Advanced Recycling Industry Faces Consolidation and Scale-Up Challenges
The advanced recycling industry is entering a period of consolidation and maturation. Recent developments, including the closure of Pryme's Rotterdam plastic pyrolysis facility, the shutdown of Quantafuel's European operations, and Carboliq's insolvency proceedings, highlight the challenges of scaling chemical recycling technologies into profitable industrial businesses. At the same time, Plastic Energy's restructuring and emergence from administration demonstrates continued confidence in the long-term role of advanced recycling within the circular plastics economy, provided operators can consistently produce high-quality feedstocks for refinery and petrochemical customers.
EU Packaging and Packaging Waste Regulation Drives Demand for Recycled-Content Plastics
Despite these challenges, regulatory momentum remains strong. In August 2026, the EU Packaging and Packaging Waste Regulation (PPWR) began applying across the European Union, creating a harmonized framework to increase recycling, strengthen markets for secondary raw materials, and accelerate the transition to a circular economy. Together with growing acceptance of mass balance approaches for chemical recycling, PPWR is expected to drive demand for recycled-content plastics and the high-quality circular feedstocks required to produce them.
As a result, many plastic pyrolysis operators are increasingly focused on producing petrochemical feedstocks rather than transportation fuels. Converting waste plastics into pyrolysis oil and subsequently upgrading it into cracker-ready naphtha offers a pathway to manufacture virgin-quality polyethylene and polypropylene with certified recycled content.
However, producing refinery-ready pyrolysis oil requires rigorous quality control. Contaminants including chlorine from PVC, sulfur compounds, silicon, phosphorus, calcium and trace metals can accelerate corrosion, poison catalysts, reduce process yields, and jeopardize downstream refinery and steam-cracker operations.
Read more: Clora 2XP R: Accurate Chlorine Measurement for Advanced Plastic Recycling
XOS Analytical Solutions for Pyrolysis Oil Contaminant Analysis
XOS analytical solutions help advanced recyclers monitor and control these critical contaminants. Sindie® + Cl provides simultaneous sulfur and chlorine analysis to identify contamination and corrosion risks early in the process. Petra® MAX delivers rapid multi-element analysis, measuring sulfur, chlorine, phosphorus, calcium and key transition metals to support feedstock screening and process optimization. Petra® Supra extends capability into ultra-low sulfur analysis while also measuring phosphorus and silicon at the low levels required to protect hydrotreating and steam-cracking catalysts and verify upgraded pyrolysis-derived naphtha before shipment.
Why Feedstock Quality Will Define Success in Advanced Recycling
As the advanced recycling industry matures, success will no longer be measured solely by the volume of pyrolysis oil produced, but by the ability to consistently deliver specification-compliant circular feedstocks. With PPWR expected to increase demand for recycled-content plastics and investors seeking profitable, scalable operations, feedstock quality is becoming a key competitive differentiator. Accurate elemental analysis enables operators to reduce risk, protect critical assets, and confidently supply the high-quality feedstocks needed to make chemical recycling commercially successful.
As plastic pyrolysis shifts toward refinery-ready feedstocks, contaminant control and elemental analysis are becoming essential to advanced recycling success. Connect with an XOS expert to learn how to monitor feedstock quality with confidence.
