Internal emails show forest service knew PFAS were in firefighters’ pants

What ProPublica reported about forest service gear and PFAS

U.S. Forest Service officials knew for years that pants used by wildland firefighters contained per- and polyfluoroalkyl substances (PFAS), according to internal correspondence obtained by ProPublica.

ProPublica reported that the agency was alerted as early as 2021, ahead of public acknowledgement of the issue.

In February 2024, ProPublica said it asked the Forest Service and the Department of the Interior whether federal wildland firefighting gear contained PFAS.

The organisations provided near-identical replies stating they did not have “specific measured concentration data showing that PFAS is contained in protective clothing and gear.”

ProPublica said the emails show the Forest Service chose to wait for the results of a study into whether PFAS can be absorbed through the skin before sharing information more widely.

Emails show internal questions and supplier responses

ProPublica said the emails were released last week in response to a Freedom of Information Act request filed in 2022 by George Broyles, a former Forest Service employee who studied smoke exposure among firefighters.

Broyles said: “They just obfuscate.

“It’s just a continuation of the same thing: ‘We’re going to stick our heads in the sand and hope that nobody notices.’”

In April 2022, ProPublica said a senior Forest Service official named David Haston asked colleagues whether TenCate’s fabric was “still coming with PFAS in the finish?” and whether there was a duty to notify employees.

ProPublica said earlier emails show a Forest Service equipment specialist asked TenCate in April 2021 whether the Shelltite finish on its Advance fabric had any PFAS presence.

A TenCate manager replied with a document confirming one of its finishes contained a form of PFAS applied to repel hydrocarbons and gasoline, and said the company was developing a finish without the compound.

TenCate did not respond to ProPublica’s requests for comment.

ProPublica said emails from TenCate to the Forest Service described the finish as using a form of PFAS with six or fewer fluorinated carbon atoms.

Studies, health concerns and what remains unclear

ProPublica said the Forest Service decided in 2022 to wait for studies from the National Institute for Occupational Safety and Health (NIOSH), including one on whether PFAS can be absorbed through skin, before making decisions.

A Forest Service physiologist wrote that a labour advocacy group should submit an official request for the information.

ProPublica reported that the Forest Service never told rank-and-file wildland firefighters that their pants might contain PFAS.

Bryan Ormond, an associate professor of textile engineering, chemistry and science at North Carolina State University, said: “From the wildland firefighting perspective, I don’t see any reason to have the PFAS treatments in their gear.

“They don’t really need the oil repellency.

“It would be a safer option to not have the PFAS treatment.”

In January 2023, a senior director at TenCate wrote: “To the best of our knowledge wearing ADVANCE with Shelltite or Supershelltite has not caused deleterious health impacts,” and the company also told the agency it was producing a PFAS-free finish for the pant fabric.

ProPublica said it is unclear whether the government began purchasing pants with the new finish or continued to purchase pants with PFAS.

In 2024, the National Institute of Standards and Technology (NIST) released a study mandated by Congress in 2021, and ProPublica said it found some wildland firefighting gear contained PFAS.

Heather Stapleton, an exposure scientist and professor at Duke University, said the study showed levels in certain samples “similar to what has been reported in structural firefighting gear.”

ProPublica said NIST did not respond to its questions, and the NIOSH study that Forest Service officials were waiting on remains ongoing.

PPG launches water-based fire protection coating for interior structural steel

Fire protection coating launch for interior structural steelwork

PPG has announced the launch of PPG Steelguard 652, a water-based intumescent fire protection coating for interior general-purpose structural steelwork.

The company said the product is available in North America and is designed for interior structural steelwork.

PPG Steelguard 652 is described as delivering up to two hours of fire protection for cellulosic passive fire protection applications.

The coating has United Laboratories (UL) 263 certification.

PPG also stated that the formulation is waterborne with low volatile organic compounds (VOC).

Features, application and performance claims

PPG described the coating as offering long-term protection and listed up to 20 years of performance.

It also stated that low VOC emissions support efficient trade stacking at complex construction sites.

The company said the product is intended for on-site application using standard passive fire protection (PFP) airless spray equipment.

