Why the UK’s new PFAS report is a massive wake-up call for fire safety

UK PFAS report sets out tougher path for regulation, remediation and fire sector controls

The House of Commons Environmental Audit Committee has called for a faster and more precautionary UK response to perfluoroalkyl and polyfluoroalkyl substances, warning that the country is already carrying a growing legacy of contamination while harmful emissions continue.

In its report, Addressing the risks from Perfluoroalkyl and Polyfluoroalkyl Substances (PFAS), published on 23 April 2026, the Committee says the Government’s first PFAS Plan is a useful starting point but does not go far enough on restriction, enforcement, clean-up and disposal.

PFAS are used across a wide range of products and processes because they resist heat, water and oil.

The Committee says that same persistence is what makes them a long-term problem.

Once released, they remain in the environment, accumulate in soil, rivers, wildlife and the human body, and are now present in almost everyone’s blood.

The report links PFAS exposure with increased risks including certain cancers, immune suppression, fertility problems and developmental harms.

For fire and safety professionals, the report matters for three immediate reasons.

It reinforces pressure to remove PFAS from firefighting foams and non-essential products, it raises questions about which uses can still qualify as essential, and it highlights a disposal and destruction gap for PFAS-containing waste that already affects portable extinguishers, firefighting appliances and contaminated materials.

Why the Committee says the UK must move faster

A central criticism in the report is that UK REACH is moving too slowly.

The Committee says the domestic chemicals regime has fallen behind the EU and cannot respond quickly enough to emerging evidence on PFAS.

Ministers have said the UK will look to decisions made in trusted jurisdictions such as the EU, yet the Government’s own target for enabling that alignment under UK REACH is December 2028.

The Committee says that is too late and recommends reforming UK REACH by March 2027, with assessment times cut to half the current statutory maximums.

The report also says the UK’s current approach still relies too heavily on reviewing substances one by one.

In practice, that means continued use can carry on while assessment drags on.

The Committee argues that this delays control measures and increases future clean-up costs because PFAS continue to build up in the environment.

It therefore recommends a shift towards group-based regulation, so structurally similar PFAS cannot simply replace those already restricted.

That point is important operationally.

The Committee warns against “regrettable substitutions”, where one problematic PFAS is replaced with another that later proves similarly persistent or harmful.

For manufacturers, buyers and safety managers, that means future compliance will increasingly depend on understanding product chemistry rather than relying on broad marketing claims or partial reformulation.

The proposed essential-use test

The report supports an essential-use approach to PFAS.

Under that model, the first controls would fall on non-essential uses, meaning uses that are not necessary for health, safety or the functioning of society.

The Committee recommends that the Government adopt this framework and begin bringing forward restrictions on PFAS in non-essential consumer products from 2027, with examples including food packaging, cookware and school uniforms.

The report does, however, accept that some uses remain harder to replace.

Evidence to the inquiry pointed to continuing dependence on PFAS in areas such as medical devices, pharmaceuticals, semiconductors, defence applications and certain forms of occupational protective clothing.

One witness told the Committee that PFAS remain critical to personal protective equipment used by fire safety personnel responding to incidents at chemical plants.

The Committee’s position is that clearly defined exemptions may still be needed for essential uses, though these should be time-limited where substitutes are being developed.

For the fire sector, that creates a split picture.

PFAS in foams and some low-value consumer applications faces stronger pressure for removal.

PFAS in specific forms of protective equipment may continue for longer where a genuine performance requirement still exists and no feasible substitute is available.

The likely direction of travel is tighter justification, clearer documentation and less tolerance for routine or convenience-based use.

What the report says about firefighting foams

The Committee confirms that the UK is already consulting on restricting PFAS in firefighting foams.

It also records evidence from the Health and Safety Executive that any UK restrictions in this area will come after the EU, potentially by one or two years depending on how quickly legislation progresses.

