Martina Vosteen
February 6, 2023
Client alert: Does the proposed ban on PFAS in Europe affect you?
The national authorities of Denmark, Germany, the Netherlands, Norway and Sweden submitted a proposal to the European Chemicals Agency (ECHA) to restrict per- and polyfluoroalkyl substances (PFAS) under REACH, the European Union’s (EU) chemicals regulation.
This article provides a summary of the proposal document and potential implications.
- Form your team. Typically, this includes in-house key leaders, technical experts, consultants, counsel
- Conduct an Operational Assessment with your team1 . Consider using Ramboll's free PFAS Indicator tool to start finding out if PFAS may be present in your raw materials, products, process agents or process installations.
- Identify significant data gaps such as analytical testing of materials, supply chain assessment, etc. An overview and assessment of analytical testing considerations can be found here: PFAS analytics report for the Norwegian Environment Agency
- Address data gaps
- Assess potential risks, liabilities and recommendations based on the findings of the Operational Assessment and in the context of compliance with the restriction proposal
- Form a strategic plan to address risks and liabilities (eg substitution plan, comments for the public consultation in case no alternatives are available for critical applications) and prioritise implementation actions
- Automotive industry: eg polytetrafluoroethylene (PTFE) and polyvinylidene difluoride (PVDF) as binders for coating the cathode of lithium batteries with active materials such as metal oxides
- Electrical industry: eg per- and polyfluorinated gases in medium- and high-voltage switchgears
- Power generation and renewable energies: eg PTFE insulations for high-voltage transformers
- Semiconductor manufacturing: eg per- and polyfluorinated gases in etching processes for structuring wafers, production of solar panels
- Mechanical and plant engineering: eg fluoropolymer-based seals and coatings
- Medical technology manufacturing: eg fluoropolymer-based medical devices that have contact with the human body (implants, endoscopy, catheters, dialysis, respirators, anaesthesia equipment), care and surgical textiles)
- Food and beverage manufacturing: eg PTFE in hoses and pipes for transporting liquids
- Heating, air conditioning and refrigeration industry: eg HFO blends in refrigeration systems
- Textiles, leather and apparel manufacturing: eg fluorinated polymers in non-flammable, water-, oil-, chemical- and dirt-repellent textiles
- Water treatment: eg PVDF-based membranes /resistance to fluctuating composition with extreme pH values)
- 25 parts per billion (ppb) for any single PFAS
- 250 ppb for the sum of PFAS, or
- 50 parts per million (ppm) for PFAS including polymeric PFAS
- Textiles for the use in engine bays for noise and vibration insulation used in the automotive industry
- Hard chrome plating
- Foam blowing agents in expanded foam sprayed on site for building insulation
- Industrial and professional use of solvent-based debinding systems in 3D printing
- Industrial and professional use of smoothing agents for polymer 3D printing applications
- Propellants for technical aerosols for applications where non-flammability and high technical performance of spray quality are required
- Preservation of cultural paper-based materials
- Cleaning and heat transfer: engineered fluids for medical devices
- Membranes used for venting of medical devices
- Use as refrigerants and for mobile air conditioning in vehicles in military applications
- The semiconductor manufacturing process
- Non-stick coatings in industrial and professional bakeware
- Hernia meshes
- Wound treatment products
- Coating applications for medical devices other than Metered Dose Inhalers
- Rigid gas permeable contact lenses and ophthalmic lenses
- PCTFE-based packaging for medicinal preparations, medical devices and medical molecular diagnostics
- PTFE in ophthalmic solutions packaging
- Packaging of terminally sterilised medical devices
- Applications affecting the proper functioning related to the safety of transport vehicles, and affecting the safety of operators, passengers or goods
- Recognise where PFAS are used in operations, and this is not always readily understood. It often requires specific expertise to make such an assessment.
- Make changes in their operations ranging from process improvements to divestitures or closure.
- Minimise the potential for lawsuits (contractual and regulatory obligations)
- Make significant investments to substitute PFAS with alternatives.
- Preparing a PFAS inventory: identification of PFAS in raw materials, products, process agents and process installations
- Advice on analytical methods for PFAS testing
- Developing a robust PFAS strategy based on the inventory and the implications of the restriction proposal
- Identifying alternatives (substitutes) for PFAS
- Supporting the public consultation phase including exposure, alternatives, and socio-economic impact assessment (in line with the “essential use concept”)
Steve Washburn
Principal
+1 510-420-2575
Julian Reddy
Global Regulatory Affairs Manager, Principal
+61499846282
Steven Van Buggenhout
Principal
+32 471 22 12 96
Dorte Harrekilde
Senior chefkonsulent
+45 51 61 58 38
Bertrand Latrobe
Principal
+33 1 42 71 11 10
Dr. Martina Vosteen
Global Division Director
+49 89 978970123
Aldo Trezzi
Principal
+39 02 0063 0908
Willi Muenninghoff
Regional Director, Health Sciences, APAC and India
+82 10 7186 4691
Ana Isabel Sánchez
Senior Consultant
+34 696 81 24 09
Meera Cush
Senior Managing Consultant
+44 7812 494143
Eric S. Wood
Principal
+1 978-449-0343