Re-designing the construction sector
PARTNERS &
SYNERGIES
Sustainable and functional bio-based construction products and building elements.
Synergies
ATRIUM Project
ATRIUM exploits the potential of combining natural fibres (leftovers of European crops,mainly hemp), second and third generation of bioplastics (bio-PE/PA/PU) and mycelium-based biotechnology to produce bio-composites intermediates that can be integrated in construction products (outdoor and indoor floorings, acoustic panels, green wall systems, and building block) to be easily used by professionals and amateurs in building and renovation actuations.
In this way, ATRIUM will not only provide more safety and non-toxic construction solutions but also boost the creation of sustainable bio-based value chains and the integration of efficient biotechnology to develop the circular economy and bioeconomy sectors.
To do this, ATRIUM will develop production pilot lines that integrate efficient and flexible technologies (co-extrusion, foaming, injection moulding, additive manufacturing and bio- fabrications) and engage the key actors for the design acceptance and certification of the new products.
Shared values and goals with BIOS MATER
ATRIUM and BIOS MATER share a common mission: advancing the bio-based and circular transition of the construction sector in Europe. We both focus on developing high-performance building materials from renewable sources, combining sustainability, safety, and durability, while validating solutions in real-world settings. Through this synergy, ATRIUM and BIOS MATER strengthen knowledge exchange, amplify impact, and contribute jointly to shaping a more sustainable construction sector.
Partners
Circe
FUNDACIÓN CIRCE – Centro de Investigación de Recursos y Consumos Energéticos
Founded in 1993, FUNDACIÓN CIRCE is a Spanish research and technology centre dedicated to advancing sustainability, energy efficiency, and circular economy innovations. Based in Zaragoza, CIRCE has extensive experience in coordinating European projects and translating research into practical, scalable solutions with real-world impact.
Role in the project: Coordinator of BIOS MATER and lead of Work Package 4 – DEMONSTRATE.
CIRCE ensures effective collaboration among all 22 partners and oversees the implementation of bio-based materials in real construction settings. Through the DEMOpark, CIRCE, and partners test and validate innovative building components, monitoring their performance across the life cycle to demonstrate improvements in energy efficiency, indoor comfort, and circularity.
Dreven
DRAXIS RESEARCH VENTURES (DReVen)
DReVen is a non-profit Greek research organization established in 2021 as a spin-out of DRAXIS Environmental SA. Building on more than two decades of experience from DRAXIS as a leading environmental ICT solution provider, DReVen focuses on advancing high-quality research in sustainability assessment, life cycle methodologies, and environmental compliance.
With strong expertise in environmental LCA, social LCA, and life cycle costing, DReVen brings essential capabilities for evaluating the sustainability performance of bio-based materials and processes.
Role in the project:
Leader of Work Package 5 – EVALUATE. DReVen oversees the sustainability, safety, and circularity assessment of BIOS MATER solutions following the Safe and Sustainable by Design (SSbD) principles. This includes defining goals and scope for LCAs, conducting environmental and socio-economic assessments, integrating safety and toxicity evaluations, and applying multi-criteria decision-making to deliver a holistic sustainability profile of all project materials.
PHEE
PHEE is a Greek SME specializing in the development and production of bio-composite materials made by upcycling natural bio-residues. Known for its pioneering work with Posidonia oceanica dead leaves, PHEE transforms underused natural resources into high-performance, sustainable composite products. The company brings strong expertise in material sourcing, biomass processing, and the manufacturing of bio-based panels and components.
Role in the project:
In BIOS MATER, PHEE leads Production Route A, which develops bio-based core products and sandwich structures for flooring, interior panelling, and furniture applications. PHEE sources Greek bio-residues such as spent coffee grounds, industrial hemp residues, sunflower biomass, and olive-pomace wood, prepares them according to project specifications, and manufactures scaled-up rigid core panels for demonstration. These panels contribute to lightweight, thermally insulating building solutions that will be tested and validated in real conditions.
PHEE also participates in Production Route D, supplying processed hemp residual biomass as fillers for the development of ultra-light biodegradable and plantable foam-based tiles. Throughout the project, PHEE ensures alignment with feedstock requirements and polymer safety guidelines, contributing its experience in sustainable materials processing to help deliver circular, high-performance building components.