Richard Mann, PPG global product development director, fire protection, Protective and Marine Coatings, said: “PPG Steelguard 652 coating expands our range of certified solutions for North American projects and reflects our ongoing commitment to fire protection innovation

“It stands out for its innovative fire performance and physical properties, including low certified thickness, high bond strength and high impact resistance, providing lasting durability for up to 20 years.”

PPG said its Protective and Marine Coatings business provides technical support and additional product options for projects.

De-Wipe adds dog shampoo and conditioner to its decontamination range

De-Wipe dog shampoo and conditioner for investigation dogs

De-Wipe has launched De-Wipe Dog Shampoo & Conditioner for fire investigation dogs, with samples available on request.

The company said the product was developed to remove contaminants and support the work of investigation dogs.

De-Wipe described the product as intended to help remove fireground contaminants while caring for dogs’ skin and coat.

It said effective decontamination can remove substances including soot, hydrocarbons and other combustion products that can be absorbed into a dog’s coat and skin.

Use after incidents and handling contamination

De-Wipe said fire investigation dogs can carry toxic fireground residues on their coat, paws and harness, which can increase the risk of cross-contamination to handlers, vehicles, kennels and home environments.

The company added that regular decontamination supports skin and coat health and can help reduce irritation and long-term health risks linked to repeated exposure.

It also said cleaning after exposure is intended to ensure dogs are safe, comfortable and ready for their next task without carrying residual contamination forward.

Martin Lown at Phoenix Forensic Service Provider FireWise UK Learning Academy said: “I have been really impressed with the new dog shampoo. It smells great and, most importantly, it effectively removes the lingering smell of contaminants after operations.

“After washing, Hygge is left with that fresh ‘puppy smell’, which is a huge improvement.

“It’s a product / am very happy to use and would definitely recommend.”

Kentec announces wireless lockdown notification system for UK public venues

Wireless lockdown notification system announcement

Kentec has announced a Wireless Lockdown Notification System, described as a solution for UK public venues preparing for Martyn’s Law requirements.

Martyn’s Law is also known as the Terrorism (Protection of Premises) Act 2025.

The legislation received Royal Assent on 3 April 2025.

Compliance is mandated by April 2027.

The requirements described include venues assessing capacity and implementing risk assessments, security plans and procedures for responding to terrorist incidents, including evacuation.

The rules are expected to be enforced by a new regulatory function within the Security Industry Authority (SIA).

Kentec stated that fines could reach up to £18 million, with the potential for criminal conviction also referenced.

Wireless lockdown system features and integration claims

Kentec said the system applies its K-Mesh life-safety reliability to a dedicated lockdown solution.

Activation is described as being controlled via a simple switch to send notifications throughout a building or site.

Kentec stated the system includes pre-recorded spoken messages, with options listed as lockdown, covert alert, all clear, or evacuation, and that only one message is broadcast at a time.

Sound output is described as up to 91dB(A) at 1m.

Kentec described a lockdown indicator panel with integrated LEDs, providing visual status, incident confirmation and fault logging.

The system is described as using a self-healing mesh network, with devices connecting to the strongest available signal path.

Device battery life is described as up to 10 years.

Kentec said the system can be configured and commissioned using K-Mesh software with off-site pre-programming, and that minimal cabling is required during installation.

Derrick Hall, Director of Sales & Marketing, said: “At Kentec, public safety is at the heart of everything we do.

“With Martyn’s Law set to reshape how venues approach security, our Wireless Lockdown Notification System allows organisations to implement effective, immediate protective measures without compromising operational efficiency or visitor experience.

“It integrates seamlessly with existing fire alarm, access control, and security systems, providing a comprehensive safety solution that prioritises speed, simplicity and intelligibility.

“By enabling venues to enact instant, fully audible and easy-to-follow lockdown procedures, Kentec is helping organisations mitigate risks while providing reassurance to employees and visitors alike.”

Kentec listed potential use cases including schools, theatres, libraries and corporate offices.

Team Wendy bump helmets and accessories now available through GovX

Helmets now available through GovX

Team Wendy announced that GovX verification is now integrated into its online checkout.

