Our colleagues at Avantium, Marian Blom, Robert-Jan van Putten, Kevin van der Maas, Bing Wang, Gerard van Klink and Gert-Jan Gruter, have recently published a study featuring the research findings they have been working on under the CO2SMOS project!
The research explores the synthesis and performance of innovative, bio-based copolyesters using 2,3-butanediol and ethylene glycol. These copolyesters offer unique thermal, mechanical, and barrier properties that could be pivotal for industries such as packaging, textiles, and bioplastics.
Key highlights:
1. Sustainability Focus: By utilizing 2,3-butanediol, a bio-based diol, the study aligns with the growing emphasis on renewable materials.
2. Enhanced Properties: The incorporation of different diols significantly influences the crystallinity, melting point, and tensile strength of the copolyesters, making them adaptable for varied industrial applications.
3. Potential Applications: With improved mechanical performance and biodegradability, these copolyesters could open doors to more sustainable material solutions.
The CO2SMOS project emphasizes converting CO2-derived raw materials into sustainable products, aligning with global goals for a circular carbon economy.
The full scientific paper can be found in open access here.
