MSDS-Europe – Compass to Chemical Safety – PFAS Regulation 2025–2026
In 2025–2026, PFAS (per- and polyfluoroalkyl substances) in the EU is simultaneously a regulatory, customer, and technical issue.
The broad EU restriction process is advancing in stages: ECHA’s Risk Assessment Committee (RAC) adopted its opinion in March 2026, while the final opinion of the Socio-Economic Analysis Committee (SEAC) is expected by the end of 2026. At the same time, the already adopted restriction on PFAS-containing firefighting foam is supported by detailed transition guidance.
The purpose of this article is to provide an understandable yet technically accurate overview for economic operators (manufacturers, importers, distributors, downstream users). The focus is on company actions and technical implementation.
PFAS is a collective term for per- and polyfluoroalkyl substances. These substances are often used because of their high chemical stability, but many PFAS are extremely persistent in the environment. As a result, emission reduction and Substitution are becoming increasingly important across more and more sectors.
One of the main compliance challenges is that “PFAS” does not mean a single substance but a broad group of substances. Therefore, it is essential that the company and its supplier use the same PFAS definition. The OECD has issued dedicated guidance to help harmonise PFAS terminology for practical use across multiple stakeholders.
According to the latest regulatory timetable, the broad PFAS restriction process is moving forward in stages. RAC has already adopted its opinion, while SEAC is expected to conclude the scientific evaluation by the end of 2026.
This means that 2025–2026 is primarily a period for preparation, data collection, and planning alternatives and transition pathways.
The key message for companies is clear: it is not enough to prepare for one single “big date”. It is better to establish an internal programme that can handle gradual and sector-specific requirements. The logic of restrictions and the related obligations can be followed through the Regulatory Change Observer and the REACH knowledge base.
In 2025, the European Commission adopted a REACH restriction on PFAS-containing firefighting foam. The regulation applies transitional periods depending on the field of use.
The restriction starts to apply from October 2026, and the implementation is phased, including earlier ban elements for portable fire extinguishers.
From an implementation perspective, the transition is not only about product replacement. It also involves cleaning systems, reducing liquid use, storage, waste management, and disposal.
Directive (EU) 2020/2184 requires Member States to ensure compliance with the PFAS parametric values for water intended for human consumption by 12 January 2026.
In practical compliance work, not only the limit value but also the measurement approach is a key issue.
The European Commission has published technical guidance on methods suitable for monitoring PFAS Total and Sum of PFAS, following consultation with the Member States.
The central part of EU legislation is the same, but implementation may differ from one Member State to another. These differences usually appear not in the objective, but in the way the rules are enforced.
For directives such as the Drinking Water Directive, Member States transpose the requirements into national law. They may also introduce stricter values or additional parameters.
The frequency of inspections, the scope of documents that may be requested, and enforcement practice may vary between Member States. Therefore, good practice is to establish an internal registry system covering documentation, measurements, and change management, rather than trying to meet only the minimum requirement.
In the transition away from firefighting foam, the EU-level technical steps are relatively clear, but practical waste management and disposal routes may differ by Member State.
This is particularly important for legacy stocks, rinse water, and contaminated material streams generated during system cleaning.
The Commission’s methodological guidance identifies analytical methods and approaches, but laboratory capacity, accreditation practice, and regulatory expectations may differ between Member States.
For this reason, it is important to define the objective of testing in advance: demonstrating compliance, checking the effectiveness of transition measures, or identifying a release pathway.
PFAS is not only a “chemical manufacturer” issue. It often appears where product performance is critical, for example in coatings, seals, or surface treatment, or where inventories and systems are in place, such as fire protection.
The following actors may be affected, for example:
The purpose of the approach below is to support both legal compliance and business continuity. The sequence is intentionally structured as a practical project workflow.
Start by mapping PFAS relevance across the organisation:
A practical filter is to search by function as well, for example non-stick performance, water repellency, or chemical resistance. This helps identify hidden PFAS uses.
The safety data sheet is a core document, but it is not always sufficient to demonstrate PFAS relevance clearly. In some cases, the SDS does not provide enough detail on the presence of PFAS as a substance family, or the information is limited due to confidential business information.
The practical solution is a targeted supplier data request based on a consistent definition. OECD terminology recommendations can serve as a useful reference point for that consistency.
Recommended topic blocks:
Ranking criteria may include:
For firefighting foam, it is advisable to launch a dedicated transition project, because the technical steps and documentation requirements are complex.
One of the most common mistakes is the “measure everything” approach. Instead, define a clear objective:
For drinking water and monitoring, the Commission’s methodological guidance can help ensure that the selected measurement approach is also interpretable from a regulatory perspective.
PFAS is often performance-critical. A Substitution project is stable only if it includes:
A “PFAS-free” claim is defensible only if it is supported by:
Without this evidence, the claim may create risk during a customer complaint, tender review, or audit.
Typical tasks in a transition project include:
The PFAS regulation landscape in the EU is evolving quickly. The safest company strategy is demonstrable transparency: inventory, supplier data, targeted testing, planned Substitution, and, where relevant, a dedicated firefighting foam transition project.
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