EcoReFibre develops smart sorting and processing technologies to recycle post-consumer fibreboard back into fibreboards and novel building products, closing the material loop and reducing dependence on virgin wood.

Combining AI-enabled sorting and advanced fibre-recovery methods, EcoReFibre works with industry leaders through five pilot projects to demonstrate circularity at scale, aiming to replace up to 25% of virgin fibres in Europe’s fibreboard industry.

Develop and prove a range of commercially viable methods for recycling.

Direct the post-consumer waste streams back to the production sites.

Promote a sustainable use of natural resources.

Increase the industry’s resilience in the context of international raw material markets.

Fibreboard recycling on an industrial scale

After years of research, fibreboard recycling is now being scaled up to full industrial level. EcoReFibre plays a key role in this transition by developing and demonstrating advanced fibre-recovery methods and AI-supported sorting for post-consumer fibreboard. The project also delivers the first interactive model of fibreboard waste volumes in Europe, predicting data from 1995 to 2050. Together, these innovations drive circularity and resource efficiency across the wood-based panels industry.

EcoReFibre promotes a circular economy by turning wood waste into fibreboards and innovative building products, uniting key actors across the European fibreboard value chain.
On the 7th of November 2024, a major conference co-hosted by Wood4Bauhaus took place in Brussels, titled Europe’s Wood Sector: Driving the Green and Digital Transition of the Built Environment. EcoReFibre hosted Session B called Reuse, Reclaim, Recycle Circularity approaches to reduce and valorise waste wood. 

EcoReFibre at Wood Policy and Innovation Conference 2024, Brussels

The EcoReFibre project, committed to advancing sustainable practices and reducing waste in Europe, has announced the launch of an innovative survey aimed at harnessing collective wisdom to predict fibreboard waste quantities accurately...

Workshop “From Waste to Resource: Innovative Approaches to Material Recovery andSustainable Waste Management”

A recent workshop organised by ISWA brought together four EU-funded projects — RECLAIM, Wood2Wood, GRINNER, and EcoReFibre — to share their latest innovations in sustainable waste management. Titled “From Waste to Resource,” the event showcased projects tackling different waste streams, including electronic waste, plastics, and wood. Highlights included AI and robotics for e-waste recycling (GRINNER)...

Towards Sustainble Transition

A new study has developed Bioblock, a sustainable wood-based material made from recycled MDF residues and natural adhesives like citric acid and polyols. While MDF production is growing, recycling options remain limited. This research explores how to bind fine MDF particles—normally unsuitable for reuse—into solid blocks using biobased adhesives that are safer for health and...
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