Xenon to the Rescue: How Ballyclare designed kit for everyday calls

Lightweight and comfortable, Ballyclare’s Xenon technical rescue firefighting PPE is the ultimate high-performance, ergonomic fire kit

Firefighters must have full structural kit to protect them when facing high intensity fires in a building or enclosed space, but this level of protection isn’t needed for every call out.

Government figures for the year ending June 2025 show just 6.3% of incidents attended by Fire and Rescue Services (FRSs) in England were building fires.

Instead, firefighters are far more frequently called to other types of emergency such as road traffic collisions, medical incidents or flooding.

As a result, FRSs are increasingly investing in specialist technical rescue PPE, which is better suited to the majority of incidents they face, saving their full structural PPE for when they really need it and helping to prolong its life.

Ergonomic and breathable

Ballyclare’s Xenon technical rescue jacket and trouser ensemble is particularly lightweight and breathable, featuring highly-specialist fabrics to keep firefighters both protected and comfortable on the job.

The increased flexibility and ergonomic sports styling help to meet the physical demands of the role, which often means crawling, climbing, lifting or operating machinery in complex environments.

Robust and protective

Fully certified to the Firefighters Rescue Clothing standard EN 16689:2017, Xenon technical rescue provides durable, waterproof protection from blood pathogens, chemicals and particulates.

The outer fabric is inherently flame retardant and resistant to repeated washing, which considerably extends its operating life.

It also offers outstanding visibility in dark conditions, thanks to carefully positioned phosphorescent taping.

Versatile 

This particular version of the Xenon technical rescue kit was enhanced to meet the specific requirements of FRSs in the North West of England and Northern Ireland, who together represent more than 5,800 firefighters.

They requested a bright yellow outer fabric for heightened visibility at road traffic incidents, as well as specific loops and pockets for compatibility with their existing torches, radios and equipment.

A good fit

Ballyclare offers three shaping styles to accommodate different body types, meaning around 56 sizing variations are available to choose from as standard.

Where required, bespoke garments can be created, ensuring every firefighter has garments that fit well.

Cost-effective

Requiring fewer layers than structural PPE, technical rescue kit is generally less expensive to purchase.

FRSs are finding they can save funds by using technical rescue kit for those call-outs where it is most suitable, thereby prolonging the life of more costly structural kit by reducing wear and washing.

Philip Tasker, Global Sales Lead for Fire and Security at Ballyclare, said: “Increasingly, fire and rescue services across the UK and Europe are investing in dedicated technical rescue kit which better suits the everyday incidents they face, and prolongs the life of their structural gear.

“Our Xenon technical rescue design offers the perfect balance of protection, comfort and flexibility to ensure firefighters have the most suitable kit for the challenging situations they face.”

This was originally published in the February 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Fire Door Inspections – Step-by-Step Checklist

Fire doors are a vital part of a building’s fire safety system, acting as strong barriers that slow the spread of flames and smoke. 

Properly maintained fire doors give occupants time to escape and prevent damage to other areas, and are a vital fire suppression tool. 

Regular fire door inspections are essential to make sure these doors will work as intended in an emergency. 

This article explains what a fire door inspection involves, why inspections matter, the legal obligations around them, and who should carry them out. 

It also provides a step-by-step checklist to help you perform thorough fire door inspections.

What is a Fire Door Inspection

an image showing a fire door

A fire door inspection is a detailed check to confirm that a fire door assembly will perform correctly if a fire occurs. 

A qualified inspector examines the door leaf, frame, hardware and all related components to ensure they meet safety standards. 

For example, the inspector checks the door’s certification label and fire rating, examines the door and frame for damage, and tests that hinges, locks and closers function properly. 

Smoke seals and intumescent strips are also inspected to ensure they will expand and seal gaps in heat. 

Basically, a fire door inspection systematically tests every part of the door against a pass/fail protocol to make sure the door can contain fire for its rated duration.

Step-by-Step Fire Door Inspections Checklist

an image showing a fire door inspection

A thorough fire door inspection follows a clear checklist. 

Inspectors typically perform the following checks one by one:

Certification Label & Rating

Confirm the fire door’s certification label is present, legible, and matches its required fire-rating. 