The company has made its full line-up of helmets and accessories available through GovX, with a 10% discount for eligible customers who complete verification.

Eligible users include military members, first responders and search-and-rescue (SAR) professionals.

Verification can be completed in a few clicks at checkout, with the discount applied automatically and no requirement to email identification or request a code.

Hatgas said: “Our focus is building head protection systems people can trust when the stakes are high,

“We wanted the discount process to be as dependable as our gear fast verification, automatic savings, no extra steps.

“GovX lets us meet customers where they are.”

How customers access the discount

Customers can obtain the 10% reduction either by verifying through GovX during checkout on TeamWendy.com or by beginning their purchase on GovX.com and being directed to Team Wendy’s store.

The same discount can be reused on future orders when customers log in via GovX.

Products available through the platform include ballistic helmets, bump helmets and a range of accessories.

The line-up covers the RIFLETECH rifle-rated ballistic helmet alongside the EXFIL Rescuer and EXFIL Maritime Rescuer models, which are designed for search-and-rescue operations on land and water.

Also included are liner systems, retention systems and add-ons such as helmet covers, face shields and rail mounts for mission-specific configurations.

The update extends an existing discount scheme that Team Wendy has long offered to active duty and retired members of law enforcement, fire, military and SAR communities.

Argon Electronics platforms its Generic MultiGAS-Sim

Argon Electronics has spotlighted its Generic MultiGAS-SIM handheld simulation, which was publicly introduced in 2025.

Designed to mirror the look, feel and operation of a multi-gas detector, including button presses and screen layouts, the simulation runs on standard AA batteries.

It does not require calibration gases and can pair with an instructor’s app via Bluetooth to offer real-world oversight.

The aim is accurate, instrument-level simulation that is designed to reflect the needs of frontline responders.

Director of Business Development, Argon, Felipe Arrigahi’s statement

Felipe Arrigahi, Director of Business Development at Argon commented: “We created the MultiGAS-SIM to fill gaps in confined space training for toxic industrial chemicals, informed by our chemical warfare expertise.

“Ultrasound mimics vapour dispersion effectively, identifying issues like unsealed entries.

“It replicates various gases, densities and oxygen drops securely, enabling authentic practice of operational intricacies.”

According to Argon, the design removes many of the logistical burdens associated with using real detectors in training, consumable gases, regular sensor replacements and the need for controlled environments.

The system uses simulated signals rather than hazardous materials, meaning that training can be carried out almost anywhere: indoors, outdoors, in confined spaces or large open areas.

The wider ecosystem

Argon’s wider ecosystem, including Long Range Vapour Source (LRVS) emitters and options such as PlumeSIM for complex muti-hazard scenarios.

This allows instructors to escalate from simple leak simulations to large-scale CBRNe training events.

Arrighi continued: “In a key 2025 NATO exercise, the MultiGAS-SIM exhibited high fidelity.

“Teams navigated hypoxic undergrounds and mixed lab contaminants.

“Real-time readings revealed overlooked flaws. It understated realism heightened focus, exposing hidden weaknesses.

“What matters most is the realism these tools enable. Atmospheric hazards are often subtle, invisible and fast-changing and effective training needs to capture that.”

Hyfire updates Intelligent Loop Calculator with enhanced interface

Hyfire updates loop calculation software

Hyfire has released version 1.0.4.1 of its Intelligent Loop Calculator, with changes to the interface and product consumption information.

Hyfire said the update includes a more detailed description of products and their consumption features in standby and active mode.

The program also provides an early warning when the control panel’s maximum load capacity is approaching.

The updated Intelligent Loop Calculator is available for download in the company’s Resource Centre.

Hyfire adds compatibility checks and prompts

The software is designed to work from user inputs including loop length, cable characteristic and number of devices.

Once those details are entered, the tool confirms compatibilities and prompts the operator where trim may be required.

The update centres on calculation support and product consumption visibility within the same program.

Firefighters remain exposed to hazardous fire residues despite policy changes, says London Assembly Report

Firefighters continue to face exposure to toxic contaminants

A London Assembly Fire Committee report warns that firefighters in London may be routinely exposed to hazardous substances released during fires.