TECNO
TECNO is an SME based in Zaragoza, Spain, specializing in R&D of advanced polymeric materials and their transformation processes. With long-standing expertise in sustainable material innovation, TECNO develops high-performance bio-based polymers, functional blends, and eco-efficient processing technologies. All of TECNO’s solutions follow a circular design philosophy, aiming to create reusable, recyclable, and biodegradable products supported by optimized and environmentally responsible manufacturing routes.
Role in the project
TECNO is part of Production route B by developing and manufacturing functional blends based on bio-based thermoplastic materials for wall panels and exterior tiles, ensuring optimal performance, durability and recyclability. Their expertise in advanced polymeric materials supports the definition of end-product characteristics and application requirements, aligning specifications with validation and demonstration needs across partners. Additionally, TECNO leads the development of the scale-up strategy, coordinating feasibility studies and guiding the transition of production routes toward industrial deployment and market readiness.
CEL
Celignis is an Irish biomass analysis and bioprocess development company spun out from the University of Limerick in 2014. Recognised as a leading analytical service provider for the bioeconomy, Celignis specialises in high-precision compositional analysis of biomass and in supporting the optimisation and valorisation of biomass conversion processes across multiple sectors, including biorefining, anaerobic digestion, biochar, seaweed, and advanced biofuels. With dedicated analytical and bioprocess facilities in Limerick, Celignis combines detailed laboratory data with strong scientific expertise to support both research and industrial innovation.
Role in the project:
In BIOS MATER, Celignis contributes its expertise in biomass characterisation and bioprocess knowledge to support the assessment and optimisation of bio-based materials and feedstocks. Through precise compositional analysis and interpretation of biomass properties, Celignis helps ensure that selected materials are suitable for downstream processing, performance requirements, and sustainability objectives within the project.
Bauhaus Earth (BE)
Bauhaus Earth is a non-profit organisation based in Germany, working at the intersection of research, practice, and policy to transform how buildings are designed, constructed, and governed. With a strong focus on regenerative, circular, and bio-based construction, BE promotes systemic change in the built environment, positioning it as a driver of climate restoration rather than environmental degradation.
Role in the project:
In BIOS MATER, Bauhaus Earth plays a strategic role in fostering multi-actor collaboration and knowledge exchange across the project by leading stakeholder mapping and the multi-actor approach, ensuring early and continuous engagement of key value-chain actors. BE facilitates knowledge exchange and co-creation across disciplines, sectors, and geographies, and contributes to professional education and training as well as to policy recommendations and lessons learned. Bauhaus Earth also supports demonstration activities, helping translate research outcomes into real-world construction applications. In addition, BE contributes to exploitation-related activities, supporting Work Package 6 to help ensure that BIOS MATER’s bio-based construction solutions move beyond experimentation towards scalable, market-ready adoption
WAGENINGEN UNIVERSITY & RESEARCH (WUR)
Wageningen University & Research is a leading research and education institution based in the Netherlands, working globally in the domain of healthy food and living environments. With over 7,600 employees, 13,100 students, and more than 150,000 lifelong learning participants from over 100 countries, WUR supports governments, businesses, and society with science-based solutions. Its strength lies in combining specialised research and education across natural and social sciences, enabling scientific breakthroughs that can be rapidly translated into practice through what is known as the Wageningen Approach, grounded in strong collaboration with public and private actors.
Role in the project:
In BIOS MATER, Wageningen University & Research leads Production Route C, focusing on the development of fibre-reinforced bio-resin composite panels for exterior façade cladding. Drawing on its extensive expertise in biorefining and bio-cascading technologies, WUR supports the sustainable processing of biomass into market-ready bio-based materials and optimised value chains. In addition, WUR leads the assessment of circularity and the long-term carbon removal potential of BIOS MATER solutions, ensuring that the developed materials contribute meaningfully to climate mitigation and circular economy goals.
NICOLAIDES & KOUNTOURIS METAL COMPANY (NKMC)
Nicolaides & Kountouris Metal Company is a Cypriot SME serving the construction and steel industries through the design and production of standard and custom-made steel structures, cold-formed steel sections, roof claddings, and polyurethane-insulated sandwich panels and boards for roof and wall applications. NKMC has strong experience in European and national funded projects and has been recognised with the Cyprus Innovation Award and the European Eco-Innovation Award for its advances in insulation technologies. A key strength of the company is its innovative approach to circularity, including the development of methods to recycle rigid polyurethane and polystyrene foams into ready-mixed thermal and acoustic insulating mortars.