Without a valid label, you cannot prove the door is properly rated.

Door and Frame Condition

Inspect the door leaf and frame for damage or warping. 

Look for holes, cracks, dented edges, heavy corrosion or other defects that could weaken the door’s integrity. 

Any significant damage should be noted.

Gaps and Clearances

Measure the gap around the closed door. 

The clearances at the top, sides and bottom should meet regulatory limits. 

Excessive gaps allow smoke or fire to bypass the door.

Glazing

Check any vision panels or windows in the door. 

Ensure the glass is unbroken, fire-rated and correctly fitted to the door. 

Improper glazing can compromise the door’s fire performance.

Door Hardware

Examine all door hardware.

This includes hinges, lock sets, handles, latches and panic bars. 

Ensure each item is fire-rated, securely fixed, and functions smoothly. 

For example, hinges must be fitted with fire-rated pins and allow the door to swing freely.

Door Closer and Closing Action

Test the door closer by opening the door fully and releasing it from different angles. 

It should close the door fully and latch securely on its own. 

If the closer is weak or jammed, the door will not shut, defeating its purpose.

Seals and Intumescent Strips

Look around the edges of the door for smoke seals and intumescent strips. 

These should be intact and undamaged. 

Intumescent strips expand in heat to seal the gap between door and frame. 

Any missing or torn seals reduce effectiveness.

Coordinator

On pairs of fire doors, check that the inactive leaf closes before the active leaf. 

This sequence is critical for double doors to seal properly in a fire.

Signage

Verify that any required fire door signs (such as ‘Fire Door – Keep Shut’) are fitted and legible. 

Proper signage is part of compliance.

Modifications and Obstructions

Look for unauthorised alterations (extra holes, cuts, oversized glazing) that might void the fire-rating. 

Also check that nothing blocks the door from closing.

Document Findings

Record the condition of each door. 

Note any faults or failures. Many regulations require keeping written records of inspections. 

A clear inspection report helps ensure all issues are tracked and fixed.

Why are Fire Door Inspections Important

Fire doors are only effective if they are maintained in good condition. 

Routine inspections help catch problems early. 

UK fire safety law (the Regulatory Reform Order 2005) makes it a legal duty to keep fire doors working properly. 

Beyond compliance, inspections are a vital safety measure. 

Fully functioning fire doors significantly slow the spread of fire and smoke, protecting escape routes and giving people extra time to evacuate safely. 

Over time, normal wear and tear, or damage from everyday use, can degrade a door’s performance. 

Hinges might loosen, seals might tear, and closers can weaken if not checked. 

Regular checks find these issues before an emergency happens. 

Inspections also provide documented proof of maintenance, which is important for audits or insurance.

How Long Do Fire Door Inspections Take?

an image showing how long fire door inspections take

The time needed depends on the building and the number of doors. 

For a single door, a thorough check often takes on the order of around 15 minutes. 

This includes opening and closing the door, measuring gaps, and logging results. 

For a building with many fire doors, the inspection will take correspondingly longer.

The total duration varies with how many doors are checked. 

Inspecting a small number of doors might only take an hour or two, whereas a large multi-storey building with dozens of doors could require a half-day or more. 

Factors like restricted access, complicated layouts or any required intrusive checks can also extend the time. 

In any case, it’s wise to schedule inspections well in advance so the inspector can work carefully and document everything properly.

What Happens if You Fail a Fire Door Inspection?

Failing an inspection means defects were found that could stop the door from working in a fire. 

The inspector’s report will list these issues and rate each door as pass or fail. 

If a fire door fails, the report usually includes clear recommendations on what remedial work is needed to bring it up to standard. 

Common fixes include repairing or replacing damaged seals, fixing hardware, rehanging the door to align properly, or even installing a new certified door if the old one is beyond repair. 

You should promptly create an action plan to address the failures. 

A failure should trigger repairs within an acceptable timeframe. 

This means arranging maintenance or hiring a specialist to fix issues quickly. 

Until the door is fixed, it should not be considered compliant or relied on for fire safety.

Are Fire Door Inspections a Legal Requirement

an image showing the legal requirements of fire door inspections

Yes.