The report notes that the EU adopted restrictions on PFAS in firefighting foams in October 2025, with a threshold of 1 mg/L for the sum of all PFAS from 23 October 2030.

That delay matters because the report links slow UK action with wider regulatory divergence.

Businesses operating across Great Britain, Northern Ireland and EU markets may face different obligations for the same products at the same time.

The Committee also warns that slower UK controls increase the risk of PFAS-containing goods that can no longer be sold into the EU ending up on the UK market instead.

The disposal side is just as significant.

Evidence from Britannia Fire told the Committee that more than 10,000 tonnes of PFAS waste from portable firefighting appliances is already waiting to be disposed of before any fresh ban takes effect.

The same evidence said disposal costs have risen sharply, from £0.52 per litre to £2.80 per litre, or £16.80 per extinguisher.

For fire protection firms, service providers and building owners, that points to a practical problem that is already here rather than one triggered only by future legislation.

Exposure, public health and why the report goes beyond drinking water

The Committee says PFAS exposure is not confined to one pathway.

It lists ingestion through drinking water and food, inhalation through air and dust, and absorption through skin contact.

Diet is identified as the main route for most people outside occupational exposure.

On drinking water, the report welcomes updated Drinking Water Inspectorate guidance published in March 2025, which requires water companies in England and Wales to monitor a wider range of PFAS.

That guidance sets a standard of 100 nanograms per litre for the sum of 48 specified PFAS, and the Committee backs plans to turn that guidance into statutory limits.

The Committee says regulation remains fragmented beyond drinking water.

It calls for statutory limits on PFAS in food and agricultural pathways, plus interim PFAS limits and standardised labelling for PFAS-containing consumer products while they remain on the market.

It also wants the Government to publish, within 12 months, a delivery plan for epidemiological studies, biomonitoring and enhanced health screening for groups with known or suspected elevated exposure.

That includes occupational groups as well as affected communities.

For the fire and safety sector, that could mean greater scrutiny of occupational exposure histories, stronger interest in health surveillance for workers handling foams or contaminated equipment, and more pressure to document where PFAS-containing materials are still used.

The report does not create those systems itself, though it clearly points the Government towards them.

The clean-up problem and the cost of delay

The report is clear that prevention alone will not solve the issue because large-scale contamination already exists.

It cites Environment Agency estimates that remediation costs for between 2,900 and 10,200 high-risk sites in England could be between £31 billion and £121 billion.

It also points to wider European analysis suggesting that continuing present levels of PFAS pollution until 2050 would impose very large economic costs, while acting earlier at source would reduce that burden.

The Committee says the current system has not applied the polluter pays principle strongly enough.

It recommends that the Government consult by March 2027 on a national PFAS Remediation Fund.

That consultation should examine an emissions levy on PFAS on the UK REACH candidate list, ways to extend polluter liability to imported products, and increased government funding for local authority remediation where no responsible party can be identified.

The report also says monitoring cannot work without enforcement capacity.

It argues that the Environment Agency needs clearer standards, more staff, more skills and more laboratory support if it is to identify hotspots, require remediation and restrict emissions in practice.

Waste, destruction and what this means in practice

One of the strongest operational sections of the report covers disposal and destruction.

The Committee says a lack of supply chain transparency leaves councils, waste operators and regulators unable to identify which products contain PFAS or how they should be handled safely at end of life.

It recommends consultation within six months on mandatory disclosures requiring manufacturers and importers to report the presence and purpose of PFAS in products placed on the UK market.

It also says the Government must set out a timeline for diverting PFAS waste away from landfill and towards safer treatment or destruction technologies.

That is because PFAS have been detected in landfill leachate and landfill gas, meaning disposal can simply shift contamination from one place to another.

On destruction, the Committee says current UK capacity is limited and depends heavily on high-temperature incineration.

The Minister told the inquiry there are only two hazardous waste incinerators permitted to accept PFAS and that current capacity is judged sufficient.

