SciTransfer
PlastiCircle · Project

Turning Plastic Packaging Waste Into Automotive Parts, Roofing, and Urban Furniture

environmentPilotedTRL 7

Europe throws away over 25 million tonnes of plastic every year, but only about 30% actually gets recycled — the rest is burned or buried. PlastiCircle built a complete system to fix this: better collection bins with sensors, smarter transport logistics, and improved sorting technology. The real payoff? They took that recovered plastic and turned it into real products — car bumpers, roofing membranes, park benches, even foam boards for wind turbines. Think of it as closing the loop so yesterday's yogurt container becomes tomorrow's dashboard.

By the numbers
25.8 million tonnes
Plastic waste produced per year in EU28
29.7%
Current plastic recycling rate in EU
€10.56bn
Annual losses from unrecycled plastic
81.7% → 87%
Target increase in plastic collection rate
9.8%
Target increase in plastic valorization
861,250 tonnes
Additional plastic recoverable with EU-wide adoption
€2.86bn–€7.95bn
Market value of newly valorized plastic material
500–1,400
New companies potentially created EU-wide
11,900–33,000
New jobs potentially generated EU-wide
23.8 Mt CO2
Environmental impact of current plastic waste
The business problem

What needed solving

Europe loses over €10.56 billion annually because 70% of its plastic packaging waste never gets recycled. Manufacturers face tightening EU regulations on recycled content in products while struggling to source high-quality recycled plastic. The current collection, transport, and sorting infrastructure simply cannot deliver recycled material at the quality and volume that industry needs.

The solution

What was built

The project delivered validated prototypes across six product categories: automotive parts (engine covers, bumpers, dashboards), foam boards for wind turbines and roofing, bituminous roofing membranes and asphalt sheets, garbage bags, urban furniture (fences, benches, protection walls), plus an optimized transport and logistics system. Each prototype came with a technical and economic validation report, totaling 41 deliverables.

Audience

Who needs this

Automotive parts manufacturers needing recycled-content plastic for interior and exterior componentsRoofing and insulation companies looking for recycled-plastic membrane and foam board productionMunicipal waste management operators wanting to increase plastic collection and sorting efficiencyUrban furniture manufacturers seeking sustainable material alternatives for public infrastructurePackaging companies under pressure to close the loop on post-consumer plastic waste
Business applications

Who can put this to work

Automotive manufacturing
enterprise
Target: Automotive parts manufacturers and OEMs using plastic components

If you are an automotive parts manufacturer dealing with rising virgin plastic costs and recycled-content mandates — this project developed validated prototypes for engine covers, bumpers, and dashboards made from recycled packaging plastic. The consortium partner CRF produced and technically validated these components. With the EU plastic sector generating €350bn in turnover, switching to recycled feedstock for interior and exterior parts could cut material costs while meeting upcoming recycled-content regulations.

Construction and roofing
mid-size
Target: Roofing membrane and insulation manufacturers

If you are a roofing or insulation manufacturer struggling with raw material price volatility and sustainability targets — this project produced validated prototypes of bituminous roofing membranes, asphalt sheets, and foam boards for roofing structures and sandwich panels. Partners DERBIGUM and ARMACELL built and tested these products from recycled plastic packaging. The potential market value for these valorized materials ranges from €2.86bn to €7.95bn across Europe.

Waste management and municipal services
any
Target: Waste collection and sorting companies

If you are a waste management operator looking to increase plastic recovery rates and reduce transport costs — this project developed an integrated collection-to-sorting system with a validated transport optimization solution. The target was to push collection rates from 81.7% to 87% and increase valorization by 9.8%. Across Europe, this approach could recover an additional 861,250 tonnes of plastic annually, reaching 14.14 million tonnes total.

Frequently asked

Quick answers

What would it cost to implement this recycled-plastic production process?

The project does not publish specific implementation costs. However, the technical and economic validation report (D5.10) covers cost analysis for all product lines including foam boards, automotive parts, roofing membranes, garbage bags, and urban furniture. Contact the coordinator for access to these validated economics.

Can this scale to industrial production volumes?

The project was funded as an Innovation Action, which targets near-market solutions. Validated prototypes were produced by industrial partners (ARMACELL for foam boards, CRF for automotive parts, DERBIGUM for roofing, HAHN for urban furniture). The consortium estimates that EU-wide adoption could valorize 1.59 million tonnes of plastic and create 500-1,400 new companies.

What is the IP situation — can I license this technology?

With 23 consortium partners across 9 countries, IP is likely distributed among the partners who developed specific product lines and processes. Each validated prototype (automotive, roofing, foam boards, urban furniture, garbage bags) may have separate licensing terms. Contact the coordinator ITENE to discuss licensing for the specific product category relevant to your business.

Does this help meet EU recycled-content regulations?

Yes. The EU Packaging and Packaging Waste Regulation sets mandatory recycled-content targets for plastic packaging. PlastiCircle's sorting and valorization processes were designed to produce recycled plastic of sufficient quality for re-entry into value chains — demonstrated through validated prototypes in automotive, construction, and consumer products.

How long before we could integrate this into our production line?

The project ran from 2017 to 2021 and produced validated prototypes at Technology Readiness Level 6-7. Integration timelines depend on which product line you target. The transport system, sorting improvements, and product formulations were all finalized by month 42 of the project. Industrial partners in the consortium could potentially support technology transfer.

What quality standards does the recycled output meet?

Each product line underwent technical and economic validation as documented in D5.10. The automotive parts (engine covers, bumpers, dashboards) were validated by CRF, a major automotive research center. Foam boards, roofing membranes, and urban furniture were each validated against their respective industry specifications by the manufacturing partners.

Is there ongoing support or a community behind this?

The project website plasticircle.eu may still host results and contact information. The consortium of 23 partners includes 9 industry players and 8 SMEs across 9 European countries. Based on available project data, post-project exploitation plans would have been developed by each industrial partner for their respective product lines.

Consortium

Who built it

PlastiCircle assembled a strong execution-oriented consortium of 23 partners across 9 European countries (Belgium, Germany, Spain, Italy, Netherlands, Norway, Romania, Slovenia, UK). The partnership leans heavily toward industry with 9 industrial partners and 8 SMEs — giving it a 39% industry ratio, well above average for EU projects. Notably, there are zero universities, with 6 research organizations providing the scientific backbone instead. This composition signals a project built for real-world implementation, not academic publishing. Each major product line had a dedicated industrial manufacturer: CRF for automotive, ARMACELL for foam boards, DERBIGUM for roofing, HAHN for urban furniture, and INTERVAL for garbage bags. The coordinator ITENE is a Spanish packaging and logistics technology institute classified as an SME, providing neutral coordination between the commercial partners.

How to reach the team

ITENE (Instituto Tecnológico del Embalaje, Transporte y Logística) in Spain — a packaging and logistics technology institute. SciTransfer can help locate the right contact person.

Next steps

Talk to the team behind this work.

Want to explore licensing the recycled-plastic formulations for automotive parts, roofing, or urban furniture? SciTransfer can connect you directly with the right consortium partner for your product category.

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