Fire door inspections are explicitly required by law as part of maintaining fire safety. 

In the UK, the Regulatory Reform (Fire Safety) Order 2005 (covering England and Wales) states that fire safety measures, including doors, must be kept in efficient working order. 

In other words, fire doors must be regularly inspected and maintained. Similar laws apply in Scotland and Northern Ireland (for example, the Fire (Scotland) Act 2005 and related regulations). 

Fire safety legislation for all UK regions highlights these responsibilities, and penalties for non-compliance can include unlimited fines or even imprisonment.

British Standards like BS 8214 and BS 9999 give detailed guidance on how often to inspect doors, but following those is a matter of compliance with the overall legal duty. 

For residential apartment blocks, recent regulations (Fire Safety Act 2021 and the 2022 Fire Safety Regulations in England) have clarified that flat entrance doors must be treated as part of the building’s fire safety provisions. 

The bottom line is that if your building falls under fire safety law, you must inspect fire doors on a planned basis. 

Skipping inspections not only endangers people but also violates the law.

Who Can do Fire Door Inspections

Legally, the building’s ‘responsible person’ (often the owner, landlord or employer) is ultimately accountable for fire door safety. 

However, the actual inspections can be carried out by others. 

Basic visual checks can be done by trained in-house staff or facility managers. 

These routine checks help catch obvious damage like broken hardware or blocked doors. 

For full formal inspections, UK guidance says they must be performed by a competent person.

This is someone with specific knowledge and training about fire doors. 

This person may be a facilities manager who has attended a fire door inspection course, or maintenance staff with. 

In high-risk or larger buildings, it is common to hire accredited fire door inspectors from third-party companies. 

These professionals often hold industry certificates (for example from the Door & Hardware Federation or other bodies) and have deep expertise. 

The key point is that anyone performing the inspection must be properly trained and know how to interpret fire door standards. 

You do not have to be a fire brigade officer, but you do need either competent staff or qualified contractors. 

Key Takeaways

Regular fire door inspections are essential for safety and compliance. 

By following a systematic checklist and having qualified people perform the checks, building owners can catch problems before a fire ever occurs. 

Inspections confirm that doors and frames, hardware and seals are all in good working order.

This is so the doors will hold back fire and smoke as designed. 

UK fire safety law makes these inspections mandatory, not optional. 

A well-maintained fire door can save lives and property. 

Using the steps outlined above, anyone responsible for fire safety can ensure their doors remain reliable barriers in an emergency.

FireDos launches compact M1 fire monitor for fixed installations and fire trucks

Fire monitor design and key specifications

FireDos has announced the M1, a compact remote-controlled fire monitor intended for stationary fire protection installations and use on fire trucks.

The company said the unit has dimensions of 470 mm x 255 mm x 360 mm and is designed for installation in confined spaces.

The M1 is electrically driven and uses 24V DC drives.

FireDos stated that the M1 can be operated remotely using the FireDos control system.

The company described two working ranges with extinguishing agent flows of 150 to 1000 l/min or 400 to 2000 l/min.

Nozzle options and stated applications

FireDos described the M1 as being available with several nozzle options to suit different application environments.

The M1 can be equipped with the MPN multi-purpose nozzle or the AMPN Adjustable Multi-Purpose Nozzle.

FireDos stated that with the MPN nozzle, the extinguishing agent flow is adjusted and tested to customer specifications and can switch steplessly between hollow and spray jets.

The company stated that the AMPN allows the extinguishing agent flow to be adjusted continuously during operation, including to respond to spreading fires.

FireDos described an optional configuration where both nozzles are designed as flat jet nozzles that produce a fan-shaped jet and are intended to extinguish large areas more quickly.

The company listed typical applications including stationary fire protection in waste bunkers, recycling plants, ASRS systems and helicopter landing pads.

FireDos also described use as a front monitor on standard fire trucks, including for vegetation fire response using a wide-angle flat jet nozzle.

The M1 is intended to be configured through nozzle selection and operating range to match the installation and response scenario.