The report records concern from industry that waste volumes are rising and that poor combustion conditions can break PFAS into smaller chains and disperse them into the atmosphere.

The Committee therefore calls for investment in scalable remediation and destruction technologies, including non-incineration methods, and for formally approved remediation guidance so businesses, local authorities and regulators know what methods are accepted.

What fire and safety professionals should watch next

The report does not itself ban products or create new duties, though it sets out a strong parliamentary case for faster action.

For the fire and safety sector, the immediate pressure points are clear.

PFAS in firefighting foams remains a live regulatory issue and the UK is already behind the EU timetable.

PFAS waste from extinguishers and related equipment is building up, disposal costs are rising and available destruction routes remain narrow.

Some specialist protective uses may continue under an essential-use model, though those exemptions are likely to face closer technical scrutiny and time limits.

The wider message from the Committee is that PFAS should no longer be treated as a niche chemicals issue.

In the report’s view, it is now a regulatory, occupational health, waste management and public protection issue.

That puts it directly in scope for fire engineers, fire protection companies, risk managers, foam suppliers, maintenance firms, waste contractors and building safety teams who still buy, store, use or dispose of PFAS-containing materials.

Report says data centres may add to PFAS pollution pressures

Data Centres and PFAS use

Data Centres are contributing to perfluoroalkyl and polyfluoroalkyl substances pollution through cooling systems, semiconductors and fire suppressants, according to analysis published by the Environmental and Energy Study Institute on 9 April 2026.

The article states that Data Centres host tens of thousands of servers that run 24/7 to support virtual networks, cloud storage and computing, with equipment that depends on PFAS-based materials.

Perfluoroalkyl and polyfluoroalkyl substances are described as a group of more than 15,000 synthetic chemicals used in non-stick products, water-resistant materials and firefighting products.

The article says the carbon-fluorine bonds in PFAS are resistant to breaking down in the environment, leading to their classification as forever chemicals.

It adds that PFAS are present in air, soil, drinking water and the food chain, and that they can accumulate in the environment and in the body over time.

The Environmental and Energy Study Institute writes that Data Centres primarily use PFAS in server cooling systems and in clean agent fire suppression systems, with FM-200 and Novec 1230 identified as common examples.

The article says direct PFAS pollution from Data Centres is difficult to measure and likely limited because cooling systems generally operate as closed loops.

It also states that discarded microchips and other electronic equipment can release PFAS into the environment when they enter landfill.

Cooling systems and fire suppression

The article says water has historically been used as the main coolant in Data Centres, and that operators have been adopting alternative systems as 45% of facilities are located in water-stressed regions.

It identifies two-phase immersion cooling as a popular option because it is cost effective and highly energy efficient, adding that the technology uses carbon and fluorine.

These PFAS are said to break down into trifluoroacetic acid, which the article describes as a toxic chemical linked to reproductive health risks.

The Environmental and Energy Study Institute also says Data Centres are exposed to fire risk because of the heat produced by servers and the amount of electrical equipment on site.

It cites analysis of fire outbreaks at Data Centres since 2021 that identified causes including lithium-ion battery failure in semiconductors, water damage to electrical equipment and other equipment failures.

The article states that clean agent systems are typically used in place of water-based systems because they are non-conductive and residue-free, and because water can damage servers.

It adds that 3M announced in 2022 that it would stop producing PFAS, including Novec 1230, by the end of 2025, and that the company has since confirmed it has ended all PFAS manufacturing.

Regulation and costs

The article says regulation remains difficult because PFAS are used across everyday products and industrial applications, raising questions over where responsibility should sit.

Matt Dunn, a PFAS scientist at Tetra Tech, said: “Do you go after the user, or do you go after the manufacturer,”

“And understanding the difference there is very important.”

The article says many emerging technologies aimed at destroying PFAS are energy intensive and expensive, adding that this has raised debate over who should bear the cost.

It points to state-level action in Maine and Minnesota, including product restrictions and future bans affecting intentionally-added PFAS in some sectors.