Role in the project:
In BIOS MATER, NKMC contributes its industrial know-how to support the circular design of bio-based construction solutions. The company is responsible for the recyclability assessment across all production routes, ensuring that end-of-life considerations, material recovery, and circular economy principles are embedded throughout the project’s technological developments.
4DM (4D-Mater)
4DM is a Greek SME focused on the development of smart, bio-based materials with advanced functional properties for high-impact industries. Through its “GrowMaterials” concept, the company designs biodegradable and plantable materials inspired by biological principles, aiming to replace fossil-based products such as polystyrene. Its Grow Foams are characterised by very low thermal conductivity, tailored density, and high mechanical strength, with potential applications in the building sector and packaging. 4DM’s innovations have been recognised by Climate-KIC, reflecting their contribution to decarbonisation and waste reduction.
Role in the project:
In BIOS MATER, 4DM contributes its expertise in smart biodegradable materials by leading the development of plantable bio-based foams within Production Route D. Building on existing solutions at TRL 3–4, the company will further mature these materials to TRL 6–7, enabling their validation as high-performance, sustainable construction products suitable for real-world applications.
NPSP
NPSP is a Netherlands-based biocomposite manufacturer with over 20 years of experience in developing innovative bio-based and circular composite materials. Founded in 1998 with the ambition to combine sustainability and high-quality design, NPSP has been a pioneer in applying natural fibres and bio-based resins across sectors ranging from mobility and infrastructure to architecture and product design. Today, the company focuses on 100% bio- and waste-based composites under its Nature Based Composites (Nabasco) portfolio, targeting applications such as façade cladding, traffic signs, electric enclosures, and interior and exterior design products with strong end-of-life opportunities.
Role in the project:
In BIOS MATER, NPSP contributes its long-standing expertise in bio-based composites by supporting multiple production routes. The company develops bio-based skins and laminates for Production Route A and contributes to Production Route C by developing fully bio- and waste-based fibre-reinforced bio-resin composite panels for exterior façade cladding, designed to protect buildings against weather exposure. In addition, NPSP participates in the evaluation of BIOS MATER bio-based construction products, helping to assess their performance, durability, and suitability for real-world building applications.
ACCIONA
ACCIONA is a global group that develops and manages sustainable infrastructure solutions, with a strong focus on renewable energy, transport, and water. Operating across the full value chain—from design and construction to operation and maintenance—the company is committed to leading the transition towards a low-carbon economy through technical excellence and innovation. With nearly a century of experience, a presence in more than 40 countries, and €17.02 billion in sales in 2023, ACCIONA contributes to sustainable economic and social development worldwide. Within the group, the R&D Technological Centre for Construction focuses on decarbonisation, digitalisation, and industrialisation of the built environment.
Role in the project:
In BIOS MATER, ACCIONA provides the demonstration facility (DEMOpark) where the bio-based building elements developed within the project are installed and tested under real conditions. The company coordinates the validation activities across all use cases, including planning the demonstrations, preparing monitoring and evaluation plans, carrying out the necessary works in the test cells, and assessing the performance of the new products. In addition, ACCIONA supports the definition of initial application requirements from the perspective of a construction company, helping ensure that BIOS MATER solutions are practical, robust, and aligned with real industry needs.
ORINEO
ORINEO is a Belgian SME founded by industry experts with more than 25 years of industrial experience in biomaterials. Born out of a European project on ecological bio-based binding agents, the company combines strong technical expertise in wood technology and bio-based binders with business development, partnership building, IP management, and corporate financing. ORINEO’s mission is to become a leading player in the bio-based economy by developing innovative plant-based resins, using exclusively non-toxic and non-persistent feedstocks, and mobilising the entire value chain to bring sustainable solutions to market.
Role in the project:
In BIOS MATER, ORINEO contributes its extensive experience in EU project collaboration, binder development, and application-driven prototyping. The company supports Production Route A by developing new plant-based binder formulations specifically tailored to the requirements of BIOS MATER bio-based construction applications, ensuring performance, safety, and sustainability are addressed from the earliest material design stages.
ITECONS
Institute for Research and Technological Development in Construction, Energy, Environment and Sustainability
ITECONS is a non-profit organisation based in Portugal, established in 2006 and recognised as an institution of public utility. Acting as a bridge between the scientific community and industry, ITECONS provides applied research, testing, consultancy, and training in the fields of construction, energy, environment, and sustainability. The organisation operates extensive laboratory facilities covering more than 11,000 m² and offers a wide range of accredited tests (NP EN ISO/IEC 17025) in areas such as acoustics and vibrations, air quality, reaction to fire, and other key construction performance domains.