The report Exposure to fire contaminants in London: A hidden, growing risk? was produced by the London Assembly Fire Committee.

The findings identify asbestos, heavy metals and persistent organic pollutants among contaminants present at incidents.

The Committee notes that definitive UK evidence on cancer causation is still emerging.

Research presented to the Committee shows higher cancer incidence and abnormal tumour markers among firefighters compared with the general population.

Fire Brigade Union commissioned research found that 4% of firefighters surveyed, around 1 in 25, reported a cancer diagnosis in a self-reported sample of more than 11,000 personnel.

Prevalence was highest among those aged 35 to 39, around three times the rate seen in the general population.

Between 10% and 15% of respondents were recorded as having abnormal tumour markers, compared with a control group drawn from the public.

Policy progress and recommendations for national action

The Committee concludes that the London Fire Brigade (LFB) Fire Contaminants Policy has shifted attitudes away from the “badge of honour” of dirty kit.

Implementation varies widely across stations, partly because of limitations in personal protective equipment availability and older station layouts.

The Committee urges the Government and the National Fire Chiefs Council to reduce firefighters’ exposure to fire contaminants.

Recommendations include creating a UK-wide exposure and health monitoring programme for firefighters.

A pilot of operational exposure monitoring in London is also proposed.

Further measures call for stronger training, assurance and compliance with fire contaminants policies, improved PPE supply and procurement planning, and greater emphasis on health promotion within occupational health services.

The Committee also asks the Industrial Injuries Advisory Council to review evidence on cancer risks linked to firefighting.

Chair of the London Assembly Fire Committee Zack Polanski AM said: “Fires don’t end when the flames are out as toxic contaminants can remain long afterward.

“Firefighters accept risk as part of the job, but exposure to toxic chemicals should not be an unavoidable consequence of protecting the public.

“While London Fire Brigade has made real progress, this report shows more needs to be done to understand and reduce the long-term health risks firefighters face.”

The report treats decontamination practices, station design and long-term health monitoring as closely connected areas for further action.

Lifestyle references criticised by the Fire Brigades Union

The Fire Brigades Union (FBU) has responded to the London Assembly Fire Committee report Exposure to fire contaminants in London: A hidden, growing risk?.

In its statement, the FBU said the report includes a recommendation referring to “positive lifestyle changes, including smoking cessation, physical fitness, diet, sleep hygiene, and alcohol awareness”.

Steve Wright, Fire Brigades Union general secretary, said: “Firefighters are dying younger and living with life-altering cancers and chronic illness.

“These are preventable occupational deaths, and this is a national scandal.

“The UK is decades behind other countries on this issue, and this report underlines the urgent need for basic, long-overdue measures: stronger prevention measures, regular health monitoring for all firefighters, and re-evaluation of compensation for firefighters’ occupational diseases.

“However, firefighters will rightly find the references to ‘lifestyle’ offensive.

“Firefighters are not getting sick because of personal choices – they are getting sick because they are being systematically exposed to toxic substances in the course of their work.

“When so many other countries and international bodies are doing the right thing and recognising the risks firefighters face, it is time for our own government to stop ignoring the evidence and act.”

Anna Stec, Professor of Fire Chemistry and Toxicity at the University of Lancashire, said: “While the report makes positive recommendations on the need for a UK-wide rollout of harmonised contamination exposure tracking and health monitoring for firefighters, the argument that firefighter cancers and diseases could be reduced through lifestyle changes is fallacious.

“Lifestyle factors influence health outcomes in any population, but they do not explain the elevated rates of cancer and disease seen in firefighters.

“Why should firefighters be expected to adopt such changes in order to compensate for the toxic environments they are routinely exposed to at work?”

Report Summary: Exposure to fire contaminants in London: A hidden, growing risk?

Why the investigation was launched

The report states that firefighters are expected to accept risk as part of their work, but that exposure to fire contaminants represents an emerging and less visible risk, particularly in relation to cancer.

Purpose of the Committee’s inquiry

The London Assembly Fire Committee launched its investigation to examine how these risks are manifesting in London, the evidence linking exposure to cancer, and what actions could better protect firefighters locally and nationally.

