Stop PFAS Manifesto

Manifesto for an urgent end to ‘forever chemicals’ PFAS

 

There is clear and unequivocal evidence that demonstrates global contamination of the environment, wildlife and human populations by PFAS - the most persistent human-made chemicals known to date. PFAS pose an unacceptable risk[1] for both current and future generations due to their extreme persistence, and the scientific evidence that links exposure to harmful impacts on wildlife and human health. There are thousands of different PFAS. However, it is of great concern that only a handful are currently controlled by regulations at the EU or global level, even though many safer alternatives are readily available or in development. Fortunately, there is a regulatory solution available - the universal PFAS restriction (as proposed by Denmark, Germany, the Netherlands, Norway and Sweden) published by the European Chemicals Agency (ECHA) in 2023. By adopting the uPFAS restriction the EU has the opportunity to lead innovation and build a 21st-century economy that isn’t reliant on harmful pollution at the expense of public health or the ecosystems we depend upon.

 

 

CALL TO ACTION

As European civil society organisations, representing public interest across health and environmental constituencies, we urge action on the following demands:

Stop adding to the PFAS pollution burden:

 ►  We call for the EU Commission to adopt a broad restriction on the production and use of PFAS by 2030.

This is achievable through the restriction of the whole PFAS group under the European Chemical Regulation REACH. We support the Universal PFAS restriction proposal prepared by Denmark, Germany, Norway, Sweden and the Netherlands and now published by ECHA which would introduce a broad restriction on PFAS, including in imported products. We support time-limited derogations for uses where alternatives are still in development and for uses which are critical for the health, safety and the ‘functioning of society’. This allows for industry to adapt and innovate. The universal PFAS restriction must therefore be adopted with no new exemptions such as for fluoropolymers. The restriction needs to be adopted during the five-year period of the current Commission which will end in 2029 hence it should be in place by 2030.

Address the existing PFAS pollution burden:

►  We call for the EU Commission and all member states to develop swift and efficient plans for decontaminating soil and drinking water of affected communities and allocate sufficient funds for such remediation projects.

This is achievable through applying the polluter-pays principle consistently, in particular to guarantee that the burden of cost is borne by the polluter, including the producer, rather than the taxpayer.

 

What are PFAS?

PFAS, per- and polyfluorinated alkyl substances, are a large family of over 10,000 human-made chemicals according to the 2018 OECD definitions[2],[3]. Since their introduction in the late 1940s, PFAS have been used in an increasingly wide range of consumer products and industrial applications, ranging from food packaging and clothing to electronics, aviation and fire fighting foams and clean transition products such as heat pumps and cooling in electric vehicles. They are used for their capacity to repel both grease and water as well as for their high stability and resistance to high temperatures - thanks to their carbon-fluorine bond. However, this bond - the strongest bond in organic chemistry - is also responsible for their extreme persistence in the environment, granting them the label ‘forever chemicals’.

 

 

 Eight reasons why PFAS must be banned

  • Fact one: Widespread PFAS-use has created an irreversible toxic legacy of global contamination.
  • Fact two: PFAS pollution is already affecting communities in pollution hotspots across Europe and beyond.
  • Fact three: PFAS are accumulating in our bodies and those of our children.
  • Fact four: PFAS exposure poses a serious threat to human health.
  • Fact five: PFAS pollution is fuelling the biodiversity and climate crisis.
  • Fact six: PFAS pollution is a threat to our drinking water.
  • Fact seven: PFAS in products creates a barrier to the circular economy and a waste problem, yet to be solved.
  • Fact eight: PFAS-free solutions already exist or are in development, yet PFAS continue to be added unnecessarily to many consumer products.

CONCLUSION: All PFAS must be restricted as one group to protect current and future generations. Chemical by chemical regulation takes too long and risks substituting one harmful chemical with another. The universal PFAS restriction must be adopted with no new exemptions such as for fluoropolymers.

 

 

The EU ambition

Access to a clean, healthy and sustainable environment is a human right[4] and it is each State’s primary duty to protect its people from exposure to pollution and other hazardous substances by preventing exposure[5].

