Fluoropolymers represent a negligible share of total EU waste, less than 0.01% by mass (approximately 23,500 tonnes per year), and rarely occur as a separate waste stream. Because they are typically used in very small quantities and often embedded as coatings, seals, linings or insulation on within complex products, their end-of-life fate is determined by the treatment of host products rather than by the material itself.
What the evidence shows
FPG’s independent End-of-Life study prepared by Ramboll, examined how fluoropolymer-containing waste is managed in Europe.
The study found that fluoropolymers:
< 0.01%
Represent less than 0.01% of total EU waste by mass.
Effective Management
Can be effectively managed through existing European waste treatment systems.
Low Risk
Do not create an unacceptable risk at end-of-life when treated through regulated routes.
The study was based on a systematic literature review, full-scale incineration stack testing data and a survey of 142 value-chain participants.
Main end-of-life routes
Fluoropolymer-containing waste is currently managed through several routes
- Hazardous waste incineration 50%
- Waste-to-energy 22%
- Landfill 13%
- Metal recycling 11.5%
- Recycling 3.5%
Hazardous waste incineration
Under regulated conditions, hazardous waste incineration achieves a destruction efficiency of more than 99.9999% for fluoropolymer materials, with water-soluble PFAS emissions of less than 1 gram per tonne of fluoropolymer treated.
Municipal waste-to-energy facilities show comparable performance. These findings were confirmed through full-scale incineration stack testing conducted as part of FPG’s End-of-Life study and are consistent with earlier studies submitted during the ECHA public consultation.
This performance is achieved within existing European waste legislation, which already sets requirements for operating conditions, emission controls and monitoring.
They demonstrate that the end-of-life management of fluoropolymers does not pose an unacceptable risk to human health or the environment, supporting the case that a full exemption from any blanket restriction would be a justified and proportionate regulatory outcome.
Landfill
Landfill is not the preferred waste treatment route under the EU waste hierarchy and plays a smaller role in fluoropolymer waste management.
However, available literature indicates that stable fluoropolymer materials such as PTFE do not pose risks under landfill conditions. Fluoropolymers are highly stable, insoluble in water and do not readily break down under normal environmental conditions.
Metal recycling
Fluoropolymers often reach end-of-life embedded in metal products as coatings, linings or small integrated parts. Where separation is not technically or economically feasible, they remain with the scrap during steel, aluminium or copper recycling; where possible, fractions such as cable insulation can be mechanically removed first.
Recycling
Recycling of fluoropolymers is technically possible and already takes place for certain materials and applications.
PTFE and melt-processable fluoropolymers can be recycled through mechanical, thermal or chemical methods. The most established route today is recycling of clean pre-consumer streams of melt-processable materials.
In practice, recycling remains limited, accounting for around 3.4% of end-of-life fluoropolymers in Europe. This is mainly due to low waste volumes, complex product integration, lack of separate collection and sorting, and the absence of a secondary materials market at scale.
FPG is building further evidence on where fluoropolymer recycling can be expanded in future.
Waste prevention through durability
End-of-life should also be considered together with fluoropolymers’ contribution to waste prevention.
Because fluoropolymers are highly durable, they can significantly extend the lifetime of products and components. Industry data shows that fluoropolymers can extend component and system lifetimes by three to ten times in high-performance applications, depending on the use case.
This means fewer replacements, less maintenance and lower waste generation over time. This contribution is directly relevant to the EU waste hierarchy, where waste prevention is the preferred option.
FPG's commitment and the Circular Economy Act
FPG is actively building on existing evidence that recycling is possible and should be increased, through ongoing research to identify where it can be expanded further across different materials and applications. This work is aligned with the objectives of the EU's upcoming Circular Economy Act, which is expected to set stronger requirements around product durability, recyclability and material recovery across industrial value chains, and to which fluoropolymers' unique durability properties are directly relevant.