From brief to delivery: Inside HAIX’s blueprint for better fire PPE procurement

Simon Ash, UK and Ireland Sales Manager at HAIX, gives his expert insight on how suppliers and procurement teams can make the tender process more efficient and successful for the UK fire sector and explores the relationship between them

The procurement of personal protective equipment (PPE) through formal tender processes is a critical step for both buyers and suppliers in the UK fire industry.

The stakes are high: having the right PPE is pertinent for firefighter safety and operational effectiveness.

With the complex and ever-changing nature of safety standards, environments and worker requirements, the tender process for firefighter PPE is often lengthy, detailed and subject to intense scrutiny.

For this reason, it’s essential for procurement officers to be well-equipped, transparent and up-to-date with regulations and market trends.

Equally, suppliers must be realistic, in-touch with procurement needs and able to provide robust evidence to support their proposed products.

Defining product requirements with precision

A successful tender begins with a clear, evidence-based understanding of operational requirements.

Firefighting in the UK encompasses a wide spectrum of scenarios, from urban high-rise incidents to rural wildfires and hazardous material responses.

Each context brings its own set of risks and performance demands, so it is essential that procurement teams engage directly with end users – frontline firefighters and officers – to capture the nuances of daily challenges and understand workers’ day-to-day role.

This engagement can support procurement officers in understanding exactly what a PPE product, such as footwear, needs to offer the wearer in order for them to work safely and comfortably.

Structured feedback sessions, surveys and field trials can provide invaluable insights into what is genuinely required from the new PPE.

For example, the increasing prevalence of electric vehicle fires or the rise in wildfires across the country, may necessitate features that were not prioritised in previous tenders.

By doing this, procurement teams can avoid both over-specification (which drives up costs and complexity) and under-specification (which can reduce comfort and longevity).

Equally, suppliers can also ensure their products are suitable for the fire industry, before the procurement process even begins.

For example, HAIX works closely with the Fire Service College and leads wear trails to learn valuable insight on what firefighters like and dislike about the product, providing timely feedback from those who will ultimately be wearing the boots.

Market awareness and collaboration

A deep understanding of what like-minded industries, such as other emergency services fields, are doing can help the tender process be well-informed, timely and forward-thinking.

Once informed by the current market and the workers who will be impacted by the new tender, procurement officers should look to develop the objectives for what they need the product to achieve.

A key consideration is being realistic on what is possible and reasonable to ask for within one product.

While it is tempting to seek ‘all-in-one’ solutions, technical constraints must be acknowledged.

Conducting dialogues early in the process with suppliers can clarify what is achievable and where compromises may be necessary, ensuring that tenders are both ambitious and realistic.

For example, a specification that demands both maximum durability and minimal weight in a single boot may not be feasible with the preferred material choice.

In this instance, a boot which is made with innovative, light-weight material such as Extraguard, as with HAIX’s new Fire Eagle 2.0 EXG boot, will be more effective than traditional leather.

By working with forward-thinking and transparent suppliers, procurement officers can be confident that they are getting a product that works and ticks as many requirements as possible.

Overall, the tender process should be a two-way conversation once a shortlist has been determined.

Procurement officers can provide direct, evidence-based insights and business objectives and suppliers with deep experience in the UK fire market can offer valuable perspectives on regulatory changes, product lifecycle management and lessons learned from previous contracts.

Their input can help procurement teams anticipate future needs, such as the growing emphasis on firefighter health and wellbeing, or what technologies are currently being developed for future products.

Navigating standards and compliance

Compliance with UK and international safety standards is non-negotiable for any product-related tender.

A clear understanding of the relevant and up-to-date standards is essential for both procurement officers and suppliers to influence product design, structure and material.

Procurement and supplier teams must be well acquainted with the EN15090 standard, the overriding standard for firefighting boots.

This specifies the minimum requirements and test methods for the performance of three types of footwear for fire suppression, general-purpose rescue, fire rescue and hazardous materials emergencies.

In addition to specific fire boots standard, teams must be aware of the latest updates to general safety standards.

In particular, EN ISO 20345:2022, which includes new testing such as slip resistance on ceramic tiles with a soap solution as a basic requirement, ladder grip, puncture resistance and water penetration and absorption resistance.

Firefighter footwear which meets and exceeds these standards is crucial in keeping workers safe and comfortable.

