Rescue Intellitech has announced the launch of its DE Series washing machines designed to decontaminate firefighter protective clothing.
Derby College students gain PPE training through OHEAP partnership
OHEAP hosts workwear sessions for students
OHEAP Fire and Security has reported that it held a series of PPE-focused workwear events at Derby College Group’s Stevenson Building.
The company said the sessions ran over three weeks and supported students across engineering, building services, construction and automotive courses.
According to OHEAP Fire and Security, more than 400 students attended the events and had access to protective workwear used in industry.
It added that students spoke directly with PPE specialists about safety and compliance in the workplace.
The company stated that these conversations aimed to provide knowledge that students can use in their careers.
Six-year partnership with Derby College
OHEAP Fire and Security explained that it has partnered with Derby College for over six years.
The business said this partnership includes supplying students with protective workwear.
It added that the collaboration prepares students for workplace demands while encouraging safe skill development.
The organisation stated that its work with Derby College reflects its belief that safety and compliance should be accessible.
OHEAP Fire and Security commented that the relationship also helps students feel supported as they grow into future tradespeople.
Broader community and education engagement
The company reported that the partnership with Derby College highlights its commitment to the local community.
It said the collaboration demonstrates support for the education sector as part of its wider approach.
According to the company, investing in students helps strengthen the workforce of tomorrow.
It added that the initiative contributes to safeguarding skills development in key trades.
OHEAP Fire and Security explained that it views this as part of its responsibility to support both industry and education.
OHEAP’s wider service offering
OHEAP Fire and Security stated that it provides passive and active fire safety services across the Midlands.
The company said it supplies industry-grade PPE and first aid products.
It added that it also offers embroidery services tailored to workwear needs.
The organisation reported that this range of services supports both education providers and businesses.
It noted that the company’s decades of experience underpin its partnerships in the region.
Industry perspective on the events
Matthew Pickbourn, Manager of OHEAP Fire and Security’s Safety and Supplies Division, said: “These events have been a wonderful opportunity to support the next generation of skilled professionals.
“Our work with Derby College shows students how safety and compliance go hand in hand with success in their future careers.”
Future plans for collaboration
OHEAP Fire and Security reported that it is inviting more education providers to collaborate.
The company said it hopes to extend the model of student-focused safety events.
It added that engagement with industry partners could help strengthen workforce readiness.
The organisation explained that it aims to contribute to a safer and better-equipped future workforce.
Relevance for fire and safety professionals
This story is relevant for fire and safety professionals because it shows how PPE education is being integrated into vocational training.
The collaboration demonstrates how industry can engage with students to reinforce compliance.
It also illustrates how partnerships can prepare future workers for safe practice in high-risk fields.
For fire and safety professionals, this highlights the value of extending PPE awareness beyond current workplaces and into education settings.
Derby College students gain PPE training through OHEAP partnership: Summary
OHEAP Fire and Security reported that it held PPE events at Derby College Group.
The company said the sessions were hosted at the Stevenson Building.
It stated that the events supported students in engineering, construction, automotive and building services.
According to OHEAP Fire and Security, more than 400 students attended.
It added that students had access to protective workwear used in industry.
The company explained that students also spoke with PPE specialists.
It said these conversations highlighted safety and compliance requirements.
OHEAP Fire and Security stated that it has partnered with Derby College for six years.
The company said the partnership supplies students with protective workwear.
It added that the collaboration supports workplace readiness and safe skill development.
The organisation reported that it also helps students feel supported in their careers.
OHEAP Fire and Security stated that it provides fire safety, PPE, first aid and embroidery services.
The company said its services support both businesses and education providers.
Matthew Pickbourn said the events helped demonstrate how safety and compliance connect with success.
OHEAP Fire and Security reported that it hopes to work with more education providers in future.
Teledyne FLIR OEM and ACSL advance thermal imaging drone technology
Teledyne FLIR OEM confirms collaboration with ACSL
Teledyne FLIR OEM has announced that ACSL will join its Thermal by FLIR programme to integrate its thermal imaging modules into new drone payloads.
According to Teledyne FLIR OEM, the partnership will see ACSL, a Japanese drone manufacturer, develop payloads using its Hadron 640R dual camera system and related imaging technologies.
The initiative is aimed at providing enhanced imaging capabilities for public safety, disaster response, and inspection applications in the United States.
Teledyne FLIR OEM explained that the programme supports original equipment manufacturers in adopting thermal modules and taking new imaging products to market.
It added that the collaboration with ACSL reflects growing demand for NDAA-compliant, security-focused drone systems.
ACSL integrates Hadron 640R into SAMO payload
ACSL said the collaboration includes its SAMO thermal payload, which combines a 64MP visible camera with the Hadron 640R thermal module.