The article also says there is no single direct federal route for PFAS regulation as of 2026, even though existing legislation provides several ways to address contaminants at different stages.

It adds that Congress has introduced measures including the PFAS Research and Development Reauthorization Act of 2025 and the Clean Water Standards for PFAS Act of 2025, which it says could be applied to PFAS contamination from Data Centres.

The analysis presents PFAS use in Data Centres as part of a wider regulatory and operational issue linked to cooling systems, semiconductor production and fire suppression.

The article concludes with possible routes for future action including reporting standards, product bans and research into alternatives to PFAS.

Britannia Fire appoints health and safety manager in Norfolk expansion

Britannia Fire appoints Phil Hodge

Britannia Fire has appointed Phil Hodge as Health and Safety Manager as it expands its manufacturing facility in Norfolk, UK, and responds to rising demand for its composite fire extinguishers.

Britannia Fire announced that Hodge will oversee health, safety and compliance, and support the business as it works towards ISO 14001 accreditation and its environmental targets.

He joins the company with experience in manufacturing environments, including work on ISO systems and sustainability measures aimed at reducing waste and carbon emissions.

Hodge previously spent 12 years as an explosives and weapons technician in the Royal Air Force (RAF), where he oversaw health and safety compliance in what the company described as an extremely hazardous environment.

He later worked at MSI-Defence Systems, where Britannia Fire said he helped build a safety culture across two sites with more than 200 employees and supported continuous improvement.

Britannia Fire links role to environmental targets

In the same announcement, Britannia Fire said Hodge will also support the business in preparing for a potential ban on PFAS and in managing disposal requirements for those chemicals.

Hodge said: “I have worked for 20 years in some of the most challenging and hazardous environments, and I bring a huge amount of knowledge and experience to Britannia Fire at a time of rapid business expansion and transformation.

“As well as ensuring operational safety and compliance, I will be implementing IS0 14001 systems across the business and building on the great work the team has already done to reduce its environmental impact.

“With a PFAS ban expected to be announced early next year, I will also ensure that these ‘forever chemicals’ are disposed of correctly and responsibly.”

Managing Director Andy Spence said: “We are thrilled to welcome Phil to Britannia at an exciting time for the business when we are rapidly expanding and demand is increasing.

“His expertise and commitment to a safe and healthy workplace will be invaluable as we continue to prioritise sustainability and the well-being of our team and uphold the highest safety standards.

“He joins our business as we work towards ISO 14001 accreditation and prepare for a potential ban on PFAS.”

Angus Fire permit draft explains proposed PFAS treatment measures

Angus Fire permit moves to draft decision stage

The Environment Agency has opened a consultation on its minded-to decision to grant a permit variation for Angus Fire’s site in High Bentham, North Yorkshire.

The Environment Agency said the application is for an effluent treatment plant to reduce PFAS contamination in collected rainwater and future rainwater falling onto key areas of the site.

The consultation runs from Thursday 5 March until the end of Wednesday 1 April 2026.

The agency said it had reviewed comments and evidence from the original consultation last summer and could not find a reason to refuse the application at this stage.

It said the draft decision document explains how comments from the earlier consultation were considered and sets out the decision-making behind the draft outcome.

The draft permit document sets out the conditions the operator would need to meet if the permit variation is granted.

The Environment Agency said people can respond through its Citizen Space consultation website or by email.

Angus Fire site plans and PFAS treatment

Previously, Angus Fire manufactured and tested firefighting foam at the site, and the foam is known to have contained per- and polyfluoroalkyl substances (PFAS).

The Environment Agency said those PFAS chemicals contaminate rainwater when it falls onto key areas of the site.

That rainwater has been collected so it can be treated to reduce PFAS substances.

The application covers an effluent treatment plant intended to reduce PFAS in stored rainwater and in future rainwater from the site.

Once treated at the plant, the rainwater would be discharged to the River Wenning.