Top tips for a streamlined tender process

To translate these principles into practice, the following strategies are recommended for procurement and supplier teams:

  • Engage end users early as their insight is critical to defining meaningful requirements and identifying what can be improved to maximise safety and comfort
  • Prioritise essential features and distinguish between mandatory and desirable criteria to ensure the balance between innovation and what is possible, is met
  • Clearly define requirements which comply with relevant and current safety standards
  • Ongoing communication between procurement officers and suppliers to ensure clarity at every stage of the tender process
  • Ensure safety, quality and compliancy is prioritised throughout and valued above price point

The tender process for fire PPE footwear in the UK is a strategic undertaking with direct implications for firefighter safety and service effectiveness.

By adopting a collaborative approach between procurement officers and suppliers, a streamlined process can take place.

In addition, in a fast-paced and ever-changing sector such as the fire industry, a clear understanding from all parties of the current market landscape, updated safety standards and what workers require to perform efficiently, will allow for impactful and future-proofed PPE footwear.

About HAIX

HAIX, based in Mainburg, Bavaria, is a specialist in functional footwear and clothing with a worldwide reputation.

Wherever people need high-performance products that won’t let them down in challenging situations, HAIX is the first choice.

HAIX manufactures its high-quality products exclusively in Europe with production facilities in Germany, Croatia and Serbia.

This was originally published in the January 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

A clean suite: Rescue Intellitech targets hidden toxins in firefighter PPE

Rescue Intellitech describes the role of integrated washers, dryers and filtration units in reducing harmful residues on PPE and supporting safe, efficient routines within busy fire stations

Every time firefighters return from a call-out, they may be carrying more than their PPE and equipment.

Harmful toxins, carcinogens, and pathogens can remain on kit for hours after an incident, posing significant health risks.

It is vital that PPE is cleaned swiftly and effectively, and that protocols are followed to minimise exposure.

Many fire stations now have dedicated decontamination rooms, where worn PPE can be contained and cleaned.

Trusted by fire services across the world, Rescue Intellitech’s comprehensive suite of specialist washers and dryers has been developed specifically for these environments, offering a complete station-based solution for cleaning PPE efficiently and safely, ready for the next call-out.

Solo Rescue and DeconWashers

Cleaning firefighting PPE with a Solo Rescue machine is quick and easy.

After an incident, self-contained breathing apparatus (SCBA), face masks, boots, gloves and helmets, can be thoroughly decontaminated within minutes.

At the heart of the Solo Rescue is an innovative rotating basket system.

As the basket turns, water flows to hard-to-reach areas where contaminants can accumulate, such as the intricate surfaces of SCBA breathing valves and regulators, as well as the fabric seams and crevices in the harness and backplate.

A selection of equipment holders allows different PPE combinations to be washed together.

Each wash cycle can swiftly clean two complete sets of SCBA, six stand-alone air cylinders, eight face masks, three helmets, three pairs of boots, eight pairs of gloves, or a combination of the above.

The control panel offers a simple choice between a rapid three-minute cycle for gloves and boots or an eight-minute cycle for SCBA, face masks, and helmets.

For smaller fire stations, the streamlined DeconWasher Pro S version delivers the same wash performance but is more compact in size.

The smart design uses rotating wash arms and high water flow to thoroughly clean and rinse dirty kit, removing harmful soot particles and residue.

Both washers can be fitted with the optional DeconFilter Pro S attachment, a multi-stage filtration unit with a lint filter, particle filters and an active carbon filter.

This prevents harmful substances from entering the wastewater system, supporting environmental compliance.

DE Series Washing Machines

Recently launched, Rescue Intellitech’s DE Series washing machines have been specifically designed to decontaminate firefighter clothing and specialist garments.

Offering a choice of 15 pre-programmed wash cycles suitable for everything from heavy-duty textiles to delicate technical fabrics, these gentle but effective machines help to preserve the integrity of valuable PPE, extending its lifespan and maintaining its protective capabilities.

Three sizes are available: DE180 (180l), DE240 (240l) and DE280 (280l), enabling fire services to scale to their operational needs.