The payload will also incorporate FLIR’s patented Multi-Spectral Dynamic Imaging technology, known as MSX, which overlays visible details onto thermal imagery for greater clarity.
The company reported that the SAMO system is designed to provide real-time imaging for operators in the field.
Cynthia Huang, CEO of ACSL Inc, said: “Collaborating with Teledyne FLIR OEM is a natural and significant step for ACSL.
“As the U.S. drone landscape evolves, our commitment remains focused on delivering field-ready UAS solutions.
“The SAMO payload brings advanced, proven imaging capabilities to drone operators nationwide.
“Paired with our new TAITEN smart controller and upgraded SOTEN platform, operators will be empowered to work smarter, faster, and with greater confidence.”
SOTEN drone features and intended use
ACSL explained that its SOTEN drone is intended for public safety, disaster response, surveying, and inspection.
It said the drone is foldable, lightweight, and manufactured in Japan to ISO15408 standards.
The system includes a weather-resistant IP43 rating, a flight time of 25 minutes, and a swappable payload feature for faster field use.
The organisation added that the platform has been designed to meet compliance requirements under the U.S. National Defense Authorization Act.
It confirmed that the payload integration is expected to expand the range of missions that the SOTEN can support.
Teledyne FLIR OEM perspective on collaboration
Mike Walters, vice president of product development at Teledyne FLIR OEM, said: “With growing concerns around drone security, ACSL offers a robust NDAA-compliant solution with versatile payload options tailored to mission needs.
“ACSL’s rapid innovation is impressive, and we’re excited to continue ongoing collaboration on next-generation drone payloads featuring our latest thermal camera modules and Prism ISP features.”
The company indicated that ongoing joint development will address evolving drone market requirements.
It added that the Thermal by FLIR programme is structured to help manufacturers combine imaging modules with broader system-level features.
Thermal by FLIR programme explained
Teledyne FLIR OEM reported that the Thermal by FLIR programme provides technical integration support and joint marketing opportunities for participating drone manufacturers.
The programme offers access to the company’s latest thermal camera modules and related imaging software tools.
It said the aim is to accelerate the deployment of thermal imaging technologies across multiple sectors, from public safety to industrial inspection.
The group added that ACSL is among the newest participants in the programme, joining other developers seeking to expand their drone capabilities.
Commercial UAV Expo showcase in Las Vegas
Teledyne FLIR OEM said that ACSL will present the SOTEN drone and SAMO payload at the Commercial UAV Expo in Las Vegas from 2 to 4 September 2025.
It noted that ACSL will exhibit at booth number 917 during the event.
The company added that the showcase will allow attendees to view the integrated systems and discuss their potential applications.
Relevance for fire and safety professionals
Thermal imaging drones are increasingly being adopted by fire services for search and rescue, situational awareness, and fireground management.
The collaboration between Teledyne FLIR OEM and ACSL introduces another platform designed to meet regulatory requirements in the United States.
Fire and safety professionals may find value in the payload’s real-time imaging, which can support decision-making in emergency operations.
The system’s compliance and integration with secure drone platforms may also address security concerns in public sector procurement.
Teledyne FLIR OEM and ACSL advance thermal imaging drone technology: Summary
Teledyne FLIR OEM announced that ACSL has joined its Thermal by FLIR programme.
The collaboration involves ACSL’s SAMO payload with the Hadron 640R dual thermal-visible camera module.
The payload also integrates FLIR’s Multi-Spectral Dynamic Imaging technology.
ACSL’s CEO Cynthia Huang said the partnership enhances UAS solutions for U.S. drone operators.
ACSL’s SOTEN drone is designed for public safety, disaster response, surveying, and inspection.
The drone is foldable, ISO15408 certified, NDAA compliant, IP43 weather resistant, and has a 25-minute flight time.
Teledyne FLIR OEM vice president Mike Walters said the collaboration addresses drone security needs.
The Thermal by FLIR programme provides OEM support and market access for thermal imaging products.
ACSL will showcase the SOTEN drone and SAMO payload at the Commercial UAV Expo in Las Vegas.
Carcinogens in Quincy gear: why firefighters say trust is broken
Image: IAFF [Quincy Mayor Thomas Koch discusses PFAS concerns at a press conference.]
Independent testing confirms presence of PFAS in new gear
Independent testing has confirmed the presence of carcinogens in turnout gear purchased by Quincy, Massachusetts.
According to the International Association of Fire Fighters (IAFF), the equipment was advertised as PFAS-free but analysis showed high levels of the chemicals.
Quincy Mayor Thomas Koch said: “It’s truly outrageous to me, and deeply troubling, that we stand here today talking about how the new gear that we bought – sold to us on the premise that it had no PFAS in it, PFAS-free, that’s how it was advertised – was recently independently tested and came back highly positive with PFAS components in the gear.”