In 2019, the Council of the European Union called on the Commission to develop an action plan to eliminate all non-essential uses of PFAS and this was integrated into the Chemicals Strategy for Sustainability as part of the European Green Deal. Now is the time to fulfil the commitments of the Chemicals Strategy for Sustainability and show to the rest of the world that phasing out PFAS is possible. The proposed universal PFAS restriction published by the European Chemicals Agency (ECHA) in 2023 provides the most effective solution and should be implemented in full and without delay. In addition the EU needs to strengthen pesticides and biocides regulations to prohibit the use of PFAS since these are not covered by the proposed uPFAS restriction.

Chemical pollution has passed the safe limit for humanity. Scientists are urging immediate action to reduce the production and release of novel entities[6], such as human-made chemicals and plastics. Therefore it is vital that EU Member States and the Commission do not delay measures to address the growing and persistent problem of PFAS pollution. Every day of delay leads to more PFAS being released and irreversibly accumulating in the environment, damaging people’s health and impacting biodiversity.

As the EU seeks to lead in both environmental protection and its economic competitiveness, a robust approach to regulating PFAS could be a leading example of how to foster sustainable industries and encourage innovation in safer, more sustainable chemicals and alternatives.

The PFAS pollution crisis must be treated as an emergency situation. This leaves no room for half hearted measures.

 

Signatories

114

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PFAS facts

1. Widespread PFAS-use has created an irreversible toxic legacy of global contamination

Although only created in the last century and in commercial use for nearly 80 years, the extreme persistence, mobility and widespread use of PFAS has resulted in global contamination of water, air, soils, wildlife and human populations.

  • PFAS and their precursors are now found in rainwater and in most water bodies, accumulating in rivers, lakes, and the marine environment[7],[8].
  • PFAS contaminate soils and crops, and bioaccumulate along food chains[9],[10].
  • They contaminate air and dust, and reach even the most remote regions of the globe, from high altitudes to both poles[11],[12],[13] through long-range atmospheric transport.
  • Scientists argue that the PFAS planetary boundary has been exceeded due to PFAS levels in the global environment being ubiquitously above guideline levels[14] .

With current analytical methodologies restricted to a minority of PFAS, and fewer still being actively monitored, our current understanding of environmental contamination represents only the tip of the iceberg[15]. Continuing to condone this widespread degradation of natural resources risks resulting in devastating consequences for future generations.

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2. PFAS pollution is already affecting communities in pollution hotspots across Europe and beyond

PFAS pollution is affecting communities across Europe and beyond right now. In early 2023, the Forever Pollution Project showed that nearly 23,000 sites all over Europe are contaminated by PFAS. More than 2,100 of these sites can be considered PFAS hotspots – places where contamination reaches levels considered to be hazardous to the health of exposed people[16]. 

Hotspots are found near chemical plants producing and/or using PFAS, around airports and military bases where PFAS-containing firefighting foams are or have been used, and in areas where PFAS-contaminated sludge are or have been spread on agricultural lands[17]. In total, it is estimated that 12.5 million Europeans are living in communities with drinking water polluted with PFAS[17] and many communities are living with contamination of their local environment and food.  For example:

  • Belgium: The 3M factory in the area of Zwijndrecht is a major PFAS producer[18] . In 2025 blood tests of over 8,000 residents close to the 3M plant showed excessive levels of PFAS in about half of them[19],[20]. Eggs from poultry within a 15- kilometre radius of the factory were found to pose health risks[18]. The pollution has crossed the border and spread to the Netherlands, where the government warns against eating fish from the West Scheldt[21]. Several hotspots of PFAS contamination can be found in Flanders besides Zwijndrecht. The Flemish government is now taking measures at dozens of sites following alarming measurements of PFAS in the soil[22].
  • France: There are 5 PFAS production sites in France. Analysis shows that the drinking water of over 200,000 people in the outskirts of Lyon (in the “Chemicals Valley”) close to the Daikin and Arkema factories have PFAS levels above the EU regulatory threshold[23]. Analysis also shows exceptionally high levels of PFAS in surface water and drinking water in communities close to the Salindres chemical plant in the Gard department[24]. Government monitoring data of wastewater, analysed by Générations Futures also shows high emissions from the BASF plant at Saint-Aubin-Lès-Elbeuf and The Finorga pharmaceutical plant in Mourenx. In all these cases levels of the highly mobile and persistent short chain PFAS trifluoroacetic acid (TFA) were very high (see more on TFA in reason 6).
  • Germany: Several hotspots of PFAS pollution have been identified, with soil, groundwater and drinking water contaminations[20]. One example is the City of Düsseldorf of >600,000 inhabitants where massive areas of groundwater are polluted with PFAS. The pollution is due largely to the use of PFAS-containing firefighting foams. Costs for soil remediation around Düsseldorf Airport are estimated at up to EUR 100 million[16]. The application of compost produced with contaminated paper sludge has led to large-scale contamination of agricultural soils[27 in the south German region around Rastatt and Baden-Baden. An area of more than 1,000 hectares is affected.
  • Italy: In the Veneto region, up to 350,000 people were exposed unknowingly to PFAS-contaminated drinking water for decades due to emissions from the Miteni factory operating since 1964[16] (closed in 2018). Blood tests of residents revealed levels of PFAS exceeding national recommendations. After the contamination was discovered in 2013, activated carbon filters were installed in drinking water treatment plants, costing EUR 2 million to the region’s government and taxpayers. The cost for the maintenance of the filtration system is estimated at ~ EUR 1 million per year[16]. However, during the recent Miteni trial the water companies estimated a total amount of EUR 60 M for the period 2013-2023 for all the infrastructures and expenditures needed[28]. Matteo Ceruti, a lawyer representing some of the affected families in the legal case described the contamination as "one of the biggest environmental disasters in history"[29].
  • The Netherlands: In Dordrecht, where Chemours’ largest production site in Europe is located, PFOA was produced until 2012, before being replaced with GenX, another PFAS based technology. In 2018, it was estimated that 750,000 people living in cities close to the Dordrecht plants were exposed to high levels of PFOA[16]. Chemours has been required to reduce its GenX emissions and the company announced it would invest EUR 75 million in reducing emissions[16]. This is however, only a small fraction of the cost to clean up the legacy pollution burden. It is estimated that thousands of locations in the Netherlands have been contaminated with PFAS. Initial remediation costs of only 28 polluted sites amount to EUR 68 million[30].

The remediation of PFAS-contaminated sites is extraordinarily expensive and time consuming. The Forever Lobbying Project, working with independent scientists, calculated that it would cost €2 trillion over 20 years, or €100 billion annually, just to clean up legacy PFAS contamination, this is without calculating other costs such as additional burdens on the health system[31].

PFAS pollution creates a huge financial burden on society and a threat to the environment and the health of generations to come.

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3. PFAS from food and other sources are accumulating in our bodies and those of our children

Many of the PFAS already studied have been shown to be toxic to humans; with some of them accumulating and persisting in our bodies. People across Europe are exposed to these ‘forever chemicals’ through food, water and consumer products as well as materials in our homes and workplaces. PFAS concentrations build-up in human body fluids and have been found in blood, urine, placenta, the umbilical cord and breastmilk[21],[22]. Today, children are born pre-polluted with PFAS[23],[24], putting the health prospects of future generations at risk.