Energy and water efficient, they ensure the washing process is both cost-effective and environmentally-friendly.

Low noise output helps to minimise disruption during busy station routines, and a clinch-mounted frame provides durability for continuous use, so that even in heavy-duty fire service environments, the washing performance is reliable.

Drying Cabinets

Following washing, PPE should be dried correctly and carefully to avoid moisture-related deterioration or damage.

Rescue Intellitech’s fast and efficient drying cabinets offer rapid but gentle drying without mechanical action, which helps protect the integrity of specialist materials, seams and reflective trims.

Both the interior and exterior of the PPE is dried at the same time, so kit is quickly ready for use.

Fire and rescue services can choose between two different sizes, the larger DC20 and the smaller DC8, to suit their requirements and space.

The dryers can be specifically configured to accommodate bulky kit and equipment, with specialised hanging rails designed to support firefighting jackets and clothing, boots, gloves, helmets and SCBA.

To ensure kit is ready to handle immediately after drying, programmes end with a ‘cool down’ phase.

A complete decontamination system

Reliable decontamination of firefighter PPE has become essential to safeguarding long-term health.

Rescue Intellitech’s suite of washers and dryers delivers safe and effective cleaning, with rapid turn-around times that help kit return to service quickly.

At the same time, the gentle, purpose-built technology preserves the performance and lifespan of valuable textiles and equipment.

Together, this equipment offers a scalable, all-encompassing, station-friendly solution that prioritises health, efficiency and cost-effective care of critical PPE.

Quickfire Q&A with Robert Malmsten, Sales Director EMEA and APAC

How is Rescue Intellitech helping reduce firefighter exposure to contaminants?

Research has highlighted how toxic residues on PPE contribute to long-term health risks and Rescue Intellitech supports services by providing Solo Rescue and DeconWasher Pro S systems that clean helmets, SCBA, boots and gloves alongside new clothing washers and drying cabinets that together form a complete station-based decontamination suite.

What is the value of on-site PPE care?

On-site washing and drying allows smaller services and training facilities to clean full PPE sets quickly while larger services can use the equipment to bridge gaps in managed service schedules, ensure crews have correctly sized clean kit and reduce reliance on multiple personal issue sets, with machines such as Solo Rescue also replacing manual helmet and SCBA washing.

How does the equipment protect PPE lifespan?

The systems deliver thorough yet gentle cleaning through controlled water flow and tailored wash cycles that suit different technical fabrics with dryers designed to remove moisture from inside and out without mechanical action to help maintain protective performance over time.

How has user feedback shaped development?

Input from fire services has driven features such as the narrower DeconWasher Pro S, specialised baskets for small components and the Decon as a Service subscription model.

What comes next for PPE management?

Services are adopting zoned station layouts and more frequent cleaning and Rescue Intellitech aims to support this shift with further development of station-based decontamination solutions.

This was originally published in the January 2026 Edition of International Fire & Safety Journal. To read your FREE copy, click here.

Fire-Dex VP appointment links operations and CEO succession plan

Fire-Dex appoints Maged Baskhron to operations leadership

Fire-Dex has appointed Maged Baskhron as Vice President of Operations.

Baskhron will align operational and strategic goals, strengthen cross-functional processes and support teams across the organisation.

His remit includes prioritising associate well-being, product quality and day-to-day execution to support the company’s focus on protecting manufacturing teams and frontline crews.

“Fire-Dex is mission-driven in a way you can feel on the factory floor and in the field,” Baskhron said.

“I’m eager to help our teams do their best work – build it right, deliver it right, and keep safety as the starting point.”

Role scope and leadership transition details

Fire-Dex outlined that Baskhron will support long-term execution while maintaining its people-first culture and operational values.

His background includes global manufacturing experience and previous roles as Project Manager and Industrial Engineer and Training Manager, working closely across the business under current Vice President of Operations John Karban.

The appointment forms part of a wider executive transition previously announced by the company.

Lauren Burke DeVere is due to assume the role of CEO in early 2026, partnering with current CEO Steve Allison ahead of his planned retirement in early 2027.

Karban will move into the role of President.

“To me, leadership is simple: show up for your people and be clear about what matters,” Baskhron said.