The IAFF stated that the results confirm fire fighters cannot rely on industry assurances about safety claims.
IAFF General President Edward Kelly said: “We cannot trust the manufacturers. We have to do independent testing on our own and ensure that what we’re being told is true – that dangerous chemicals are not infused in our gear.”
Context of PFAS risks and carcinogens
The IAFF reported that the International Agency for Research on Cancer has classified some PFAS as carcinogenic.
It added that growing scientific evidence points to long-term health risks from exposure.
Quincy’s Local 792 requested the independent analysis after concerns about the PFAS-free claims made by the manufacturer.
The city had begun purchasing new gear two years ago, and the decision to test was made to confirm that equipment met safety expectations.
The IAFF explained that the findings from Quincy illustrate how carcinogens remain present in turnout gear despite marketing assurances.
Local leadership response in Quincy
Quincy Local 792 President Tom Bowes said the findings highlight the failures of manufacturers to provide safe equipment.
Bowes said: “The last few months dealing with this issue have been frustrating, angry, and, truthfully, sad, seeing what these companies continue to pull.
“These companies are paid to protect us, and they have failed miserably.
“We do this job because we love helping people.
All we ask is to be protected.”
Bowes confirmed that support from the IAFF, 3rd District Vice President Jay Colbert, the Professional Fire Fighters of Massachusetts, and city officials has helped Local 792 address the problem.
The IAFF stated that the collaboration has been essential in navigating the outcome of the testing.
NFPA standards restricting carcinogens in gear
The IAFF reported that its advocacy has helped shape new standards on turnout gear.
In October 2024, NFPA issued Standard 1970, the first to restrict PFAS and other hazardous substances in turnout gear.
The organisation said the standard introduces a Restricted Substances List prohibiting chemicals such as PFAS and certain flame retardants.
This provision takes effect on 18 September 2025, and manufacturers may continue selling existing gear until 18 March 2026.
It said this gap leaves a period where fire fighters could still purchase equipment containing PFAS or other substances.
The IAFF added that NFPA 1970 also changes UV Light Degradation tests to reflect real-world conditions.
The association reported that the new framework may support the development of next-generation protective clothing.
It said the standard also establishes voluntary labelling to indicate gear tested and found to contain 100 ppm or less total fluorine.
Calls for continued vigilance
Kelly said the issue is wider than Quincy alone.
He said: “This is not a Quincy-centric issue. This is something that impacts fire fighters across North America.
“We cannot trust corporations to tell us the truth.
They have failed us too many times.”
The IAFF explained that while the NFPA changes are progress, the Quincy results highlight the ongoing need for independent testing.
It added that carcinogens in turnout gear remain a concern for departments across the continent.
Relevance for fire and safety professionals
The IAFF stated that the findings in Quincy show how carcinogens may still be present in gear marketed as safe.
The organisation said this emphasises the importance of independent testing of equipment.
It explained that fire departments should be aware of the timeline for NFPA 1970 implementation and the continued presence of PFAS in the market.
It added that professionals across the sector can use this information to inform procurement, policy, and training decisions.
Carcinogens found in Quincy firefighter gear: Summary
Independent testing confirmed the presence of carcinogens in new turnout gear purchased by Quincy, Massachusetts.
The International Association of Fire Fighters reported that the gear had been marketed as PFAS-free.
Quincy Mayor Thomas Koch criticised the findings.
IAFF General President Edward Kelly said fire fighters must conduct their own independent testing.
The International Agency for Research on Cancer has classified some PFAS as carcinogenic.
Quincy’s Local 792 requested the analysis of newly purchased equipment.
Local 792 President Tom Bowes said manufacturers had failed to provide protection.
The IAFF reported that support came from Local 792, IAFF District leadership, and state representatives.
The IAFF stated that NFPA introduced Standard 1970 in October 2024.
The standard restricts PFAS and other hazardous substances in turnout gear.
The provisions take effect on 18 September 2025 with a sell-through period until 18 March 2026.
NFPA 1970 also includes updated UV Light Degradation testing.
The standard establishes voluntary labelling for gear tested with 100 ppm or less fluorine.
Kelly said carcinogen risks are a continent-wide issue.
The IAFF said the findings highlight the need for continued independent testing.
FBU says firefighters face “impossible choice” as safety gear and jobs fall short
Union highlights lack of wildfire PPE
The Fire Brigades Union (FBU) has warned that firefighters tackling wildfires across the UK were deployed without specialist personal protective equipment.
According to the FBU, recent wildfires in Edinburgh, North Yorkshire and Holt Heath in Dorset exposed gaps in equipment and training across services.