Human biomonitoring studies provide clear evidence that PFAS are also accumulating in the blood serum of populations worldwide, with exposure linked to occupational risk and age cohort[10]. Diet is recognised as the major source of PFAS exposure for most of the EU population, in particular fish, fruits, meat and eggs[10]. Intake in children is almost double than that of adults[10]; babies are born with PFAS already in their bodies from prenatal exposure, are fed PFAS-contaminated breast-milk or formula[10],[29],[38],[39],[40],[41] and ingest significant quantities of PFAS in contaminated house-dust[10]. For example:

  • In 2005, an EU-wide family biomonitoring study found PFOA and/or PFOS in the blood of all participating children[26].
  • A 2017 study from Santé Publique France found PFAS in the serum of all French pregnant women from a 2011 cohort. PFOS, PFOA, PFHxS, PFNA and PFDA were the chemicals the most often detected and with the highest concentration[27].
  • A 2024 study from China found PFAS showed a compound-specific transfer through the placental barrier[44].
  • A German environmental survey, carried out in 2014 and 2017 found both PFOS and PFOA widespread amongst children and adolescents (100% and 86% respectively)[28], despite global restrictions mandated under the Stockholm convention for PFOS in 2009.
  • In 2020, the European Food Safety Authority (EFSA) re-evaluated the evidence on PFOA and PFOS toxicities, concluding that parts of the European population will exceed the new tolerable weekly intake levels due to the widespread contamination of food and drinking water[10].
  • EFSA’s 2020 report also concluded that toddlers and other children are the most exposed population groups due to exposure during pregnancy and breastfeeding[10].
  • In 2021, the National Institute for Public Health and the Environment stated that Dutch citizens are exposed to too high concentrations of PFAS via food and drinking water[29].
  • In 2022, the European Human Biomonitoring Initiative HBM4EU reported results indicating that over 14% of the European teenagers analysed had PFAS levels in their bodies exceeding EFSA’s health-based guidelines[30].
  • In addition there is now increasing evidence that the short chain PFAS Trifluoroacetic acid (TFA), which forms as a breakdown product of other PFAS, accumulates in plants and has been found in plant based food and drinks including wine, juice, infant purees, and lentils[48] .

As levels of PFOS and PFOA start to decline in response to stringent restrictions, there has been a concurrent rise in the novel PFAS substances that have quickly replaced them[10], as well as a rapid rise in exposure to TFA as a breakdown product. This undoes the partial regulatory efforts achieved, and provides a worrying glimpse of the problems future generations will be forced to address.

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4. PFAS exposure poses a serious threat to human health

Exposure to the most studied PFAS has been linked to an array of adverse health effects[31], including thyroid disease, liver damage, reduced birth weight, obesity, diabetes, high cholesterol and reduced response to routine vaccination, and an increased risk of breast, kidney and testicular cancer[32],[33],[34]. As scientific knowledge progresses, more and more evidence keeps building up about the harm associated with PFAS exposure.

In 2023 the International Agency for Research on Cancer (IARC), the cancer agency of the World Health Organization (WHO), evaluated the carcinogenicity of perfluorooctanoic acid (PFOA) and perfluorooctanesulfonic acid (PFOS). IARC classified PFOA as carcinogenic to humans (Group 1) and PFOS as possibly carcinogenic to humans (Group 2B)[55].

There is also growing evidence suggesting impacts on fertility as well as development and behavioural problems[56]. Yet, we still lack adequate toxicological data to assess the safety of the vast majority of PFAS.

The health risks are further exacerbated when exposure occurs in vulnerable groups. It is our children, pregnant women and the developing foetuses of the next generations that will pay the price for today’s inaction[36]. For example prenatal exposure to PFAS can affect brain development, potentially lowering the IQ of children[59] and has been linked with child obesity[60]. 

In recent years, as evidence of harm increases safety limits have been lowered:

  • In 2020, EFSA lowered the recommended tolerable intake of PFOA by over 2,000-fold compared to 2008[10].
  • In 2021, the US Environmental Protection Agency (EPA) reduced their PFOA-reference dose by over 13,000-fold compared to 2016[37].
  • A similar trend is seen for GenX (a PFAS commonly used as a replacement for PFOA), for which the EPA lowered the reference dose 26-fold in 2021 compared to 2018[38].

Whilst continual assessment and re-evaluation are necessary and adjustments to safety limits are inevitable, the dramatic extent to which these limits have changed in recent years clearly demonstrates a failure to adequately protect the public, particularly those living with exposure levels now recognised as unsafe.This trend also raises serious concern over the many thousands of PFAS, for which toxicological data is still lacking.

