company’s philosophy, the challenges faced across EMEA and its priorities ahead of INTERSCHUTZ 2026.

For readers who may not know, what is LION Protects and how does the EMEA division fit within the wider organisation?

LION is a global leader in personal protective equipment and fire training, based in the US, with over 125 years of experience.

The EMEA division based in the Netherlands delivers a complete package of solutions – from immersive training to gear maintenance and cleaning – ensuring safety and readiness for first responders across Europe, the Middle East, Asia and Pacific.

What was the reason for bringing the EMEA business into the global LION portfolio?

Until recently, the EMEA business offered only part of the complete LION portfolio:  Training Solutions, CBRN and Maintenance and Services.

Integrating EMEA into the global organisation was a strategic move to align our regional capabilities with the comprehensive solutions available in the U.S.

This shift allows us to deliver the full range of offerings – from immersive fire training to service and maintenance and, now, proudly, EN-certified PPE.

Adding this final piece enables us to strengthen our value proposition and truly serve our customers with end-to-end readiness solutions.

We’re excited and proud to bring the whole LION experience to EMEA.

You’ve spoken about supporting firefighters “before, during and after” an incident – what does that philosophy mean in practical terms?

Supporting firefighters “before, during and after” means being there at every step.

We help them prepare with realistic training, protect them with high-quality gear during emergencies and ensure their equipment is safely cleaned and maintained afterward.

It’s a full-circle approach that puts firefighter safety, readiness and health first – so they can focus on saving lives, knowing they’re fully supported.

What pressures are fire and rescue services currently facing that make this approach especially relevant?

Fire and rescue services today face mounting pressures – from shrinking budgets and staffing challenges to rising operational risks and stricter safety standards.

These realities make our “before, during and after” approach more relevant than ever.

By offering complete support – from realistic training and high-performance PPE to post-incident gear cleaning and training solutions maintenance – we help teams stay prepared, protected and ready to respond.

It’s a practical, full-circle solution that saves time, reduces risk and ensures long-term readiness.

Does being part of a global organisation help you respond to very different needs across such a wide region?

As part of a global organisation like LION, we’re able to tackle a wide range of needs across the EMEA region by blending global expertise with a strong local presence.

Our regional partners play a crucial role in crafting solutions optimised to specific market needs.

We collaborate closely with partners in key sectors such as municipal fire services, industrial safety, aviation, defence and energy to develop customised solutions.

We’re constantly looking to grow our network of local partners while staying true to LION’s mission and values – keeping our goals clear and customer-centric.

INTERSCHUTZ 2026 will be a key platform for you – what themes or priorities are you hoping to bring to the event?

At INTERSCHUTZ 2026, we will present the complete LION portfolio, structured around the firefighter journey – before, during and after the incident.

This means showcasing how we prepare crews with advanced training solutions, protect them with state-of-the-art PPE on the frontline and support them afterward through post-incident care, including gear and training equipment service and maintenance.

By showing this complete spectrum, we demonstrate the importance of the integrated LION approach and our commitment to safeguarding firefighters at every stage of their mission.

How do you see firefighter protection and preparedness changing in the coming years?

Firefighter protection and preparedness are evolving fast.

In the coming years, we’ll see smarter gear, more realistic training and better support after each incident.

LION will play a key role by offering complete solutions – from training and PPE to cleaning and maintenance.

Our 360° approach helps fire services stay ready, safe and supported as risks grow and resources tighten.

We’re proud to be part of this future and excited to keep improving how we protect those who protect us.

Together with our partners, we’re building a safer tomorrow for firefighters across the region.