Nature of exposure in London

Evidence presented to the Committee indicates that firefighters in London are exposed to products of combustion at fire incidents, and that these exposures are broadly similar to those faced elsewhere in the UK.

Cumulative exposure in London

Witnesses told the Committee that, because of the high number of fires attended in London, there may be risks associated with cumulative exposure, even though London is otherwise comparable to other large metropolitan areas.

Evidence and uncertainty on cancer causation

The report notes that definitive UK evidence of direct causal links between firefighting and specific cancers is still developing, given the varied nature of exposures and the time it can take for related illnesses to emerge.

International evidence context

The Committee references the International Agency for Research on Cancer’s 2023 designation of occupational exposure as a firefighter as carcinogenic, while also noting that more UK-specific research is needed.

Why uncertainty should not delay action

The Committee argues that the absence of definitive causal proof should not prevent action, and that better assessment, measurement and tracking of exposure is needed.

Call for a national monitoring programme

The report recommends that central government, working with the National Fire Chiefs Council and devolved administrations, establish a UK-wide firefighter exposure and health monitoring programme with national standards for data collection and long-term surveillance.

Recommendation on compensation evidence review

The Committee recommends that the Industrial Injuries Advisory Council undertake a fresh review of the evidence on cancer risks linked to firefighting, in light of developments since its 2021 position paper.

Progress made by London Fire Brigade

The Committee recognises that London Fire Brigade (LFB) has taken several steps since publishing its Fire Contaminants Policy in 2022, and that this has led to a clear cultural shift away from viewing dirty kit as a “badge of honour”.

Key elements of the policy in practice

The report describes changes such as safe disrobe procedures, the use of designated zones within fire stations to reduce cross-contamination, and the expectation that firefighters should shower within an hour of exposure.

Changes to frontline practice

Witnesses and site visits indicated that firefighters are now more focused on decontamination at incidents and on preventing secondary exposure when returning to stations or fire engines.

Persistent practical barriers

The report identifies ongoing challenges with the availability of personal protective equipment, including shortages reported in 2025, which have affected implementation of the policy in some cases.

Financial and operational pressures

The Committee notes that increased cleaning and replacement of PPE are placing additional pressure on fire and rescue service budgets.

Station design as a structural constraint

The report finds that many older fire stations were not designed with modern contamination control in mind, making it difficult to separate clean and contaminated areas consistently.

Cross-contamination risks in existing stations

The Committee observed that, in some stations, contaminated equipment still has to pass through areas intended to remain clean because of building layout constraints.

Recommendations on future PPE contracts

The report recommends that LFB ensure its next PPE contract is designed to meet current and anticipated demands from fire contaminants policies, including more frequent cleaning, faster turnaround times and sufficient stock levels.

Recommendation on exposure monitoring in London

The Committee calls for LFB to develop a time-limited pilot exposure monitoring programme for operational firefighters, scoped in 2026/27 and launched in 2027/28, developed with academic and occupational health experts.

Existing health screening arrangements

The report records that London firefighters receive routine medicals every three years, including basic cardiorespiratory checks and an asbestos-specific element.

Limits of cancer screening

The Committee notes that comprehensive cancer screening for firefighters is complex, and that some cancers most strongly associated with firefighting, such as mesothelioma and bladder cancer, do not currently have safe, reliable population-level screening tests in routine NHS use.

Prevention and occupational health

The report recommends that LFB strengthen its prevention-focused approach by embedding proactive health promotion, including support around smoking cessation, fitness, diet, sleep and alcohol, within routine occupational health provision.

Regulatory context

The Committee records that the Health and Safety Executive considers the existing regulatory framework, including the Health and Safety at Work Act, COSHH regulations and Workplace Regulations, sufficient to reflect firefighting’s classification as a carcinogenic occupation.

Overall conclusion of the Committee

The Committee concludes that LFB’s Fire Contaminants Policy represents a substantial step forward, but that further national coordination, better exposure data, improved PPE systems and updated fire station design standards are needed to reduce long-term health risks for firefighters.