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5. PFAS pollution is fuelling the biodiversity and climate crisis

Chemical pollution is a direct contributor to both biodiversity loss and climate change, but these three crises are also interlinked and can exacerbate one another.

Chemical pollution is acknowledged as one of the main, yet underestimated, drivers of the biodiversity crisis[39]. Due to the extreme environmental persistence of PFAS and their continued and widespread use across modern society, PFAS represent a major and increasing burden on wildlife[64]. Health effects associated with PFAS are a concern for species populations  and could potentially be linked to overall biodiversity loss. Exposure to chemical pollutants including PFAS can also reduce species resilience to other stressors such as climate change and habitat loss.

PFAS are highly mobile in the environment, with research showing the ability of some to both accumulate in living organisms and at the top of the food chain. As such, PFAS are now detected in numerous species across the EU, from freshwater fish[40] and terrestrial birds[41], to top predators such as otters, seabirds and marine mammals [20],[42]. Recent research also points to the impacts that PFAS can have on key species such as pollinators, risking knock-on implications across agriculture and food production. For example:

  • In marine mammals, PFAS exposure has been linked to impacts on immune, blood, liver and kidney function in bottlenose dolphins, immune function in sea otters and has even been linked to neurological impacts in polar bears[43].
  • In marine birds, higher levels of PFAS are correlated with disruption of the thyroid hormone and poorer body conditions[44].
  • In fish, PFAS have been shown to disrupt reproduction, thyroid activity, metabolism and development[45].
  • Exposure of bee colonies to PFOS has been shown to increase mortality and affect colony activity, with PFOS bioaccumulating in bee tissues[46].

The threat of persistent chemicals is not new. Legacy contaminants such as PCBs continue to threaten EU wildlife decades after restrictions were first introduced. It is therefore vital that we act with urgency to stem all unnecessary sources of these persistent pollutants if we are to learn from past mistakes, protect wildlife, and safeguard the resilience of our natural environment for future generations.

PFAS are also direct contributors to climate change. The chemical sector is the largest industrial energy consumer and the third largest industry subsector for direct carbon dioxide emissions. Greenhouse gases such as carbon dioxide are released at every stage of a chemical’s lifecycle, including production use and disposal[75]. The European Chemicals Agency (ECHA) says that ‘some of the strongest greenhouse gases known are PFAS’[76].

It is vital that joined up solutions are implemented to tackle the chemical, climate and biodiversity crises together.

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6. PFAS pollution is a threat to our drinking water

Clean drinking water is essential to human health. Access to this natural resource is already under stress from climate change and PFAS pollution is adding to this pressure. Governments must act now to eliminate PFAS pollution before we lose access to more clean drinking water sources.

  • There is increasing concern about the contamination of drinking water across the EU by one extremely mobile ‘short chain’ PFAS - trifluoroacetic acid (TFA). TFA is manufactured in the EU but the main source is as a breakdown product of other PFAS, including pesticides and certain fluorinated gases (F-gases)[78]. A study carried out by the Société Wallonne des Eaux (SWDE) – the water company - on behalf of the Walloon Region shows that TFA is present in 598 of the 642 areas tested, with some concentrations exceeding the guideline value of at 2.2 µg/L/2200 nanograms per litre[79]. High levels of TFA has been found in several EU countries including France (see Reason 2).
  • PFAS cannot be easily removed from drinking water. EurEau, the European Federation of National Associations of Water Services representing water services providers from 30 countries, alerts that “While technologies exist to remove most PFAS, they are unsustainable, mainly due to their technical complexity, resource intensity (water, energy, treatment chemicals etc.) and the generation of PFAS-containing residues. Reliance on end-of-pipe solutions creates a substantial stumbling block on the water sector’s journey towards climate neutrality”[47]. In the case of TFA this chemical is so mobile that normal filter methods don’t work at all to remove it and the one option (reverse osmosis) is prohibitively expensive[48].
  • Even when partial removal is possible, it leaves the water industry with PFAS-contaminated waste to dispose of. Currently, a portion of this residual waste (sewage sludge or biosolids) is spread on land. Contaminants such as PFAS are then transferred to the environment[48] and potentially into the food chain[9],[10],[49].

