The Lubricants Packaging Management Association (LPMA) has appointed Lisa Gochenour to its board of directors, bringing extensive producer-side experience in lubricant and automotive fluid Extended Producer Responsibility (EPR) compliance. This leadership update comes at a critical juncture as global regulatory frameworks increasingly target hard-to-recycle plastic packaging streams, including those contaminated by industrial and automotive residues.
Managing EPR for lubricant packaging presents unique challenges. Unlike standard household plastics, containers for oils, coolants, and other automotive fluids are classified as hazardous or special waste in many jurisdictions due to chemical contamination. Consequently, recycling these materials—predominantly high-density polyethylene (HDPE)—requires specialised collection, cleaning, and processing infrastructure to prevent environmental contamination and ensure the safety of the resulting recyclate.
For UK waste management companies and Turkish plastics recyclers, the development of robust EPR frameworks for technical plastics is a trend of growing significance. As the UK refines its own EPR schemes and Türkiye aligns its environmental policies more closely with EU circular economy directives, the cost of handling contaminated packaging is shifting rapidly towards producers. Turkish recyclers, who import significant volumes of European polymer waste, must closely monitor how EPR schemes fund the decontamination and processing of technical-grade HDPE. Improved producer compliance and funding could lead to cleaner, more consistent feedstocks of industrial plastics entering the international trade pipeline.
A key takeaway for industry operators is the necessity of preparing for stricter traceability requirements. As EPR schemes for automotive and industrial packaging mature globally, recyclers must demonstrate rigorous compliance with environmental standards to secure contracts with major producers. Investing in advanced washing and decontamination technologies will be essential for processors looking to convert contaminated automotive packaging into high-value, circular polymer grades.