The union reported that the Holt Heath fire drew resources from 17 fire and rescue services, including Avon, Dorset and Wiltshire, Gloucestershire, Berkshire and Hampshire and the Isle of Wight.
It said that many crews attended without lightweight wildfire PPE.
The union added that some firefighters had only received online training or none at all before being sent into wildfire conditions.
Increased risks to firefighter safety
The FBU stated that the absence of specialist PPE forced crews to make unsafe choices in extreme heat.
It warned that firefighters faced elevated risks of heat stroke, exhaustion and burns during extended wildfire deployments.
According to the union, some crews removed heavier structural PPE to reduce overheating, leaving their skin exposed.
It said that this demonstrated the urgent requirement for national standards on equipment and training.
Call for investment and national standards
Adam Taylor, Fire Brigades Union national officer, said: “Wildfires are increasingly a fact of life in many areas now that our climate is rapidly heating, but too often firefighters are not being provided with the basic equipment and training they need to keep themselves and the public safe.
“Without proper PPE, firefighters face an impossible choice between heat stroke and exposing themselves to burns, either from flames or the sun.
“We urgently need investment to sort out this problem. We also need national standards on equipment and training, as well as response times and crewing levels.
“Labour promised to safeguard workers’ rights and to rebuild fire service standards – it’s time for this government to deliver.”
Concerns from firefighters on deployment
Harry Brant, FBU Leicestershire brigade secretary, said: “We are proud of the six firefighters who were deployed from Leicestershire to help tackle the wildfire at Holt Heath.
“But it is not ideal that they were sent without access to proper wildfire PPE to aid them in the arduous conditions they faced.
“Without lightweight wildfire PPE, firefighters face an increased risk of heatstroke, burns and exhaustion.
“Our members travelled more than a hundred miles – the least they deserve is the tools they need to keep themselves and the public safe.
“We need national standards, so that all firefighters can go to work knowing they will have the right equipment, wherever they are working.”
FBU warns of impact from proposed cuts
The Fire Brigades Union has also criticised government plans to cut fire and rescue service budgets.
It said the decision comes just over a year after Labour took office.
The union warned that the reductions could lead to the loss of 2,300 firefighter jobs across the UK.
It explained that the cuts followed a below-inflation funding settlement for 2025–26.
Fire service capacity and climate pressures
The National Fire Chiefs Council has modelled a funding gap of £102m, equal to around 1,500 firefighter posts, not including London or rural services.
The FBU said that including those areas would increase the figure to 2,300 posts at risk.
It added that the service has already lost 12,000 firefighter roles since 2010, equating to one in five.
According to the union, response times have lengthened and in some locations fire engines are mobilised without the full five-person crews needed to manage incidents safely.
It noted that these reductions come as climate-driven risks increase.
The union pointed to more frequent wildfires, floods and extreme weather across the UK, with around 900 wildfire incidents already recorded this year, surpassing 2022 totals.
FBU response to government proposals
Steve Wright, Fire Brigades Union general secretary, said: “It is simply disgraceful that the government is imposing cuts on this scale, having come to power promising change. The fire service is already on its knees after 15 years of austerity.
“Cuts to the emergency services will cost lives. It is a matter of time until someone dies – either because we don’t have the resources to reach them in time, or because cuts mean firefighters are being put in harm’s way.
“The UK has a record number of billionaires. The average FTSE 100 CEO takes three days to earn a firefighter’s whole annual salary. There is a clear alternative – introduce a wealth tax, rebuild our public services, and create an economy for workers.
“Time is running out for Labour to demonstrate that it can provide a meaningful alternative to Tory austerity. The government must think again about these cuts.”
Relevance for fire and safety professionals
For fire and safety professionals, the concerns raised by the FBU highlight operational risks and long-term challenges in the UK.
The absence of proper PPE and consistent training standards affects frontline safety during wildfire deployments.
At the same time, planned staffing cuts threaten the ability of services to maintain response levels while climate-related emergencies grow in scale and frequency.
The issues identified by the union emphasise the need for clear national standards, sustainable funding and policy measures that align resources with increasing demands.
FBU raises concerns over PPE shortages and budget cuts in UK fire services: Summary
The Fire Brigades Union has reported that firefighters in the UK were sent to wildfires without specialist PPE.
The union said some crews had only received limited or no training.
It stated that firefighters faced increased risks of heat stroke, burns and exhaustion.
The FBU called for national standards on equipment, training, crewing and response times.
The union also warned that government budget cuts could remove 2,300 firefighter posts.
It said this followed a below-inflation funding settlement for 2025–26.
The National Fire Chiefs Council has projected a £102m funding shortfall, excluding London and rural services.
The FBU noted that the service has already lost 12,000 firefighter jobs since 2010.