Maintaining seal performance: MEIKO UK tackles BA contamination

MEIKO UK Managing Director Paul Anderson explains automated BA mask decontamination, focusing on repeatability, operator exposure and workshop workflows for respiratory kit teams

Firefighters rely on breathing apparatus masks and personal protective equipment that must perform consistently in hostile environments.

During incidents and training, this equipment is exposed to soot, fine particulates and biological contaminants that can remain embedded if cleaning is poorly controlled.

For BA masks and regulators, residue can affect the seal, compromise performance or expose the next wearer to harmful substances.

Amid growing awareness of occupational health risks and cancer exposure, many fire and rescue services have moved away from manual, sink-based cleaning towards automated, repeatable processes in dedicated workshops.

MEIKO UK Managing Director Paul Anderson sat down with IFSJ Editor Iain Hoey to explain how the company’s TopClean washer-disinfector systems work, the problems they are designed to solve and how controlled cleaning processes are reshaping BA mask and PPE hygiene in the fire service.

What risks do fire services face when BA masks and PPE are not cleaned using a controlled and repeatable process?

Over recent years, fire services have placed much greater emphasis on firefighter health.

It is now widely recognised that fires expose equipment to carcinogens that can adhere to clothing and breathing apparatus masks and then be inhaled by the next wearer.

In some cases, the person cleaning the equipment may also be exposed.

Protecting firefighters therefore has to be central to how PPE is managed.

Traditionally, many services relied on a three-sink method, where equipment is dipped sequentially through separate sinks.

That approach leaves significant room for variation, relies heavily on individual practice and typically involves large volumes of chemicals, leading to inconsistent results.

With an automated process, cleaning is built around defined parameters such as time, temperature, mechanical action and chemistry.

When those elements are balanced correctly, the result is a controlled and repeatable method of cleaning every time, reducing water and chemical use while providing a consistent outcome for BA masks and other PPE.

From a technical perspective, what makes BA masks and regulators more challenging to clean than general PPE?

Cleaning PPE is very different from cleaning items like glassware or plates.

PPE goes straight back onto the human body and sits in close contact with the skin, so there has to be confidence that contaminants are fully removed.

With BA masks, cleaning the outside alone is not enough.

The inside of the mask also has to be cleaned thoroughly.

After a fire, particulates drawn into the mask can remain detectable by smell and those residues can carry bacteria and other contaminants that should not be inhaled.

The process therefore has to address both internal and external surfaces using appropriate temperatures and, where required, specific levels of disinfection.

This approach is well established in healthcare settings, where defined contact times during the final rinse are used alongside temperature and chemistry to remove viruses.

The aim is to clean a mask to a standard where it can be safely worn by one firefighter and then issued to another immediately afterwards.

Other items such as helmets, gloves and boots present fewer challenges because they are not part of the breathing system.

Masks are more demanding, and regulators and breathing components must also be protected during cleaning.

This is achieved using controlled air connections that prevent water from entering sensitive areas, allowing a fully automated process that protects the equipment while delivering a high standard of hygiene.

How do washer-disinfectors improve consistency and limit exposure compared with manual cleaning?

The cleaning process is built around what is commonly referred to as Sinner’s circle, which brings together time, temperature, mechanical action and chemistry.

In manual cleaning, those elements are applied inconsistently and are heavily influenced by the individual carrying out the task.

With an automated system, all parameters are controlled.

In a manual sink-based process, half a litre to a litre of detergent per sink is common.

In an automated washer-disinfector, chemical use is typically around seven millilitres per litre of water, and even less during the final rinse.

That level of control directly affects exposure, energy use and resource consumption.

The system uses less chemical, less water and less energy overall, which means less contaminated water entering the drainage system and a more contained process for the operator.

Throughput is also significantly higher.

Up to 40 BA masks can be cleaned per hour, with larger systems such as the TopClean D increasing capacity further, while cleaning performance remains consistent internally and externally and is supported by validated process data.

Why pressurise regulators during cleaning and what practical benefits does it deliver?

The TopClean M is designed to clean both the inside and outside of the BA mask while allowing regulators to be cleaned as part of the same process.

A regulator controls the flow of air from the cylinder to the wearer and certain internal areas cannot be exposed directly to water.