Role in the project:
In BIOS MATER, ITECONS contributes its advanced testing infrastructure and expertise by evaluating the performance and functionalities of the bio-based construction products developed within the project. The organisation conducts comparative assessments against conventional materials, supporting validation activities and ensuring that BIOS MATER solutions meet technical, safety, and performance requirements for real-world construction applications.
AIMPLAS – Asociación de Investigación de Materiales Plásticos y Conexas
AIMPLAS is a private, non-profit technological institute based in Valencia, Spain, with more than 35 years of experience supporting innovation across the plastics value chain. With extensive facilities exceeding 12,000 m² and highly accredited laboratories, AIMPLAS provides research, development, testing, certification, and training services covering thermoplastic, thermosetting, and composite materials. Its multidisciplinary team works closely with industry to foster sustainable innovation, helping companies transition towards more circular, efficient, and responsible plastic-based solutions.
Role in the project:
In BIOS MATER, AIMPLAS contributes its expertise in polymer materials and technologies to support the assessment of bio-based construction products. The institute leads the replication assessment of BIOS MATER solutions, identifying opportunities for their application in other sectors beyond construction. Through this work, AIMPLAS helps ensure that the developed materials have strong potential for wider uptake, scalability, and cross-sectoral impact.
UNIVERSITAT POLITÈCNICA DE CATALUNYA – (UPC)
The Universitat Politècnica de Catalunya (UPC), is one of the leading polytechnic universities in Spain and a major academic institution in Europe for engineering, architecture, and applied sciences. Established in 1971 through the integration of historic technical schools founded as early as the 18th century, UPC today comprises 18 schools across Catalonia and supports a large academic community of more than 30,000 students and over 3,000 teaching and research staff. With a strong tradition in research and innovation, UPC is actively involved in European R&D initiatives and international academic networks.
Role in the project:
In BIOS MATER, UPC contributes its strong expertise in sustainability assessment and decision-support methodologies. Building on its development of the MIVES multi-criteria decision-making method, further advanced through BIM integration in previous projects,UPC adapts this approach to support the Safe and Sustainable by Design (SSbD) evaluation framework for materials and chemicals. UPC also leads the definition of goals, scope, and life cycle inventory development, while supporting environmental, economic, and social life cycle assessments, ensuring a robust and integrated evaluation of BIOS MATER solutions.
LEVERY S.R.L. Società Benefit
Levery is an Italian R&D company working closely with the construction sector to support the development of cutting-edge projects with high sustainability impact. Using an open innovation approach and applied research methodology, Levery aims to accelerate the environmental, social, and economic impact of research, contributing to the transformation of the built environment towards more sustainable practices.
Role in the project:
In BIOS MATER, Levery leads Work Package 2 – DEFINE, shaping the strategic foundations of the project. Levery is responsible for setting the status quo and identifying current barriers to the adoption of bio-based construction materials, designing product value chains, integrating Safe and Sustainable by Design (SSbD) principles, mapping key stakeholders and application needs, and defining health, safety, and technical requirements. In addition, Levery contributes to validation activities and supports other work packages by facilitating collaboration, strengthening partnerships, and enabling efficient knowledge exchange across the consortium.
CENTRE FOR RESEARCH AND TECHNOLOGY HELLAS (CERTH)
The Centre for Research and Technology Hellas (CERTH) is a leading non-profit research organisation in Greece, founded in 2000 and supervised by the General Secretariat for Research and Innovation of the Greek Ministry of Development. CERTH’s mission is to promote innovative research for the benefit of society, spanning basic, applied, and technological research. Its activities cover key areas such as clean energy and low-carbon technologies, climate change, artificial intelligence, Industry 4.0, smart cities, circular economy, transport, health, and bioeconomy. Through its five institutes and a strong multidisciplinary research community, CERTH combines advanced research facilities with highly qualified personnel to transform scientific knowledge into impactful technological applications.
Role in the project:
In BIOS MATER, CERTH contributes its strong expertise in decision-support systems and predictive analytics to advance smart and sustainable manufacturing solutions. The centre leads the development of the data-sharing platform and the Digital Product Passport (DPP), enabling improved monitoring, traceability, and assessment of production routes and materials across the project. Through this contribution, CERTH supports transparency, data-driven decision-making, and the scalability of BIOS MATER’s bio-based construction solutions.