It said response times have lengthened and fire engines are sometimes mobilised with fewer than five crew members.
The union warned that cuts come as wildfire, flood and extreme weather incidents rise across the UK.
Blackline Safety Wins ADNOC Order for 28,000 Devices
ADNOC has placed its first order with Blackline Safety under a multi-year agreement, beginning with 1,000 gas detectors and 1,200 location beacons
New firestopping tests could change how engineers design with cellular beams
Promat and FSi Promat develop cellular beam firestopping solution
Promat has reported the launch of a new firestopping system designed for use with cellular steel beams in the UK.
According to Promat, the tested solution has been developed in collaboration with its sister company FSi Promat and independently evaluated in laboratory settings.
The system allows building services to pass through openings in cellular beams while maintaining compartmentation performance of up to 120 minutes.
Promat explained that protecting structural steel is essential to maintaining the stability of a building during fire incidents, giving time for occupants to evacuate and for fire services to respond.
The company stated that the new solution helps meet the guidance of the Association for Specialist Fire Protection (ASFP) yellow book, which requires specific testing for cellular beams due to their different performance under fire compared with solid beams.
Fire testing and compliance
Promat reported that it worked with independent laboratories to develop a testing methodology that accounts for the unique properties of cellular beams.
The company said the solution was tested to BS EN 1363-1 integrity and insulation requirements.
It added that the combination of Promat and FSi Promat systems was shown to maintain compartmentation for up to 120 minutes under laboratory conditions.
According to the business, cellular beams lose structural integrity at lower temperatures than solid beams, requiring tailored firestopping strategies.
The organisation indicated that the tested method closes openings in beams with Stopseal Batt and Pyrocoustic sealant and uses VERMICULUX-S to box in steel sections.
Structural considerations in building projects
Josh Slack, Commercial Director at Promat, said: “Used frequently in construction, cellular beams use less steel than solid beams to span greater distances and allow services to pass through, which supports space efficient design and ease of application.
“However, this material difference in the steel needs to be accommodated when protecting steel structures from the threat of fire.
“Even where services are not passing through the openings, cellular beams will typically require a greater board thickness.
“Specifiers need to take this into account when planning special co-ordination. Promat can assist with this determining the thickness of board required for different cellular beams, ideally at an early stage in the project.”
Joint development with FSi Promat
According to Promat, the system was co-developed with FSi Promat to integrate firestopping within steelwork protection.
Craig Abbott, Technical Director at FSi Promat, said: “In testing a batt and mastic solution within the frames we have built in the usability that contractors want to see from cellular beams whilst maintaining a high level of passive fire protection.
“Accommodating service penetrations is part and parcel of building design, and the better equipped we are to provide a tested solution to support the various installations used, the easier specification becomes.
“It is great to be able to offer a joint approach to support integrated testing to provide a go-to solution for protecting cellular beams in the event of a fire.”
Guidance for specifiers and contractors
Promat explained that cellular beams often require more complex fire protection strategies than solid beams.
The organisation noted that the tested system gives designers and contractors a reference solution for projects where services must run through beams along compartment lines.
It reported that the tested solution helps address a gap in formal BS EN standards covering compartmentation in steelwork protection.
The company advised that early coordination is important to ensure board thickness and detailing meet performance expectations for different beam specifications.
Relevance for fire and safety professionals
The development is relevant for fire engineers and safety professionals responsible for building compliance and design review.
It provides a tested system option for projects using cellular beams where service penetrations cross compartment lines.
The testing adds reference data where current BS EN standards do not fully cover cellular steel beam firestopping.
This information may assist professionals in specification, inspection and compliance verification.
Promat and FSi Promat develop cellular beam firestopping solution: Summary
Promat has reported a new firestopping system for cellular steel beams in the UK.
The solution was developed with FSi Promat and tested in independent laboratories.
It maintains compartmentation for up to 120 minutes.
The system uses Stopseal Batt, Pyrocoustic sealant and VERMICULUX-S.
Testing was aligned with ASFP yellow book guidance and BS EN 1363-1.
Cellular beams lose integrity faster than solid beams under fire conditions.
The solution was developed due to the lack of a BS EN standard for compartmentation in cellular beams.
Josh Slack of Promat said cellular beams require special consideration in fire protection design.
Craig Abbott of FSi Promat said the solution combines usability with passive protection.
Promat reported that the tested solution offers contractors a method to protect beams while allowing services to pass through.
The companies said it supports building projects needing firestopping at compartment lines.
Promat noted that early specification helps determine board thickness for different beam types.
The testing was confirmed to maintain compartmentation for 120 minutes.
The development is aimed at assisting compliance in fire engineering projects.
It provides reference data for safety professionals working with cellular beam construction.