The proposed PFAS level remaining in the treated rainwater discharged into the river would be in line with levels currently accepted as best practice for PFAS treatment processes.

The operator no longer manufactures firefighting foam at its High Bentham site.

The application relates to treating rainwater affected by the site’s previous manufacturing processes.

Angus Fire consultation invites public responses

John Neville, Area Environment Manager for the Environment Agency, said: “We have carefully considered all of the documents, as well as the consultation comments, and currently can’t find any reason to refuse the variation application.

“Our regulatory controls are in place to protect people and the environment and we are carrying out a detailed and robust assessment.

“I’d encourage interested parties to view the decision document and send us their comments. We’ll then make our final decision once we’ve reviewed those responses.”

The Environment Agency said it may only refuse a permit application if it does not meet one or more legal requirements under environmental legislation.

It said that where an application shows a site can operate in line with current environmental regulations and provide a high level of protection for the environment and human health, it is legally required to issue a permit.

The consultation documents explain what the agency can take into account when deciding the application, and people who cannot respond online or by email can contact the Environment Agency by phone.

Milliken says independent testing supports non-PFAS turnout gear evaluation efforts

Milliken turnout gear testing and reported results

Independent laboratory testing has found no detectable PFAS in samples of Milliken fabrics used in firefighter turnout gear, based on analysis conducted by Forever Analytical.

The company said it engaged the independent laboratory specialising in screening products and environmental samples for per- and polyfluoroalkyl substances (PFAS) to test fabric samples representing all three layers of turnout gear.

Samples of Milliken Assure (moisture barrier), Milliken Horizon (outer shell) and Milliken Equinox (thermal liner) were tested in December 2025.

Forever Analytical screened the textile samples for total fluorine as an indicator of PFAS and for bromine as an indicator of brominated flame retardants.

Across all samples tested, fluorine levels were below the laboratory’s method detection limit.

Bromine was not detected above the laboratory’s reporting threshold of 100 parts per million in any sample tested.

“We’re talking to department leaders every week, and in recent months we’ve seen an increase in questions about transitioning to non-PFAS materials,” said Marcio Manique, SVP and Managing Director for Milliken’s apparel business.

“While we have full confidence in our internal testing and NFPA certifications, we also know that independent data would give the industry added confidence as departments evaluate newer, non-PFAS materials.”

Report access and company statements on PFAS

Milliken said it will make the reports available to any fire department that requests a review of the findings through its website.

Requests must include ‘Forever Analytical’ in the request for the reports, the company said.

Milliken said it supplied materials for transitions to non-PFAS turnout gear including the San Francisco Fire Department and East Providence Fire Department.

Milliken said it works with every major turnout gear manufacturer and supports departments across the United States.

PFAS have drawn increased attention within the fire service due to reports of their persistence in the environment and potential health impacts.

As of January 2026, 18 states have introduced or adopted legislation addressing the acknowledgement, purchase and use of PFAS in firefighter gear.

Milliken said it removed the use of PFAS in fabrics developed for the fire service industry in 2021 and that its non-PFAS fabrics are available through every major turnout gear manufacturer.

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.

PFAS plan outlines UK monitoring and regulatory steps through 2028

PFAS plan sets three pillars for action

A UK government policy paper has been published setting out a framework for managing PFAS risks across society and the environment.

The UK Department for Environment, Food & Rural Affairs (Defra) published the policy paper, titled PFAS Plan: building a safer future together, updated 3 February 2026.

The plan is structured around three pillars: understanding PFAS sources, tackling PFAS pathways, and reducing ongoing exposure to PFAS.

PFAS are described as a group of thousands of chemicals, with the Organisation for Economic Cooperation and Development (OECD) definition used to guide the actions in the plan.

The paper identifies widespread use across sectors including firefighting foams, medical devices, textiles, packaging, construction and electronics manufacture.

