BIOS MATER project to drive safe, circular and low-carbon construction
Four bio-based products testing materials like bio-based thermoplastics and fiber-reinforced bio-resin composites will be developed and tested under real conditions to prove their performance, scalability and environmental impact.
Share
BIO MATERs consortium. Source | Aimplas
A European consortium led by the (Zaragoza, Spain) research center has officially launched , a Horizon Europe project co-funded by the Circular Bio-Based Europe Joint Undertaking (CBE JU) and the European Union (EU). The initiative, running from June 2025 to May 2029 aims to transform the construction sector by introducing advanced bio-based materials, applying circular economy principles and implementing safe-and-sustainable-by design (SSbD) solutions to ensure health, safety and environmental responsibility throughout the building life cycle.
The project brings together 22 partners from 10 countries, including , the Plastics Technology Centre (Valencia, Spain), which contributes its expertise in polymer-based solutions that minimize the environmental impact and improve energy efficiency in the construction industry. United by a shared commitment to innovation and sustainability, the BIOS MATER consortium integrates research institutions, SMEs, large industry players and policy stakeholders to develop high-performance building products derived from renewable resources, paving the way for safer, low-carbon and scalable construction practices across Europe.
BIOS MATER responds to the urgent need for change in a sector that accounts for approximately 37% of global COâ‚‚ emissions. By reimagining conventional materials, the project will deliver bio-based alternatives that match or exceed current standards in durability, safety and performance. Through a holistic and innovation-driven approach, BIOS MATER will integrate circular economy strategies to reduce waste and promote market adoption, supported by digital transparency and active stakeholder engagement.
A central focus of the project is the development of four bio-based construction products:
- Sandwich panels for flooring, interior paneling and furniture
- Wall panels and flooring tiles made from bio-based thermoplastics
- Exterior cladding panels using fiber-reinforced bio-resin composites
- Biodegradable, plantable tiles from bio-based foams for interior drywalls.
These solutions will be tested under real-world conditions in a dedicated demonstration park (DEMOpark), designed to showcase their performance, scalability and environmental benefits in practical applications.
“This is an exciting opportunity to rethink the foundations of our built environment,” says Carlos Pérez, project coordinator at Circe. “It is truly inspiring to see partners from all over Europe working toward the same goal: decarbonizing the construction sector. The diversity and expertise within the BIOS MATER consortium empower us to create innovations that are both sustainable and practical for the market. I am eager to see these actions being accomplished.”
BIOS MATER directly supports the European Green Deal, the EU’s Circular Economy Action Plan and climate neutrality goals.
Related Content
-
Composites end markets: Sports and recreation (2025)
The use of composite materials in high-performance sporting goods continues to grow, with new advancements including thermoplastic and sustainability-focused materials and automated processes.
-
Watch: A practical view of sustainability in composites product development
Markus Beer of Forward Engineering addresses definitions of sustainability, how to approach sustainability goals, the role of life cycle analysis (LCA) and social, environmental and governmental driving forces. Watch his “CW Tech Days: Sustainability” presentation.
-
All-recycled, needle-punched nonwoven CFRP slashes carbon footprint of Formula 2 seat
Dallara and Tenowo collaborate to produce a race-ready Formula 2 seat using recycled carbon fiber, reducing CO2 emissions by 97.5% compared to virgin materials.