“When teams know the goal, have the support they need, and are relied on to make decisions, great work follows.

“That’s how we keep delivering for the departments and firefighters who need us to get it right.”

KiddeFenwal expands NATURA line with Micro fire protection for small assets

Intersec debut links fire protection and acoustic suppression design

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, which took place from 12 to 14 January.

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

Example applications include server racks, power distribution units and high-voltage cabinets.

System features and related NATURA updates

NATURA Micro uses inert gases to suppress fires rapidly, leaves no residue and is designed for low maintenance.

KiddeFenwal has also introduced updates to its NATURA total flood inert gas system, including an acoustic nozzle for environments where assets are sensitive to sound and vibration.

The updates also include a refill programme intended to reduce order fulfilment lead times to re-arm discharged systems to as little as one day.

Reduced agent quantity requirements are also intended to lower overall system ownership costs.

Rekha Agrawal, Chief Executive Officer of KiddeFenwal, said: “Heightened threats of commercial and industrial fires, and the mounting, widespread risks they pose, necessitate greater innovation on the part of fire suppression and safety leaders.

“Given this backdrop, we are especially proud to introduce new, forward-looking solutions that not only offer enhanced fire protection but add value to our growing customer base.”

The NATURA system is listed, approved and recognised by Underwriters Laboratories (UL), Underwriters Laboratories of Canada (ULC), FM Global, Construction Product Regulation (CPR) and Loss Benefit Prevention Certification Board (LPCB).

PFAS rules, packaging bans, UK plans – what is changing and when

PFAS restriction and ECHA timetable

European Chemicals Agency scientific committees remain on schedule to deliver opinions on the proposed Per- and Polyfluorinated Substances (PFAS) restriction.

An ESG and Sustainability Law and Policy blog published by Squire Patton Boggs reports that the European Chemicals Agency (ECHA) confirmed on 17 December that its Risk Assessment Committee (RAC) and Socio-Economic Analysis Committee (SEAC) remain on track.

December meetings enabled the adoption of provisional conclusions for the final sectors under assessment, including PFAS manufacturing.

Further meetings scheduled for March 2026 are expected to lead to the adoption of draft opinions.

Following this stage, SEAC will proceed with a 60 day public consultation under the REACH process.

Ahead of the consultation, ECHA has published guidance for respondents and a detailed mapping of PFAS uses identifying the sectors, uses and applications covered by the forthcoming SEAC draft opinion.

The committees have also continued examining horizontal issues relevant to the restriction as a whole, including concentration limits, PFAS management plans, recycling and spare parts, and questions of enforceability and monitorability.

Once both opinions are finalised, ECHA is expected to consolidate them and submit its final package to the European Commission towards the end of 2026.

PFAS packaging ban and national measures

The same blog outlines upcoming EU packaging restrictions alongside developments in France and the UK.

Under Article 5 of the Packaging and Packaging Waste Regulation (PPWR), the use of per and polyfluoroalkyl substances (PFAS) in food contact packaging above specified thresholds will be prohibited once the relevant provisions apply on 12 August 2026.

The European Commission is preparing a Commission Notice intended to support consistent implementation and interpretation of the regulation, including the PFAS restriction.

A leaked version of the Notice clarifies that the ban applies to packaging placed on the market from the date of application, covers both intentional use and non intentional presence such as contamination, and addresses the treatment of existing stocks.

The document also clarifies that no transitional period applies, meaning the prohibition applies regardless of whether PFAS are intentionally added or present as contaminants.

In France, more than 30 local authorities affected by PFAS contamination have called on the national government and Parliament for support.

A joint statement published on 16 December and coordinated by Amaris, the association representing local authorities dealing with industrial pollution and risk management, highlights limits in technical knowledge and financial resources at municipal level.

The statement calls for the establishment of a parliamentary inquiry committee to assess the extent of PFAS pollution and the challenges it creates for local authorities.

Pending such an inquiry, the proposed measures include financial support for municipalities facing restrictions on access to drinking water, full public funding of groundwater and soil remediation, expanded scientific studies, and the deployment of monitoring tools for water, air, soil and public health.

