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Safe handling of fluoropolymers: a lifecyle approach
Fluoropolymers are indispensable materials in modern industry, underpinning critical applications in aerospace, electronics, healthcare, energy, and beyond. Their unique properties – chemical resistance, thermal stability, non-stick characteristics, and biological inertness – make them irreplaceable in many environments where performance and safety are paramount. By Isabelle Alenus, Fluoropolymers Product Group (FPG).
The members of the Fluoropolymers Product Group (FPG) have made a commitment to advance best practices for the processing, safe-handling and waste management of fluoropolymers.The commitment is outlined in FPG’s Manufacturing Programme via three pillars: responsible manufacturing, the transparent sharing of best available techniques for emissions control, and safe handling.
- Emission Reduction: A voluntary, industry-led initiative aims to minimise “non-polymeric PFAS residues from polymerisation aid technology” using state-of-the-art technologies. Their EU/UK milestones were met by late 2024/early 2025 (0.009% to air and 0.001% to water) and even more ambitious targets for reductions have been set for 2030.
- Exchange of Technologies: A Technology Exchange Platform to facilitate exchange of information on the best available techniques for emissions control, while respecting confidentiality.
- Safe Handling Guidance (in two parts): Part One was recently updated and made publicly available to inform downstream users about the safe handling and use of fluoropolymer resins. The programme aims to set a new benchmark in fluoropolymer production across European manufacturing sites.
Safe Handling
In September 2025, Part One of the updated Guide for the safe handling, processing, and waste management of fluoropolymer resins was released. This is the first of two guides, presenting up-to-date knowledge and emphasising established standard practices for the safe handling of fluoropolymer resins. It aims to minimise health risks and environmental impacts while ensuring regulatory compliance throughout Europe and related regions.
Part two of the Guidance is expected to be published next year and will address fluoroelastomers and other specialty fluoropolymer substances. Both editions aim to equip the industry and its downstream users with robust safety information. On 20 October 2025, FPG hosted a Webinar titled ‘Safe Handling of Fluoropolymers: Best Practices for Workplace Safety and Emissions Control’. The presentation is available via fluoropolymers.eu.
At the event, Members of FPG took the opportunity to stress that fluoropolymer resins are highly valued for their unique chemical resistance and thermal stability, but that their processing may release hazardous emissions and decomposition products, especially when filled with pigments or additives.
To mitigate risk, the guide outlines safe practices for transporting, manual handling, and processing of these materials – including extrusion, welding, and equipment cleaning. Occupational hygiene is critical, with emphasis on proper ventilation, appropriate use of personal protective equipment (PPE), fire safety measures, and rigorous hygiene procedures to prevent exposure. These practices represent standard protocols within European industrial environments.
Waste management and end-of-life
Fluoropolymers contribute to waste prevention by enhancing the durability of products, which aligns with the EU waste hierarchy. Increased product durability reduces the frequency of replacement and lowers the demand for primary materials, including critical raw materials. Therefore, by maintaining the initial use phase of a product, fluoropolymers play a significant role in the circular economy as well as in closing resource loops. Given that refurbishment, remanufacture, reprocessing or recycling may require additional resources and/or degrade product functionality and/or material value. The overall fluoropolymer content in all waste streams is less than 0.01 % by weight.
However, waste management of fluoropolymer resins is an important component of the lifecycle approach and begins at the production stage, where efforts focus on minimising emissions as covered by the Manufacturing Programme’s first pillar. Enhancing both reuse and recycling capabilities will contribute significantly to minimise the environmental footprint of these materials.
The ‘Safe Handling of Fluoropolymer Resins’ Guide includes recycling at end-of-life, and recovery where feasible, including mechanical and chemical recycling methods. Today, the path to establishing effective recycling routes for fluoropolymers faces significant hurdles – but these challenges also present a unique opportunity for innovation and leadership. Building strong supply chains for large-scale and economically feasible recycling processes is therefore an important issue to be addressed in the coming years. Europe has recognised a strategic vulnerability in fluorine chemistry, underscoring the importance of implementing good recycling measures. Several advanced technologies are already emerging and span across waste collection, sorting, processing, and reintegration into manufacturing. Design is gaining traction, and some companies are piloting circular initiatives like closed-loop systems.
Key challenges for advancing circularity include the need for stronger collaboration across the value chain – specifically between manufacturers, recyclers, and waste managers – and the necessity for more empirical data and sector-specific research to better quantify the benefits and impacts of recycling and waste management. FPG’s Technical Exchange Platform is the perfect start for collaboration within the industry. Where recycling is not yet possible, hightemperature incineration compliant with stringent environmental regulations to minimise emissions and protect air quality is recommended. Incineration is often preferred over recycling when disposing of medical implants, sealings, or industrial filters that have been exposed to potentially harmful substances, due to the risks they may pose to people or the environment. The FPG Safe Handling Guide advises landfilling only as a last resort, under strict environmental controls.
The FPG Membership is committed to understand the fluoropolymer lifecycle, reducing environmental impact, and promoting safe handling. Its Technical Working Group and Task Forces are continually conducting research to guide FPG’s strategies and support the circular economy. Finally, the recently updated guide aligns with EU regulations and is available to download via https://fluoropolymers.eu/. More information on the FPG Manufacturing Programme is available via FPG Statement on the Manufacturing Programme 2025 – Plastics Europe.
