On August 12, 2026, the EU’s Packaging and Packaging Waste Regulation (PPWR) enters general application. This marks a new stage for Europe’s packaging circularity system. The regulation pushes for less packaging, recyclable design, and recycled-content targets. Together, these will further speed up the upgrade of the global plastics circular supply chain. For the pyrolysis industry, demand for high-quality circular chemical feedstock is growing. As a result, the use of waste plastic pyrolysis oil is shifting. It is moving away from the traditional path of “waste plastic → pyrolysis oil (fuel)” and toward a closed-loop chain of “waste plastic → pyrolysis oil → high-value chemical feedstock → new materials”.
As a regulation that directly applies across EU member states, rather than a directive requiring national transposition, PPWR’s general application will accelerate the establishment of a more unified packaging circular economy framework in Europe.
For the pyrolysis industry, this means the previous period of waiting and observing policy developments is gradually coming to an end. Supporting frameworks related to recycled content, chemical recycling recognition, and calculation methods are now moving toward further clarification.
Under Article 7 of the PPWR (recycled content requirements), the European Commission will establish supporting rules, including methodologies for calculating and verifying recycled content, sustainability and recognition criteria for plastic chemical recycling technologies, and conditions for determining the equivalence of recycled materials from third countries.
This means whether waste plastic pyrolysis oil can be included in the EU-recognized chemical recycling recycled content system will become progressively clearer as the relevant rules are introduced.
From waste plastic pyrolysis oil production and advanced purification, to meeting petrochemical feedstock requirements and obtaining certifications such as ISCC PLUS, establishing a compliant circular feedstock supply chain requires significant time.
With PPWR entering general application, companies that begin technology upgrades, supply chain development, and certification preparation earlier will be better positioned to capture opportunities in the future circular raw material market.
To meet the latest industry development trends, Beston Group has developed the Blackgold P30 continuous pyrolysis system, providing technical support for integrating waste plastic pyrolysis oil into the circular chemical supply chain.
The Blackgold P30 continuous pyrolysis plant uses continuous feeding and discharging technology combined with precise temperature control to achieve 30 days of continuous and stable operation, ensuring consistent pyrolysis oil quality. Meanwhile, the continuous production model enables large-scale capacity expansion and provides a foundation for meeting petrochemical companies’ demand for a stable supply of circular feedstocks.
The Blackgold P30 Continuous Pyrolysis System integrates fractionation technology at a key temperature range of approximately 200°C, allowing the direct separation of light oil and heavy oil fractions. After further purification and upgrading, the light oil fraction can serve as a circular chemical feedstock with properties close to naphtha, supporting downstream chemical applications. This approach helps reduce the investment in additional distillation equipment and shorten processing time.
The transition toward the “waste plastic → high-value chemical feedstock → new materials” pathway is reshaping the feedstock supply landscape for the chemical industry. As PPWR’s supporting implementation rules are progressively rolled out between 2026 and 2030, market power will shift toward producers who can deliver stable, continuous, and ISCC PLUS-certified pyrolysis oil. Companies that proactively upgrade to industrial continuous technologies today will be uniquely positioned to capture high-value market share in this new era of chemical recycling.