Europe’s methane challenge: How three new detectors could shape compliance and safety
EU methane rules drive demand for detection
Teledyne Gas & Flame Detection has announced the release of its MethaSense range of methane detectors, designed to meet new regulatory demands in Europe.
According to the company, the launch follows the introduction of the EU Methane Regulation, which requires operators to report annual methane emissions with independent verification.
Teledyne said the MethaSense family includes three models – MethaSense, MethaSense XP and MethaSense Trace – each using patented non-dispersive infrared (NDIR) sensor technology for methane detection.
The group explained that the products cover residential, industrial and utility applications, with integrated alarms, wireless connectivity options and long battery life.
The manufacturer indicated that the detectors are intended to support compliance with reporting obligations while providing continuous safety monitoring.
Residential detection with MethaSense
According to Teledyne Gas & Flame Detection, the MethaSense model is designed for homes and small businesses.
The company explained that the detector offers a 0–5% volume detection range, with high selectivity to methane and resistance to sensor poisoning to avoid false alarms.
It added that integrated audible and visual alarms provide alerts for occupants, while compatibility with advanced metering infrastructure allows integration into smart home systems.
Teledyne said the model uses progressive signal processing to detect concentrations as low as 10% of the lower explosive limit.
It noted that the detector operates with a 10+ year battery life, continuing to provide coverage during power outages.
Industrial monitoring with MethaSense XP
Teledyne reported that the MethaSense XP model is designed for industrial environments with limited access and demanding conditions.
The company said the unit combines NDIR sensor technology with a rugged housing, wireless communication options and long-term battery autonomy.
It explained that MethaSense XP carries ATEX and IECEx certifications for operation in hazardous areas.
The manufacturer added that the detector includes audible and visual alarms, immunity to corrosion and a design intended for continuous monitoring.
Teledyne stated that the model is intended to protect worker safety while ensuring operational continuity.
Utility and LDAR applications with MethaSense Trace
According to Teledyne, MethaSense Trace is designed for leak detection and repair programmes and for utilities subject to emissions reporting.
The group explained that the detector has an IP67-rated housing for outdoor use and can withstand harsh conditions.
It said the device provides 10× greater methane selectivity than earlier sensors and offers a detection range from 50 ppm to 100% volume.
Teledyne indicated that the model supports 24/7 detection and quantification of methane emissions, with cloud-based analytics and automated reporting.
It added that the solution enables operators to meet regulatory requirements while monitoring environmental and safety thresholds.
EU reporting obligations
Teledyne explained that under the EU Methane Regulation, operators must now submit annual reports on methane emissions from 5 August 2025.
The company said the regulation requires detailed source-level data and independent verification.
It added that the MethaSense product line is intended to help operators meet these obligations while maintaining operational efficiency.
The organisation noted that regulatory compliance was a key driver behind the development of the new range.
Industry perspective
Régis Prevost, Product Line Manager at Teledyne Gas & Flame Detection, said: “NDIR technology, as utilised by all three detectors in our new MethaSense series, offers high selectivity, fast response times and long-term reliability.
“Users benefit from natural gas detectors that provide a low-maintenance, cost-effective, versatile solution for continuous methane monitoring, supported by key features that include up to 10+ years of battery life, zero recalibration requirements, wireless connectivity options, and suitability for smart infrastructure and safety-critical environments.”
Relevance for fire and safety professionals
Methane is a flammable gas, and detection systems play a role in preventing fire and explosion risks in both residential and industrial settings.
The introduction of new EU regulations increases the demand for reliable detection technologies that can support compliance while reducing risks.
For safety managers and engineers, understanding the capabilities of detectors like the MethaSense range will be relevant to risk assessments and operational planning.
The availability of certified, long-life detectors may also influence procurement strategies for utilities, housing providers and industrial operators.
Teledyne launches new MethaSense detectors for methane detection: Summary
Teledyne Gas & Flame Detection has launched the MethaSense range of methane detectors.
The series includes MethaSense, MethaSense XP and MethaSense Trace.
All models use NDIR sensor technology for methane detection.
MethaSense is designed for residential and small commercial use.
MethaSense XP is intended for industrial applications.
MethaSense Trace is developed for leak detection and repair and utility monitoring.
The EU Methane Regulation requires annual methane emission reports from August 2025.
Teledyne said the new range supports compliance with the regulation.
The detectors include wireless communication options and audible and visual alarms.
Battery life exceeds 10 years across the product family.
MethaSense Trace offers 10× methane selectivity and a detection range from 50 ppm to 100% volume.
The detectors provide continuous monitoring in varied conditions.
The company said the models are suitable for smart infrastructure.
Teledyne noted that the regulation also requires independent verification.
