Plastic packaging waste – Major Milestone for Circular Economy as Norway Launches Landmark Sorting Facility to Transform Plastic Packaging Waste into High-Quality Recycled Materials 07-11-2025
Plastic packaging waste – Introduction
Norway has taken a bold step in resource management and recycling infrastructure with the opening of the new national sorting facility named Områ, designed specifically to tackle plastic packaging waste. Situated at Holtskogen near Oslo, this facility is a joint venture between TOMRA Systems ASA (with a 65 % stake) and Plastretur (35 %). Områ+2TOMRA+2
Capacity and Impact
Områ has an annual processing capacity of up to 90,000 tonnes of plastic packaging waste. TOMRA+1 With this scale, the facility is expected to handle a significant share of Norway’s plastic packaging waste stream and accelerate the country’s transition towards a circular economy. Current estimates report only about one-third of Norway’s plastic packaging waste is recycled, with the remainder largely going to incineration. letsrecycle.com+1
Advanced Sorting Technology
At the heart of the facility is advanced sensor‐based sorting technology that separates mixed plastic packaging into as many as ten different polymer fractions such as polyethylene (PE), polypropylene (PP), polyethylene terephthalate (PET) and polystyrene (PS). TOMRA+1 This high granularity in sorting allows for improved quality of recycled materials and opens the door to higher value reuse rather than down-cycling.
Strategic Role in the Value Chain
The facility is designed to work alongside municipalities and waste management firms that are adopting automated mixed waste sorting technologies. By providing a reliable destination for mixed plastic packaging waste, Områ supports expansion of collection infrastructure, reduces dependence on household‐level sorting and helps raise national recycling rates. TOMRA+1
Supporting Regulatory Targets
Under the Packaging and Packaging Waste Regulation (PPWR) within the European Union, member states are expected to recycle at least 55 % of plastic packaging waste by 2030. letsrecycle.com+1 The establishment of a high‐capacity sorting facility such as Områ positions Norway to meet its obligations and strengthen its circular plastics economy.
Ownership and Purpose
TOMRA, a technology company specialising in sorting and resource optimisation, contributed its expertise in sophisticated recycling systems. TOMRA+1 Plastretur, the producer responsibility organisation for plastic packaging in Norway, ensures collection and routing of used packaging to appropriate infrastructure. Områ+1 By combining forces, the partnership addresses the full value chain from collection to high‐quality feedstock.
Why This Matters
By redirecting large volumes of plastic packaging waste from incineration toward reuse and recovery, the facility boosts resource efficiency and supports environmental goals. The focus on high‐quality polymer fractions means recycled materials can meet higher standards and be used in new packaging or other applications, rather than being relegated to low‐value uses. This change makes the concept of recovering value from plastic packaging waste more tangible.
Future Outlook and Challenges
While the opening is significant, full ramp-up will be crucial. The facility commissioning started with warm commissioning and full operations are planned through 2025. TOMRA Success will depend on consistent feedstock supply, stable markets for recycled fractions and integration with collection systems across municipalities. Furthermore, scaling to meet broader national goals will require sustained investment in logistics, technology and stakeholder coordination.
Conclusion
The launch of the Områ facility marks a new era in how Norway handles plastic packaging waste. With a capacity of 90,000 tonnes, advanced sorting technology and strategic value-chain alignment, this project strengthens the country’s commitment to the circular economy, tackling plastic packaging waste at scale and improving the outlook for high-quality recycling. As the facility becomes fully operational, it represents a significant step forward in sustainable resource management and infrastructure development.