Emma Hardy MP, Parliamentary Under-Secretary of State (Minister for Water and Flooding), said: “Together, we can take a coordinated approach to make sure that ‘forever chemicals’ are not a forever problem.”

Monitoring, mapping and research actions

PFAS have been found in remote parts of the globe such as Antarctica.

They are characterised as highly mobile, persistent, and able to accumulate in soils, plants and animals, particularly in aquatic environments.

Monitoring data shows PFAS present in approximately 80% of surface water samples, approximately 50% of groundwater samples, and all fish samples.

English water companies carried out more than 770,000 analyses for individual PFAS in 2024 to inform drinking water assessments.

The plan commits to continuing annual monitoring of 2,400 PFAS samples from the freshwater environment in England.

In Scotland, annual monitoring will continue with an expanded network from around 300 samples in 2025 to 500 samples in 2026.

By the end of 2026, the Environment Agency’s PFAS multicriteria Geographic Information System (GIS) prioritisation map is to be made available to all public sector bodies across England, with the option of a dedicated interactive website by the end of 2027.

Soil monitoring will be strengthened through a British Geological Survey feasibility study and pilot sampling at a minimum of five representative locations across England.

A multi-year assessment of PFAS contamination in estuarine and coastal environments in England is due by February 2028, based on targeted sampling and analysis of sediment, fish and benthic invertebrates.

The government will also consider adding further PFAS to the UK Pollutant Release and Transfer Register (PRTR), following an industrial emissions consultation published in August 2025.

Regulation, foams and exposure measures

The UK’s obligations under the UN Stockholm Convention on Persistent Organic Pollutants (POPs) include prohibitions on PFOS, PFOA and PFHxS, including their salts and related compounds.

Following a May 2025 convention-level agreement to list additional PFAS for global elimination, particularly long-chain perfluorocarboxylic acids (LC-PFCAs), the government is determining how to implement this domestically.

A proposed UK REACH restriction on PFAS in firefighting foams is currently under consultation.

Once the Health and Safety Executive has published its final opinion, a ministerial decision will be taken on whether to implement the restriction, with devolved government consent.

On exposure, the plan identifies multiple pathways including diet, drinking water, indoor dust and skin contact.

The Committee on Toxicity of Chemicals in Food, Consumer Products and the Environment is undertaking an independent review of PFAS, including whether different PFAS can be assessed together and whether health-based guidance values can be set.

The Food Standards Agency is working with the National Reference Laboratory to develop and validate PFAS tests for food, alongside ongoing monitoring of PFAS in food contact materials.

In Scotland, a statutory drinking water standard of 0.1 µg per litre for the sum of 20 named PFAS compounds has been in place since 1 January 2023.

In England and Wales, updated Drinking Water Inspectorate guidance requires monitoring of 48 named PFAS, with concentrations at or above 0.1 µg per litre reported as a water quality event requiring action.

The government will consult on introducing a statutory PFAS limit for England’s public water supply.

Further actions cover industrial emissions, including new cross-sector guidance for regulators and operators on PFAS handling, monitoring and disposal, and the development of environmental thresholds for emissions to air, land and water.

On waste and legacy contamination, the plan commits to further work on PFAS in landfill and waste routes, and a national framework to prioritise sites affected by historic PFAS pollution.

The plan is described as a first step, with implementation to be reviewed through the statutory Environment Improvement Plan reporting cycle.

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.

Near-UV light drives PFAS defluorination in new zinc oxide catalyst study

A cheap material is breaking PFAS bonds faster than expected

Ritsumeikan University researchers have reported that ligand-capped zinc oxide (ZnO) nanocrystals can defluorinate perfluorooctanesulfonic acid (PFOS) under near-UV light, with results published online in Chemical Science on Wednesday 5 November 2025.

Perfluoroalkyl substances (PFASs) were described as synthetic chemicals used for heat, water and oil resistance.

The university said PFAS persistence is linked to the high energy required to break the carbon–fluorine (C–F) bond.