In the United Kingdom, the Environmental Improvement Plan released on 1 December 2025 includes a commitment to take action on PFAS through a new PFAS plan in 2026.

The plan is expected to set out regulatory and non regulatory interventions with specific actions and delivery milestones.

The Environment Agency (EA) is due to provide advice, guidance and tools to support the management of PFAS at contaminated sites on an ongoing basis.

A separate commitment under the plan includes publication in 2026 of a State of Contaminated Land Report.

In 2027, the Department for Environment, Food and Rural Affairs (Defra), the EA and the Health and Safety Executive (HSE) are due to decide whether to implement a UK REACH restriction on PFAS in firefighting foams.

The HSE consultation on this issue remains open until 18 February 2026.

All information for this article is from a blog authored by Thomas Delille, Gerard McElwee, Peter Sellar, Valerio Giovannini and Francesca Puttock.

Fire safety upgrade targets discreet VESDA pipework in leisure and tourism venues

Fire safety pipework options for customer-facing venues

Fire Suppression Ltd is offering a new generation of fire safety systems designed to integrate more discreetly into customer-facing environments.

The UK supplier specialises in aspirating smoke detection systems based on VESDA (Very Early Smoke Detection Apparatus) technology.

These systems provide early warning by continuously sampling air throughout a structure, often detecting fire before visible smoke or flames appear.

Fire Suppression manufactures its VESDA pipework at its UK facility.

The pipework is available in a range of colours, allowing installations to blend into ceilings and walls.

This design approach is intended for environments such as leisure and tourism venues where visual impact is a consideration.

VESDA use case in large, high-ceiling spaces

According to Fire Suppression, leisure and tourism venues often occupy large, high-ceiling spaces where traditional smoke detectors can struggle to operate effectively.

These environments may also be occupied by large numbers of people, which can extend evacuation times in the event of a fire.

Aspirating smoke detection systems such as VESDA are therefore increasingly used in these sectors to provide early and accurate detection while maximising available evacuation time.

John Martin-Chicharro, Wholesale Manager at Fire Suppression, said: “VESDA represents a significant innovation in early-warning fire safety. However, these systems traditionally use bright pipework that can be visually intrusive in customer-facing environments.

“With our in-house manufacturing capabilities, we can configure systems using alternative pipe colours, enabling leisure and tourism venues to maintain the highest levels of fire safety without compromising visual aesthetics or customer experience”

Martin-Chicharro added: “Early detection is absolutely critical in crowded public environments.

“Aspirating systems give venue operators the confidence to protect people from fire and, with our in-house manufactured pipes, we can also ensure the system’s pipes complement the property’s surroundings too!”

Fire Suppression supports sectors including retail, commercial, industrial, leisure and tourism.

The company works with property managers and fire system installers, providing bespoke system design services and customer support.

Gas detection meets voice calls and GPS in Blackline’s G8

Gas detection device and connected monitoring

Blackline Safety has announced G8, an all in one wearable that combines gas detection, lone worker protection and radio quality communication.

The company said the device streams real time data to the cloud through its Blackline Live platform, giving safety and operations teams visibility of worker status, gas readings and site conditions.

Blackline said G8 builds on its G7 line and is designed as a connected platform that can integrate with other digital systems used on worksites.

What G8 includes and when it ships

G8 is described as an intrinsically safe gas detector with an IP 67 rating and swappable cartridges covering more than 20 gases.

The device includes dual band GNSS and GPS, plus ZoneAware geofencing within Blackline Live to define zones and support muster drills.

G8 includes push to talk, emergency voice calling that connects workers to a live monitoring agent and text messaging for preset or custom messages, plus an internal speaker and an optional remote speaker microphone.

Blackline said the device has a larger 64 colour backlit display, NFC TagAssign for device assignment and a 35 lumen flashlight.

Cody Slater, CEO and Chair, Blackline Safety, said: “G8 gives workers access to the tools and information they need to confidently get the job done and get home safe.

“By unifying gas detection, real-time monitoring, and communication in one connected device, we’re delivering more than incremental improvement.

“We’re giving every worker a direct line to the people, data, systems and support they need to make faster, safer decisions.”

Blackline said it is taking orders now, with first shipments expected in February 2026.