At the Waste2BioComp project, we are proud to work with a network of dedicated professionals helping to drive circular innovation in materials, manufacturing, and beyond. We’re excited to introduce you to one of our ambassadors, Amaya Igartua, Coordinator of Material Initiatives at TEKNIKER.
Amaya plays a key role in fostering innovation in material science and sustainability strategies. As part of the W2BC community, she brings a strong commitment to collaboration and knowledge-sharing across sectors.
We asked Amaya a few questions to get to know her better and here’s what she had to say:
- How does W2BC’s focus on sustainable innovation align with the future of your industry?
The Waste2BioComp project will provide a new range of sustainable bioprecursors to replace fossil fuel-based materials in packaging, textile and footwear applications: biopolymers and modified proteins from organic waste, carbohydrates and recycled resources; functional capsules and biomicroparticles from biopolymers, natural oils, bioproteins and other bio-based principles; biodyes and bioinks from renewable carbon feedstocks. These precursors can be applied to biofibres, biocoatings, biofilms, biocomposites and printer surfaces. TEKNIKER is a research centre that develops and scales up sustainable coatings for market transfer in various applications.
- What are the most exciting achievements from the W2BC project that can transform your sector?
Sustainability from the point of view of the availability of precursors in high volumes to achieve cost efficiency and economies of scale are important aspects to be considered for market introduction. Environmental impact and the ability to biodegrade at the end of life, control of functionality, performance and durability during use are key aspects to be considered.
- Why is it important for stakeholders to support initiatives like W2BC?
It is important to know the good results, but also the failed results, in order to try to avoid repeating mistakes.
- What is your vision for the future of eco-friendly solutions in your sector, and how can W2BC contribute to that vision?
Biodeterioration during use should be controlled against biodegradability properties to avoid lifetime failures.
- How do you see advancements in materials science contributing to the broader goals of sustainability in industrial applications?
The main limitations are the price and durability of bio-based solutions. The main opportunities are improved environmental sustainability, but it might be good to know the results of the project to see how these aspects are controlled.
- What aspects of the W2BC project align with TEKNIKER’s focus on sustainable materials and advanced manufacturing?
TEKNIKER is working on the development of sustainable packaging (Biosmart project), and textile solutions (Reliance and Subbimatt projects). It will be possible to work together on the next steps of development (innovation actions).
- As someone involved in a wide range of research areas, how do you think additive manufacturing and surface engineering can be leveraged to enhance the outcomes of sustainability-focused projects like W2BC?
Tekniker works in 3D printing and additive manufacturing, including printing electronics, and has also developed machines. It would be great to have new bio-inks and biomaterials for additive manufacturing.
We’re thrilled to have Amaya as part of the W2BC ambassador team. Her work and insights embody the spirit of innovation and collaboration that drives our mission forward.
Stay tuned as we continue to spotlight more ambassadors who are shaping the future of circularity!