To address this, the system uses a low-pressure compressed air connection during the wash cycle.

This maintains internal air pressure within the regulator, preventing water from entering sensitive components.

The regulator is cleaned externally while its internal parts remain protected, delivering effective cleaning alongside protection of critical breathing components within a single controlled process.

How do clamping and racking features reduce cross-contamination inside larger systems?

The TopClean D is a larger system that many fire services now use as a single solution where space is limited.

It can clean masks, cylinders, backpacks, complete apparatus, gloves, boots and helmets within one controlled cycle.

It operates quickly while using less water and fewer chemicals and can incorporate heat recovery so energy from the process is reused to preheat incoming water.

Cross-contamination is prevented through controlled separation within the machine, with contaminants removed through filtration and discharged safely so items are not re-exposed during the cycle.

How are cycles and detergents set to remove contaminants without damaging seals, visors or valves?

Cleaning programmes are developed within the temperature ranges and parameters approved by mask and equipment manufacturers, supported by the relevant certifications.

Materials such as silicone and rubber need careful handling, as prolonged exposure to excessive heat can lead to gradual degradation and shorten service life.

To avoid that, temperatures, detergents and cycle times are matched to the materials being cleaned and checked in partnership with manufacturers.

This ensures contaminants are removed effectively while the integrity of seals, visors and valves is maintained.

What changes when services adopt automated cleaning and how might hygiene expectations evolve?

Moving from a manual process such as a three-sink system to an automated one is a significant change.

Initial reactions are often positive, as teams no longer need to clean equipment by hand, but structured training remains essential.

Teams are taken through the process from start to finish, supported by clear visual guidance displayed in the workshop.

The operation itself is kept simple, with most machines running on three main cycles: short, medium and long.

Heavily contaminated equipment requires a longer cycle, while routine post-training cleaning can be completed more quickly.

Training covers how to run the machine and how to maintain it, with elements such as colour-coding used to identify parts handled and cleaned daily.

Looking ahead, how do you see expectations around PPE and BA hygiene evolving?

Over the last two to three years, expectations around PPE hygiene have shifted quickly, influenced in part by developments in the United States, where contamination and cancer exposure among firefighters have been more openly discussed.

Cost will always shape decision-making.

Services still have to balance capital investment with ongoing spend on water, power and chemicals.

Systems that reduce resource use while delivering reliable decontamination allow services to improve protection for crews while making realistic choices about where money is spent over the life of the equipment.

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

KiddeFenwal launches 35-2X Series Gas Ignition Controls for 230 VAC

Gas ignition controls for 230 VAC applications

KiddeFenwal has introduced its 35-2X Series, a line of direct spark Gas Ignition controls for original equipment manufacturers (OEMs) in and serving European and Asia-Pacific markets.

The company described the series as gas ignition and safety modules supporting 230 VAC applications.

The 35-2X Series is being offered via the Fenwal Controls brand, which the company said has served OEMs since 1935.

Rekha Agrawal said: “KiddeFenwal continues to bring new critical control solutions to market, meeting the evolving needs of OEMs and their range of customers worldwide.

“From increasing product complexity to rising energy prices, we deeply understand the challenges in this key space and are planning several innovations over the months to come specifically designed to meet such issues head on.”

Modules and application areas

The press release from the company listed three inaugural modules in the 35-2X Series: the 35-20 Direct Spark Ignition (DSI) Control without blower, 35-21 DSI Control with inducer blower and 35-23 DSI Control with intermittent pilot.

The modules are available in configurations described as specific to applications in HVAC, agriculture, pool heating, commercial cooking and other sectors.

All modules are described as providing high energy spark output for gas ignition.

The modules include an enhanced LED readout for diagnostics and status reporting.

They also include a programmable dry contact (alarm) output for indicating a lock out condition.

Certifications and approvals

KiddeFenwal stated that the 35-2X Series is globally certified, meeting CE EN298:2022, AS 4625-2008 and BSI approvals for installations in Europe, Australia, New Zealand and Asian markets.

The company described the launch as part of its planned expansion in the safety controls space across Europe, Asia and Australia.

The 35-2X Series is being offered through the Fenwal Controls brand.