The manufacturer added that the detectors are intended to support safety and efficiency.
Lithium-ion battery fires: Redline and KnightTEK announce new suppression and containment systems
Redline launches new systems for lithium-ion battery fires
KnightTEK has reported that Redline Fire Solutions has launched two new products designed to address lithium-ion battery fires.
The products, Thermal Stop and Thermal Shield, are designed to suppress thermal runaway reactions, contain toxic gases, and prevent re-ignition.
According to KnightTEK, the liquid-based Thermal Stop extinguishing agent penetrates damaged cells to halt the reaction, while Thermal Shield is applied after suppression to stabilise and secure batteries during transport.
The company explained that traditional methods, such as water, are often ineffective against lithium-ion fires, which can reignite during removal and recovery.
KnightTEK confirmed that it will act as the exclusive global distributor for the two systems.
Thermal Stop extinguishing agent
According to KnightTEK, Thermal Stop has been developed to penetrate compromised cells, cooling them while interrupting the chemical chain reaction that drives thermal runaway.
The company said that the agent is applied directly to affected battery systems to rapidly suppress the fire.
It added that the product uses ingredients listed in the EPA Safer Choice Program.
The organisation explained that this classification indicates the agent meets standards for environmental responsibility while remaining effective in high-risk scenarios.
Thermal Shield containment gel
KnightTEK reported that Thermal Shield is designed to be applied once suppression is achieved.
It said that the gel acts as a physical barrier, trapping gases and encapsulating hazardous material that could otherwise escape.
The company explained that this helps prevent re-ignition during removal, storage, and transport of damaged cells.
According to KnightTEK, the product is certified to NFPA 18 standards.
It said this certification supports its use in operational firefighting conditions.
Exclusive global distribution agreement
KnightTEK confirmed that it has been appointed as the worldwide distributor for Thermal Stop and Thermal Shield.
The organisation explained that it has experience in supplying fire safety solutions for high-risk industrial environments.
According to KnightTEK, it will provide the new systems to municipal fire departments, industrial response teams, and wildland firefighting agencies.
The company added that training and procurement opportunities are available directly through its distribution channels.
Industry perspectives on lithium-ion battery fires
Chrystel Worsman of Redline Fire Solutions said: “Lithium-ion battery fires are not like anything we’ve fought before.
“Cooling alone is not enough.
“Thermal Stop rapidly halts the chemical reaction while Thermal Shield prevents re-ignition during transport and recovery.
“Together, they offer a complete solution unlike anything currently in use.”
Stephen Knight, CEO of KnightTEK, said: “Lithium-ion fires are no longer rare. They’re in our homes, our streets, and our cities.
“Our partnership with Redline allows us to deliver not just a product, but a complete, field-tested system to first responders who urgently need better tools for this new class of fire.”
Chief Phil Worsman, founder and CEO of Redline, added: “We created Thermal Stop and Thermal Shield with the fireground in mind.
“As a firefighter, I’ve seen firsthand how dangerous and unpredictable lithium-ion fires can be.
“These products are the result of years of field testing and innovation, driven by a mission to give firefighters the tools they need to win the fight safely and efficiently.”
Relevance for fire and safety professionals
Lithium-ion battery fires are a growing operational challenge across multiple environments, including electric vehicles, energy storage, and consumer devices.
These new products have been designed with input from frontline fire service professionals and distributed by a company specialising in high-risk response solutions.
For fire and rescue services, the availability of an agent-and-gel system provides an alternative to traditional suppression methods.
Its design addresses suppression, containment, and safe removal, which are critical stages in managing lithium-ion battery incidents.
Lithium-ion battery fires: Redline and KnightTEK announce new suppression and containment systems: Summary
KnightTEK has reported that Redline Fire Solutions has released two new lithium-ion battery fire suppression products.
The products are Thermal Stop, a liquid extinguishing agent, and Thermal Shield, a gel containment system.
According to KnightTEK, Thermal Stop penetrates battery cells to stop thermal runaway.
Thermal Shield is applied after suppression to prevent re-ignition and contain gases.
Both products use ingredients listed in the EPA Safer Choice Program.
Thermal Shield is certified to NFPA 18 standards.
KnightTEK confirmed it has been appointed exclusive global distributor for both systems.
The company said distribution will cover municipal, industrial, and wildland firefighting agencies.
Chrystel Worsman of Redline said the products provide a complete suppression and containment system.
Stephen Knight of KnightTEK said lithium-ion fires are increasingly common in homes and cities.
Chief Phil Worsman of Redline said the products were created with direct firefighting experience in mind.
KnightTEK stated that training and procurement information is available directly from the company.