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7. PFAS in products create a barrier to the circular economy and a waste problem yet to be solved

It is now widely accepted that moving towards a clean circular economy is part of creating a more sustainable society and addressing the climate crisis. To achieve this, we need to rethink how we use and manage chemicals, avoid locking harmful chemicals into successive product loops, and prevent contamination of otherwise useful waste streams. We know that PFAS already contaminate a range of recycled paper and board products, where they are present as unintentional impurities, unnecessarily exposing the public. In addition, through the agricultural application of contaminated compost and waste paper pulp, PFAS can be taken up by food crops and enter the wider environment. For example:

  • Recent product testing found widespread PFAS contamination of paper and board food packaging items not intentionally treated with PFAS[50],[51],[52], suggesting recycled content as a primary source.
  • Compostable moulded fibre food packaging has repeatedly been shown to contain high levels of PFAS, with concentrations up to 5 times higher than comparable paper and board products [50],[51],[52].
  • If composted as advised, this represents a direct source of PFAS into the environment.
  • Paper sludge contaminated with PFAS and spread onto arable land resulted in significant levels of soil and groundwater contamination in the area of Rastatt in Baden-Wuerttemberg, Germany[53]. PFAS were also recorded in crops at levels exceeding those deemed safe for human consumption[54].

In addition, we are yet to find a suitable solution to how to dispose of PFAS waste. PFAS are almost impossible to destroy, even high temperature thermal treatment does not guarantee their full break down[55]. Only some specialised non-combustion technologies seem to offer some hope in fully destroying them[56],[57],[58] . The disposal of PFAS-treated products in municipal incinerators leads to the emission of products of incomplete combustion, including PFAS and long-lived, potent greenhouse gases[59]. Some PFAS also remain in the ash residues, generating further waste contaminated with PFAS[60]. Discarding PFAS-treated consumer products with general household waste, whether to landfill or incineration, ultimately acts as a source of emissions to the environment[61].

The continued production and use of PFAS, without adequate means of disposal, is therefore highly unsustainable.

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8. PFAS-free solutions already exist, yet PFAS continue to be added unnecessarily to many consumer products

PFAS are regularly used in a huge range of consumer products, often to provide a function that is either ineffective or unnecessary, or where alternatives already exist. For example:

  • According to a survey carried out by environmental charity Fidra, contrary to what industry regularly purports in support of PFAS use in textiles, the use of clothing treated with PFAS-based stain resistance[62] did not impact consumer behaviour, either in terms of washing frequency or garment longevity. Denmark will ban PFAS in clothing, shoes and furniture by July 2026 and is supporting the development of alternatives[95]. France has also now committed to banning PFAS in clothing and shoes for sale to the public[96]. These national bans show that alternatives are readily available.
  • In 2020, the same food packaging item - a french fries bag from the brand McDonald’s - was bought in three different countries and tested for PFAS[51] . 1 out of the 3 samples did not show any intentional PFAS treatment, clearly demonstrating that PFAS-free alternatives are available on the market. The country where no PFAS treatment was identified was Denmark, where a ban on PFAS in food packaging has been in place since July 2020. This, alongside the pending bans on textiles, illustrates that regulations are an effective tool to push industry players to find safe replacements.
  • In 2021, chemical analysis of cosmetics by the Danish Consumer Council revealed the presence of PFAS in mascara[63] and face cream[64]. In 2022, BUND found intentionally added PFAS in powder, face masks and shampoos of international brands. In 2024 analysis of 4,500 cosmetic products from 13 European countries was carried out by the European Chemicals Agency’s Enforcement Forum and found harmful, banned chemicals in 6% of the products[99]. France is leading the way in Europe by banning PFAS in cosmetics, showing that alternatives are available. The Minister for Ecological Transition, Biodiversity, Forestry, the Sea and Fisheries has stated that the ban, which will also apply to imports, will benefit French manufacturers that are “ahead of the game” on PFAS free cosmetics giving them a “competitive edge”[100] .
  • Belgian consumer association Testachats, with eight other consumer organizations, tested 229 consumer products claiming to be grease-resistant, waterproof, dirt-repellent, and other products. They found 68 of the 229 products contained PFAS but also that across all categories, they found products that did not contain PFAS, demonstrating that it is possible to do without them[101].
  • More than120 companies have joined ChemSec’s Corporate PFAS movement supporting a ban on PFAS. Many of them have already phased out PFAS, demonstrating the availability of alternatives and the possibility to adapt industrial processes. A range of safer alternatives are available for many PFAS uses; some are listed in ChemSec Marketplace and in various sector specific reports, including for textiles[102], food packaging[103],[104] and paints[105].
  • PFAS are also used in many Clean Transition products, including fluorinated gases (F-gases) used for refrigeration in heat pumps and electric vehicles and fluoropolymers used in batteries and wind turbines. Given the need to move away from fossil fuels to a low carbon economy there is a concern that the use of PFAS could rise in these products. However, despite industry claims that PFAS are essential to the clean transition there are already alternatives that are readily available or in development including for F-gases[106],[107]. The EU universal PFAS restriction includes transition times for these industries. Restricting  PFAS will not hamper a clean transition, in fact it must be an integral part of it.
  • PFAS are risky business for companies as well as consumers. Evidence shows that chemical pollution is a financial liability for companies. For example, in 2023 PFAS manufacturers such as DuPont, Chemours Co., and Corteva Inc. settled with drinking water providers for $1.18 billion[108]. PFAS are such problematic chemicals that even investors have started advising companies to move away from PFAS due to reputational, insurance and liability risks[109].

Even when PFAS-free products are available, with little or no requirement for product labelling or publicly available information, consumer choice remains limited. Even within supply chains, awareness of PFAS is low and chemical content often unavailable for the vast majority of products. Clear legislative action and enforcement is therefore essential to reduce public exposure to PFAS and to prevent ongoing environmental contamination.

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Conclusion: All PFAS must be restricted as one group to protect current and future generations

The extreme persistence of all PFAS and the irreversibility of global PFAS contamination has already created a toxic legacy, the burden of which will be felt for generations to come. Continual release of PFAS leads to increasing levels in the environment and increases the chance of triggering known and unknown adverse effects[70]. The health-related costs of inaction for all EEA countries have been estimated at 52 – 84 billion EUR[16]. Decision makers need to follow the evidence and put the interests of citizens and the environment above the vested interests of companies which are lobbying to weaken proposed regulation or push for exemptions for their products[111]. Transition to a clean and resilient economy requires that we end dependence on chemicals that harm our health and the ecosystems we depend on.

We must act now to stop adding to the burden and halt this damage, and the only way is to ban all PFAS as one group as proposed in the universal PFAS Restriction.

Relying on chemical-by-chemical approach for the regulation of PFAS cannot be an option:

  • From the long-chain carboxylic and sulfonic acids to the ultrashort-chain trifluoroacetic acid and the polymeric PFAS, all PFAS are very persistent or degrade into very persistent PFAS, and contribute to the load of human-made pollutants burdening the environment.
  • Piecemeal regulatory approaches to PFAS management implemented so far, both in the EU and abroad, have been inadequate in preventing their release into the environment.
  • With thousands of PFAS compounds identified, and toxicological data available for only a handful of these, it is impossible to perform a full risk assessment for each individual PFAS. Allowing PFAS to continue accumulating in our bodies and the natural environment while we wait potentially decades for research to catch up is not acceptable.
  • Fluoropolymers are a group of PFAS plastics including PTFE, better known under one of its trade names Teflon. The chemical industry is arguing that fluoropolymers should not be grouped with other PFAS for regulatory purposes as they present no significant toxicity of concern[112]. However, scientists have shown that from a life cycle perspective, fluoropolymers are intimately linked to the use and emissions of other PFAS[113]. For example, other PFAS can be used as processing aids during fluoropolymers production, or be present as impurities, and there are serious concerns regarding the toxicity of these PFAS on humans and the environment[113]. Fluoropolymers are very persistent, so there are also huge challenges when dealing with their disposal. The disposal of fluoropolymers in landfills can result in the contamination of landfill leachate with PFAS and can contribute to the release of PFAS and plastic pollution into the environment[113]​​. Incineration of fluoropolymers at high temperatures can release harmful byproducts as well as being very carbon intensive.
  • These ‘chemical-by-chemical’ approaches have led to the substitution of regulated PFAS with other, similarly problematic, unregulated PFAS. They have created a never-ending cycle of regrettable substitution that has undermined genuine progress towards safe and sustainable alternatives.
  • Reasonable transition times for industry are already built into the universal PFAS Restriction and no further exemptions should be considered.