It described defluorination as removing fluorine atoms to make PFAS compounds more susceptible to further breakdown.

PFAS defluorination under ambient light

The study tested ZnO nanocrystals capped with acetic acid (AA–ZnO NCs) and 3-mercaptopropionic acid (MPA–ZnO NCs), along with other organic ligands for comparison.

The defluorination experiments used 365 nm LED light, which the researchers said mimics ambient lighting conditions.

Professor Yoichi Kobayashi, Professor at Ritsumeikan University, said: “Perfluorooctanesulfonic acid or PFOS is a PFAS compound that was once widely used but is now strictly regulated, and we wanted to see if ligand-capped ZnO NCs can defluorinate it,”

The team also tested the ligand-capped ZnO nanocrystals on other PFASs including trifluoroacetic acid and Nafion.

Efficiency results and key numbers

AA–ZnO nanocrystals achieved up to a 92% defluorination rate after 24 hours under optimised conditions.

MPA–ZnO nanocrystals achieved 8.4% defluorination after 24 hours.

The researchers reported that the acetic acid ligand produced higher defluorination efficiency than 3-mercaptopropionic acid in the PFOS tests.

Durability and repeat-use testing

The team also tested durability and changes in catalytic efficiency over time across multiple cycles.

It reported that a single ZnO nanocrystal could break up to 8,250 C–F bonds during the decomposition reaction.

The researchers described ZnO nanocrystals as low-toxicity, inexpensive and suitable for production at scale.

Mr. Shuhei Kanao, researcher at Ritsumeikan University, said: “The reaction occurs at room temperature and does not require high-energy light sources, which can be costly, fragile, or hazardous,”

Potential applications named by researchers

Ritsumeikan University said the system could be used to tackle industrial PFAS pollution and support PFAS recycling.

It listed fluorochemical materials manufacturing units, semiconductor manufacturing units, the recycling industry and wastewater treatment facilities as potential use settings.

Professor Yoichi Kobayashi, Professor at Ritsumeikan University, said: “PFAS pollution is a worldwide concern, and this simple NC-based technology could contribute significantly to tackling this issue,”

What this could mean for industrial contamination control

Wastewater treatment facility managers and environmental risk leads in industrial sites may track this work because it targets PFOS using 365 nm LED light under ambient conditions.

Fire safety officers and facility managers in semiconductor manufacturing units may also be interested because the researchers named that sector as a potential use setting.

Procurement teams and equipment specifiers supporting the recycling industry could compare this room-temperature photodegradation approach with methods that rely on harsh chemicals or high energy inputs, as described by the university.

Environmental compliance teams working in fluorochemical materials manufacturing may watch follow-on work because the researchers framed the method as a way to address PFAS recycling challenges.

The reported durability data, including repeated-cycle operation and the 8,250 C–F bond figure per nanocrystal, may be relevant for evaluating whether a catalyst can be reused in a process setting.

San Francisco Fire Department adopts non-PFAS turnout gear across fleet

San Francisco completes fleetwide non-PFAS gear transition with Fire-Dex

The San Francisco Fire Department (SFFD) has become the largest fire department in the United States to transition its entire fleet to non-PFAS turnout gear, according to Fire-Dex.

Fire-Dex said the department is scheduled to receive 1,100 sets of non-PFAS turnout gear by Wednesday 31 December 2025, providing one set for every frontline suppression member.

Fire-Dex said the first shipment was delivered in December 2025.

Fire-Dex said the purchase was funded in part through a $2.35 million Assistance to Firefighters Grant (AFG) from the Federal Emergency Management Agency (FEMA) and matching funds from the department.

Dean Crispen, Fire Chief at the San Francisco Fire Department, said: “As the San Francisco Fire Department continues to lead in innovation, we remain steadfast in our commitment to protecting the health and safety of our members.

“Firefighting is inherently dangerous, and our personnel deserve access to the most modern, protective, and safest turnout gear available.

