The NewWave project comes to an end; Blue Synergy reflects on its outcomes and vision for the future

The new wave project has come to its conclusion and we, from Blue Synergy want to highlight the work done in these four years, and the commitment from the consortium to achieve the research goals and deliver outcomes that will contribute to a more circular and environmentally friendly economy. During the project, Blue Synergy was in charge of the sustainability tasks, such as Life Cycle Assessment (LCA), Life Cycle Costing (LCC), and Reuse & Recycling Strategies; the social tasks such as the Social LCA and the Social Impact Analysis; and some exploitation tasks, such as the Exploitation Plan (partially), the Market Analysis and the Business Models.

The NewWave project was a pioneering initiative that aimed to lay the foundational framework for a sustainable and circular economy within the construction industry. Its central vision revolved around the radical transformation of traditional fossil-based production lines into innovative bio-based value chains capable of upcycling biomass residues, such as sawdust, and end-of-life wood products. Through technological innovation, the project sought to replace toxic and hazardous chemicals—including formaldehyde and creosote—with bio-sourced, non-toxic, and fully recyclable alternatives. Ultimately, NewWave envisioned a future where the construction sector would stop consuming finite resources and instead function as an engine for natural regeneration.

The project successfully demonstrated the technical feasibility of transforming wood waste into high-performance bio-based materials through its core technology, Thermo-Chemical Fractionation. This process allowed for the separation of fast pyrolysis bio-oil into reactive pyrolytic lignin and pyrolytic sugars, which served as raw materials for four distinct manufacturing lines. Notable achievements included the development of green solvents for the pharmaceutical and agrochemical industries. Additionally, the project produced sustainable resins for engineered wood products like plywood and MDF and created bio-based polyurethane foams and adhesives with mechanical properties comparable to fossil-based standards.

The validity of these innovations was concretely proven through the construction of an architectural mock-up in Slovenia, where various bio-based wall configurations were installed to test their durability under real-world outdoor conditions. Furthermore, the project advanced the circularity of the sector by proving that end-of-life modified wood could be reintroduced into the TCF process to create new chemical building blocks, effectively closing the loop. Despite these successes, the consortium identified ongoing challenges, such as the need to further reduce production times and energy costs for 100% bio-based resins to ensure full industrial competitiveness.

As for Blue Synergy’s sustainability tasks, the assessment through LCA, LCC, and circularity analysis demonstrates a transformative shift for the construction industry toward a waste-free, low-carbon future. By utilizing Thermo-Chemical Fractionation (TCF), the project achieved a remarkable reduction in CO₂ emissions—up to 87% compared to fossil-based alternatives—while validating that bio-based components, such as polyols and resins, can meet rigorous industrial performance standards. Crucially, the analysis confirms the economic and environmental importance of “closing the loop,” as end-of-life modified wood and pyrolytic wastewaters are not treated as waste but reintroduced into the production cycle to create new chemical building blocks and energy. This holistic approach not only minimizes environmental footprints and toxic exposure but also establishes a scalable, market-ready roadmap for the European bioeconomy, proving that sustainable industrial practices are both technically feasible and essential for long-term resource independence.

At Blue Synergy, our work in NewWave has reinforced a simple idea: sustainability is not a single metric, but a system — where environmental performance, circularity, social value, market readiness, and business viability all have to move together. As leaders of the sustainability work package, and co-leaders of the business model work package, we contributed to connecting these dimensions through LCA, LCC, social impact assessment, reuse and recycling strategies, the exploitation plan, market analysis, and business model development. Turning bio-based innovation into real-world impact means connecting science, strategy, and industry — and that is exactly where this project has been most inspiring. – Sebastián Ospina Corral, Sustainability Engineer at Blue Synergy.

The findings of the Social Impact Assessment and the Social LCA, led by Blue Synergy, highlight the incredible potential of our four manufacturing lines to enhance community well-being, create meaningful employment, and reduce environmental hazards across Spain, the Netherlands, and beyond. By prioritizing Safe and Sustainable by Design principles, we have set a new standard for responsible innovation in the wood and chemical industries.

As the NewWave project concludes, it is clear that the success of a circular bioeconomy depends as much on people as it does on technology. Conducting the Social Impact Assessment allowed us to bridge the gap between industrial innovation and community well-being, ensuring that the sustainable manufacturing lines foster genuine socioeconomic growth. Social research is vital; it transforms technical outputs into inclusive solutions that respect local cultures and environments. Blue Synergy is proud to have led this task, championing a holistic approach where social equity and ecological sustainability advance hand-in-hand toward a greener European future. – Julio Morales Daza, Social Researcher at Blue Synergy.

Finally, NewWave’s commercialization strategy, partially led by Blue Synergy, established a robust framework for transitioning twelve Key Exploitable Results (KERs) from research outputs into market-ready solutions, leveraging a phased exploitation roadmap and the Business Model Canvas. Central to this strategy is the thermochemical fractionation (TCF) platform, which acts as the primary enabler for all downstream manufacturing lines, including bio-polyols, furan derivatives, and bio-resins. The analysis identified four primary business archetypes—technology licensing, B2B ingredient sales, service/IP licensing, and technical consulting—while utilizing Life Cycle Assessment (LCA) and Life Cycle Costing (LCC) to provide the economic and environmental justification necessary for industrial adoption. This approach is heavily driven by shifting regulatory dynamics, such as EU Green Deal mandates and bans on hazardous substances like formaldehyde and creosote, which create favorable demand for NewWave’s non-toxic alternatives. Ultimately, the project’s roadmap prioritizes high-margin, regulatory-driven market segments during the first five years post-project to mitigate competitive exposure to fossil-based incumbents and ensure long-term commercial viability within the European bioeconomy.

Blue Synergy would like to extend its warmest congratulations to the entire consortium on the successful conclusion of the NewWave project. It has been a privilege to collaborate with dedicated experts from across Europe such as the Biomass Technology Group (BTG), AEP Polymers, Avecom, Foreco, Foresa, InnoRenew CoE, TFC, Rijksuniversiteit Groningen, ETA Florence Renewable Energies and the University of Applied Sciences and Arts Northwestern Switzerland – School of Engineering and Environment. Through our collective efforts, we have demonstrated that the transition to a circular bio-based economy is not only technologically feasible but also socially transformative. We look forward to seeing the lasting positive impact of NewWave’s results on European society.

To a more sustainable and circular future!

Learn more about the NewWave project at https://www.newwave-horizon.eu/