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Our demands

The only way to end this circle of regrettable substitution, prevent the continual pollution of the environment, and protect current and future generations from the impact of PFAS pollution, is to restrict the entire PFAS group.

  • We call on the EU Commission to fulfil its commitments under the Chemicals Strategy for Sustainability by adopting the universal PFAS restriction on the production and use of all PFAS by 2030, and ensuring its rapid implementation to eliminate all unnecessary sources of these harmful chemicals, and to drive production and innovation towards safer and cleaner alternatives.
  • The PFAS restriction must not be weakened and must retain the following:
    • All currently unregulated PFAS, including fluoropolymers, should be covered by the restriction,to limit future PFAS emissions as much as possible.
    • Both the production and use of PFAS across sectors should be covered.
    • As few derogations as possible should be granted, that is only for uses that are critical for health, safety and the functioning of society, for which no alternatives are currently available - so-called essential uses.
    • All derogations should be time limited and reviewed regularly to ensure the conditions of the derogation remain valid.
    • Stringent risk-management requirements (including labelling, monitoring and reporting) must be in place for derogated uses to ensure zero-emission to the environment at all stages of the life-cycle.
  • We also call on the EU Commission to strengthen pesticide, biocide and pharmaceutical legislation to tackle all sources of PFAS pollution because these are not covered by the universal PFAS restriction[114].
  • We call on all the EU Member States to fully support the adoption and implementation of the EU uPFAS restriction that can serve as a model for world-wide action.
  • Member States should also urgently introduce earlier bans on products like clothing, cookware and cosmetics where alternatives are already readily available in order to protect citizens from the most easily avoidable burdens, until the EU universal PFAS restriction comes into force[95],[96].
  • We call on the Parties to the Stockholm Convention on persistent organic pollutants (POPs) to work for a class-based approach of listing all PFAS for global elimination.
  • We urge companies to commit to phasing out PFAS in their products without waiting for specific regulations to enter into force and to join the ChemSec-led ‘No to PFAS’ corporate movement.

  • We encourage citizens to demand PFAS-free products and spread the word on social media - using a #StopPFAS or #BanPFAS hashtag - to increase public pressure for a ban of PFAS chemicals.

Address the existing PFAS pollution burden:

  • We urge EU governments to develop a swift and efficient plan for decontaminating soil and drinking water of affected communities and allocate sufficient funds for such remediation projects. The polluter-pays principle must be applied consistently, in particular to guarantee that the burden of cost is borne by the polluters, including the producer, rather than the taxpayer.
  • We urge the EU authorities to adopt waste legislation ensuring the classification of PFAS-containing waste as hazardous and/or POPs waste.That is to avoid PFAS-containing waste being circulated back into the economy and the environment via recycling and other routes such as sewage sludge spreading.
  • We call on EU authorities to review the concentration limits for PFAS in waste within the POPs regulation as soon as possible, and no later than in 5 years. The limits must be lowered to prevent the circulation of legacy PFAS into recycled products or export of PFAS-containing waste to non Member States, including developing countries and countries with economies in transition.

 

 

References

Web Design: Jaromir Hrubes.  Illustrations: Kate Basley. 

First published on 12 October, 2022. Last updated on 1 October, 2025.