“Transitioning to PFAS-free equipment is a critical step in advancing our mission: safeguarding the public by ensuring our firefighters remain healthy and able to serve at their highest capacity,

“This distribution represents more than new gear, it reflects a strong, coordinated effort among the Fire Department, our elected leaders, SF Firefighters IAFF Local 798, and the SF Firefighters Cancer Prevention Foundation.

“Milliken and Fire-Dex rose to this challenge, demonstrating what is possible when partners are united by a shared purpose.

“This collaboration is what the residents and visitors of San Francisco expect and deserve.

“A protected workforce is the foundation of a protected community.

“By investing in the well-being of our firefighters, we strengthen the health, resilience, and safety of San Francisco as a whole.”

non-PFAS rollout follows city ordinance

Fire-Dex said the transition follows an ordinance passed in May 2024 that made San Francisco the first city in the country to ban the use of PFAS chemicals in firefighters’ turnout gear.

Fire-Dex said the ordinance set a deadline of Monday 30 June 2026 for the department to complete the switch.

Fire-Dex said department officials moved to procure and test potential options and selected the final gear ahead of that deadline.

Fire-Dex said San Francisco covers 49 square miles and is the fourth largest city in California.

Fire-Dex said the San Francisco Fire Department is the 10th largest fire department in the United States and serves an estimated 1.5 million people.

Fire-Dex said the department operates 45 stations and responds to an average of 180,000 annual emergency calls.

Testing, UL certification and NFPA standards

Fire-Dex said the selected gear went through performance and safety testing, including a 90-day wear trial with 50 firefighters.

Fire-Dex said the trial included live fire training at the San Francisco Division of Training burn rooms.

Fire-Dex said the turnout gear is UL certified.

Fire-Dex said it meets the National Fire Protection Association (NFPA) 1971-2018 and 1971-2025 standards.

Fire-Dex said non-fluorinated fabrics have existed for turnout gear outer shells and thermal liners, while moisture barrier alternatives remained a technical challenge.

Moisture barrier and supply chain partners

Fire-Dex said Milliken & Company introduced Milliken Assure in October 2024 as a non-PFAS, non-halogenated flame-resistant moisture barrier.

Fire-Dex said this enabled Fire-Dex to provide a solution that met the department’s requirements.

Marcio Manique, SVP and Managing Director of Milliken’s apparel business, said: “A non-PFAS moisture barrier was the missing piece for departments wanting to move away from fluorinated chemicals.

“With Assure, we refused to trade one hazard for another.

“It meets the strictest performance standards without adding weight or compromising breathability – giving firefighters exactly what they asked for.”

Fire-Dex said the San Francisco Fire Department worked with MES Life Safety to order the garments from Fire-Dex and to size each firefighter individually.

Jeff Koledo, Vice President of Sales at Fire-Dex, stated: “Fire-Dex is honored to supply the San Francisco Fire Department with AeroFlex turnout gear featuring a non-fluorinated moisture barrier,

“We’re grateful to work alongside Milliken and MES in delivering this solution.

“Our goal has always been to provide fire departments across the country with options that meet their needs – and ultimately ensure they have the essential protection required to keep their communities safe.”

What this means for PPE procurement

The San Francisco Fire Department’s timeline sets out how quickly a large urban department can complete a non-PFAS turnout gear changeover when a city ordinance includes a fixed compliance date.

The sourcing approach described by Fire-Dex links grant funding, matching departmental funds and a structured sizing programme delivered through a distributor.

The testing details, including a 90-day wear trial during live fire training, provide a reference point for training officers and equipment specifiers considering how to validate new PPE before full rollout.

The UL certification and NFPA 1971-2018 and 1971-2025 compliance claims provide a standards-based checklist for procurement teams comparing options.

The moisture barrier requirement, described as a key technical constraint, frames why some departments may focus evaluation on barrier performance, weight and breathability alongside shell and liner fabrics.