UNIVERSITAT POLITÈCNICA DE VALÈNCIA (UPV)
The Universitat Politècnica de València (UPV) is a Spanish public university based in Valencia, with a strong focus on science, technology, and the arts. Founded in 1968 and officially established as a university in 1971, UPV brings together a long tradition of technical education and research, with some of its schools dating back more than a century. Through its research centres, including the Research Centre on Production Management and Engineering (CIGIP), UPV has extensive experience in applied research, digital solutions, and innovation supporting sustainable industrial development.
Role in the project:
In BIOS MATER, UPV leads the development and implementation of the Data Management Plan, ensuring structured, secure, and compliant handling of project data throughout its lifecycle. The university also supports digital solutions for monitoring production routes and materials, contributing to the data-sharing infrastructure. In addition, UPV acts as a key partner in activities related to quality assurance, health and safety, social acceptability, and sustainability, reinforcing the robustness and reliability of BIOS MATER outcomes.
DIN – Deutsches Institut für Normung
DIN is the German Institute for Standardization and the independent platform for standardization in Germany and internationally. Founded in 1917, DIN develops standards and specifications as a service to industry, research, public authorities, and society as a whole. Through the involvement of more than 36,500 experts from industry, science, consumer protection, and the public sector, DIN delivers market-oriented standards that support quality assurance, environmental protection, safety, interoperability, and global trade, while enhancing the market uptake of innovative solutions.
Role in the project:
In BIOS MATER, DIN contributes its expertise in standardization to support the market readiness of bio-based construction materials. Working closely with project partners and relevant stakeholders, DIN helps develop standards and specifications aligned with market and regulatory requirements, facilitating the wider acceptance, scalability, and exploitation of BIOS MATER innovations.
GEP – Health and Safety Services
GEP is a Greek SME specialising in occupational health and safety and training services, with more than 25 years of experience across a wide range of business sectors. Recognised as a leader in the OHS sector in Greece, GEP supports organisations operating in high-risk industries such as construction, manufacturing, renewable energy, and oil and gas. Through its services, GEP promotes a strong health and safety culture, delivering expertise in areas including manual handling, fire safety, working at heights, and comprehensive training programmes that contribute to sustainable and safe working environments.
Role in the project:
In BIOS MATER, GEP leads the health and safety compliance activities for the bio-based construction products developed within the project. By applying its extensive experience in occupational safety, regulatory compliance, and risk management, GEP ensures that BIOS MATER solutions meet health and safety requirements throughout their development and application, supporting safe deployment in real construction settings.
THE ASSOCIATION OF BALKAN ECO-INNOVATION (ABE)
ABE is a non-profit cluster organisation working to accelerate the uptake of sustainable innovations and support the transition towards a greener future in the Balkan region. Its mission is to build and animate cluster networks by bringing together diverse stakeholders to collaborate, exchange knowledge, and develop innovative solutions with environmental and societal impact. Through its activities, ABE connects actors across sectors, facilitates access to knowledge and funding, and raises awareness of sustainable practices and eco-innovation.
Role in the project:
In BIOS MATER, ABE leads Work Package 7 – PROMOTE, responsible for dissemination, communication, and stakeholder engagement. Building on its experience from projects such as CIRC-BOOST, ABE develops and implements a multi-actor dissemination and communication strategy, designs tailored outreach activities, and promotes BIOS MATER results to industry, policymakers, and society to support awareness, knowledge exchange, and uptake of the project’s innovations.
F6S
F6S is a leading platform for application management and one of the largest global startup communities, connecting more than 1.6 million tech startups and over 2.9 million entrepreneurs worldwide. The platform supports commercial, corporate, government, university, and accelerator programmes by managing deal flow, applications, structured programmes, corporate challenges, recruitment, and access to funding and services. Each year, F6S processes more than 700,000 applications and supports the delivery of billions of euros to startups and SMEs, offering strong expertise in outreach, selection processes, and innovation ecosystem building.
Role in the project:
In BIOS MATER, F6S leads Work Package 6, focusing on exploitation and long-term impact. Drawing on its experience in innovation networks and growth platforms, F6S supports the design of future sustainability pathways and maximises exploitation potential by engaging relevant SMEs and startups, supporting open calls and recruitment activities, and helping translate project results into scalable opportunities within the wider innovation ecosystem