The hidden risk in firefighter gear that the US Army says it is removing
First Army unit transitions to PFAS-free bunker gear
The US Army has reported that its Military Surface Deployment and Distribution Command (SDDC) 596th Transportation Brigade has completed a full transition to PFAS-free firefighting gear.
The Army explained that this marks the first time a unit has entirely replaced bunker gear previously containing per- and polyfluoroalkyl substances, known as PFAS or “forever chemicals”.
According to the Army, PFAS were historically used in firefighting protective clothing for water and heat resistance, but exposure has been linked in research to elevated cancer risks.
The transition began at Military Ocean Terminal Sunny Point in North Carolina and at Military Ocean Terminal Concord in California.
Bunker gear refers to the full protective suits worn by structural firefighters, designed to withstand high heat and hazardous conditions.
Leadership focus on firefighter protection
Lance Stratton, chief of SDDC’s Protection and Mission Assurance Division, said: “We acknowledged the potential health and safety risks associated with long-term exposure to forever chemicals and took action to improve the protection of our firefighters.
“This was about making sure the people protecting our facilities and communities are as safe as possible.”
Stratton noted that the process was slowed by difficulty in sourcing suitable equipment in the volumes needed.
He credited Fire Chief Michael Fox of Sunny Point for ensuring the procurement remained a command priority.
“Chief Fox was undeterred in his efforts,” Stratton said. “He made this procurement process a priority across the command.”
Legacy of Chief Scott
Fox explained that the initiative was originally championed by Chief Michael Scott, the former Sunny Point fire chief who died from cancer in April.
“Unfortunately, Chief Scott lost his battle with cancer earlier this year, which made the issue very personal for us,” Fox said.
“We pressed forward with his plan to keep our personnel as safe as we possibly can.
“Firefighting is inherently dangerous—the things we can see remind us of that.
“The things we can’t see are often the ones that get us.
“Carcinogens are everywhere.”
Scott’s death reinforced the risks posed by hidden chemical exposures faced by firefighters.
Procurement and standards compliance
The Army reported that following research and coordination with other departments, including Naval Air Station Key West, the brigade selected Honeywell’s Morning Pride gear.
It said the product meets or exceeds National Fire Protection Association requirements without containing PFAS.
The gear was obtained through the Defense Logistics Agency’s Fire and Emergency Services Equipment Tailored Logistics Support Program.
The Army confirmed that the first shipment was delivered on 28 July.
Fox said: “The new gear has been very well received.
“Knowing there is one less thing lurking in the gear that’s supposed to keep you safe is reassuring.”
Broader Department of Defense policy
According to the Army, this step aligns with wider Department of Defense measures to eliminate PFAS in both firefighting foams and protective clothing.
The 2020 National Defense Authorization Act directed the phase-out of aqueous film-forming foam containing PFAS by 2024, with possible extensions until 2026.
Stratton added: “PFAS, and their potential link to cancer, are a significant concern for firefighters.
“It strikes especially close to home for our team at Sunny Point.”
Fox added that he hopes the transition will be noticed beyond SDDC.
“Our job as leaders is to ensure our personnel go home after every shift,” Fox said.
“This is one more way we can help make that happen.”
Relevance for fire and safety professionals
This development highlights a shift in firefighting equipment procurement policies within the US military, moving towards PFAS-free materials.
It shows how health risks connected to turnout gear are being addressed at organisational level.
The process also reflects the challenges of vendor sourcing and compliance with National Fire Protection Association standards.
Fire and safety professionals may find lessons in the Army’s approach to policy, logistics and the influence of leadership on health protection initiatives.
US Army adopts PFAS-free firefighting gear: Summary
The US Army has confirmed that its Military Surface Deployment and Distribution Command 596th Transportation Brigade has transitioned to PFAS-free bunker gear.
The gear was implemented at Military Ocean Terminal Sunny Point in North Carolina and Military Ocean Terminal Concord in California.
The Army reported that PFAS, known as “forever chemicals,” have been linked in studies to cancer risk.
Lance Stratton, chief of the Protection and Mission Assurance Division, said the initiative was taken to protect firefighters.
Fire Chief Michael Fox noted that the programme was begun by former Chief Michael Scott, who died from cancer in April.
Honeywell’s Morning Pride gear was selected for meeting National Fire Protection Association standards without PFAS.
Procurement was completed through the Defense Logistics Agency’s Fire and Emergency Services Equipment Tailored Logistics Support Program.
The first shipment of gear was delivered on 28 July.
The Army said this action aligns with Department of Defense goals to remove PFAS from firefighting foams and protective clothing.
The 2020 National Defense Authorization Act mandated a PFAS phase-out by 2024, with potential extensions until 2026.
Stratton said concerns about cancer made this change personal for the team at Sunny Point.
Fox said the gear provides reassurance by removing one risk from firefighter protective equipment.