POLYMERS-5B cited as a leading example of Sustainable Polymer Innovation
The European initiative POLYMERS-5B was highlighted in the ScienceDirect article “Safe and Sustainable-by-Design for Materials and Chemicals” as a key example of projects developing bio-based and biodegradable polymers using advanced biocatalysis and green chemistry processes.
The recognition underlines POLYMERS-5B’s commitment to Safe and Sustainable-by-Design (SSbD) principles, which integrate safety, performance, and environmental sustainability from the earliest stages of material development. By using renewable feedstocks such as agro-food by-products and lignocellulosic residues, the project creates high-performance polymers that contribute to reducing environmental impact while supporting the circular bioeconomy.
Key features highlighted in the article include:
Application of green chemistry and biocatalysis to produce high-quality polymers
Integration of SSbD principles for safe, sustainable, and efficient materials
Use of renewable feedstocks to replace fossil-based polymers
Contribution to a circular bioeconomy by valorizing agro-industrial residues
The article positions POLYMERS-5B as a leading European initiative demonstrating how innovative processes and sustainable design principles can work together to produce eco-friendly polymer materials suitable for various applications, from textiles and automotive components to polymer resins.
This acknowledgment highlights the growing impact of EU-funded projects in shaping the future of sustainable materials and advancing innovation across sectors.
Safe and sustainable-by-design (SSbD): Calling for efficient metrics, biophysical benchmarks, and broader application
Sustainable Chemistry and Pharmacy | Volume 45, June 2025, 101986
The article focuses on the concept of Safe and Sustainable-by-Design (SSbD) as a promising framework for materials and chemical innovation. It argues that adopting SSbD principles early in research and product design can help ensure materials are environmentally sound, safe for human health, and aligned with broader European sustainability goals. The article examines how various EU-funded projects across sectors are applying SSbD strategies to broaden the scope of sustainable materials and technologies, emphasizing the integration of safety, performance, and reduced environmental impact throughout the lifecycle.
POLYMERS-5B is highlighted as a related EU-funded initiative advancing bio-based and biodegradable polymers by using biocatalysis and green chemistry to convert renewable biowaste (e.g., agri-food side streams and wood residues) into high-performance polymer materials. The project embraces SSbD principles by incorporating sustainability and safety considerations at early stages of material design, optimizing processes toward minimal resource use and reduced environmental impact. These polymers aim to replace fossil-based plastics and contribute to a circular bioeconomy across sectors like textiles, automotive, furniture, and polymer resins.
