In WOOD4PLASTIC, we are working to demonstrate how wood-derived biomaterials can be integrated into existing industrial processes, helping move them from research environments to real industrial applications.
In this context, Thermolympic, a partner in the consortium, contributes its expertise in material processing and injection moulding, a key stage in evaluating the industrial feasibility of the biomaterials developed within the project. Their work helps assess how these materials can be adapted to processing technologies already widely used in the plastics sector.
One of the aspects currently being explored is the processing of PLA combined with lignin, an approach that presents several technical challenges. Unlike conventional materials, its processing is not a “plug-and-play” process. Factors such as changes in material rheology, thermal sensitivity, and challenges related to lignin dispersion require precise control of both the formulation and the processing conditions.
Through its participation in the project, Thermolympic is gaining hands-on experience in the processing of biomaterials, generating technical knowledge that can later be transferred to industry. This learning process is essential to better understand the behaviour of these materials during processing and to identify the conditions that allow the right balance to be maintained between industrial performance and sustainability.
These types of advances help bring bio-based materials closer to the market, supporting the development of more sustainable solutions for the plastics sector and reinforcing the role of the circular bioeconomy in European industry.
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