The European Commission has announced the abandonment of efforts to restrict tetrabromobisphenol A (TBBP-A) and medium-chain chlorinated paraffins (MCCPs) under the RoHS Directive. Despite ongoing concerns about hazardous substances in electrical and electronic equipment, the initiative has been shelved as of 10 December 2024, leaving future regulatory actions uncertain.
Abandonment of Restrictions on Hazardous Substances
The proposal to include TBBP-A and MCCPs in the RoHS Directive’s list of restricted substances has been officially abandoned. This decision comes amidst deliberations by the Commission and Member States on adapting the Directive to evolving environmental and health concerns. The lack of progress on TBBP-A was reiterated during the 18 September 2024 expert group meeting.
TBBP-A’s Stalled Progress
The Commission clarified during the meeting that no progress has been made towards restricting TBBP-A under either the RoHS or REACH frameworks. While there is intent to prepare a restriction dossier for aromatic brominated flame retardants under REACH, no definitive action is expected before the end of 2024. This signals a continued delay in addressing the environmental and health impacts associated with TBBP-A.
Context of Abandonment
The halted initiative was part of a broader effort to reduce hazardous substances in electrical and electronic equipment. However, the decision underscores challenges in aligning technical assessments with legislative goals. Stakeholder feedback from earlier stages of the initiative remains accessible for reference, but no new consultations or updates will occur.
Implications for Future Regulations
Experts have called for better integration of advanced materials, including nanomaterials, in the RoHS framework to address emerging risks. However, the lack of concrete progress on TBBP-A and MCCPs highlights inefficiencies in current regulatory processes. Future reviews may revisit these substances, particularly under the broader scope of the EU’s Chemicals Strategy for Sustainability.
