Imagine if your car dashboard, your office chair, and your kitchen cabinet were all made from similar plastic composites — but when they broke or got old, they just ended up in a landfill. ECOBULK figured out how to design these products so they can be taken apart, upgraded, or recycled back into new products instead of being thrown away. They tested this across 15 real demonstration sites in 7 countries, working with furniture makers, car part manufacturers, and building companies. The goal is to turn today's "use and trash" model into a loop where materials keep coming back around.
Manufacturers of composite products in automotive, furniture, and building sectors face a growing problem: their products are difficult to recycle, regulations demand higher recovery rates (including 95% for vehicles), and raw material costs keep rising. Current recycling systems are designed for metals and struggle with the surge in non-metallic, complex composite materials. Companies need practical methods to design products for disassembly, recover valuable materials, and build circular business models — or face compliance risks and wasted resources.
The solution
What was built
ECOBULK produced 33 deliverables including dismantling and disassembly methods for composite vehicle parts, demonstration results for circular furniture and building products, user engagement strategies for demo sites, and a Design Circular approach covering modular design, reverse logistics, and circular business models (leasing, renting, repair shops). All validated through 15+ demonstrators in 7 countries.
Audience
Who needs this
Automotive interior parts manufacturers facing end-of-life vehicle recycling mandatesFurniture companies wanting to offer take-back, leasing, or refurbishment servicesBuilding material producers looking to recover and reuse composite panels and insulationWaste management and recycling companies processing bulky composite productsProduct designers seeking modular design-for-disassembly methods
Business applications
Who can put this to work
Automotive components
mid-size
Target: Manufacturers of interior car parts and composite body components
If you are a car parts manufacturer dealing with the push toward 95% vehicle recycling compliance — this project developed dismantling methods and disassembly protocols specifically for non-metallic composite materials in vehicles. They demonstrated these across real demo sites with 36 consortium partners, giving you tested approaches to recover valuable materials from end-of-life vehicles that current shredding systems miss.
Furniture manufacturing
SME
Target: Furniture producers using composite or mixed materials
If you are a furniture manufacturer struggling with product returns, waste disposal costs, and growing customer demand for sustainable products — this project demonstrated modular design and remanufacturing methods for bulky furniture items. They validated material recovery and upgrade strategies at demonstration sites, with results documented across 33 deliverables covering design-for-disassembly and circular business models like leasing and repair shops.
Construction and building products
mid-size
Target: Producers of composite building panels, insulation, or interior elements
If you are a building products company facing tightening waste regulations and rising raw material costs — this project tested circular manufacturing processes including moulding, extrusion, hot pressing, and thermobonding for composite building materials. Their demonstration results from 7 countries show how to recover and reintroduce materials into your production chain, reducing dependence on virgin composites.
Frequently asked
Quick answers
What would it cost to implement these circular design methods in our production line?+
The project data does not include specific implementation cost figures. However, ECOBULK validated technical and economic feasibility across 15+ demonstrators, meaning cost data likely exists in their detailed deliverables. Contact the coordinator for sector-specific cost assessments.
Has this been tested at industrial scale or only in the lab?+
This was an Innovation Action with large-scale demonstration activities across 15+ demonstrators in 7 countries. The consortium included 20 industry partners and 15 SMEs, and deliverables document real demonstration results for furniture, building, and automotive products — well beyond laboratory testing.
What about intellectual property — can we license these methods?+
With 36 partners across 11 countries, IP arrangements would be governed by the consortium agreement. The project produced 33 deliverables covering design methods, dismantling protocols, and business models. Contact the coordinator at Universitat Politecnica de Catalunya to discuss licensing or collaboration options.
Does this help with EU recycling regulations?+
Yes. The project directly addresses circular economy compliance, including the 95% vehicle recycling target mentioned in their dismantling deliverables. Their Design Circular approach and reverse logistics methods were built to help companies meet tightening EU waste and recycling requirements.
How long would it take to adapt these solutions to our products?+
The project ran from 2017 to 2021 and produced validated demonstration results. Since methods cover design-for-modularity, disassembly protocols, and manufacturing processes like moulding and extrusion, adaptation timelines depend on your current product complexity. The 15+ demonstrator cases provide reference benchmarks.
Can these methods work with our existing manufacturing equipment?+
ECOBULK validated processes including moulding, extrusion, hot pressing, and thermobonding — standard manufacturing technologies. Their approach focused on ensuring technical and economic feasibility with existing industrial processes, which suggests integration with current equipment is achievable.
Consortium
Who built it
ECOBULK brought together 36 partners from 11 countries, with a strong industrial lean: 20 industry partners and 15 SMEs make up 56% of the consortium. This is not an academic exercise — the majority of partners are companies that manufacture, process, or sell products in the automotive, furniture, and building sectors. The consortium is backed by 5 universities and 7 research organizations providing the science, while the industry side ensures real-world applicability. Coordinated by Universitat Politecnica de Catalunya in Spain, the geographic spread across AT, DE, ES, FI, FR, IT, NL, PT, SE, TR, and UK gives broad European market coverage.
Want an introduction to the ECOBULK team? SciTransfer can connect you with the right consortium partner for your sector — automotive composites, furniture remanufacturing, or building material recovery.
