Researchers have developed a multilayer PLA film strengthened with cellulose derived from fermented coconut water. The material limits oxygen transmission and biodegrades in soil, although further development is needed before it can replace flexible conventional packaging.
Hyosung TNC is bringing sugarcane-derived regen BIO Spandex closer to commercial-scale use in intimate apparel through integrated production and textile partnerships.
Michelin ResiCare and Axens are in exclusive talks to scale bio-based 5-HMF, a renewable platform molecule for resins, polymers and greener chemistry.
TotalEnergies Corbion has launched Luminy FOAM 50F, a sugarcane-based PLA foam grade designed to replace XPS in food packaging.
Biodegradable 3D printing is entering a more serious phase. Inspired by Kaneka’s work in bio-based polymers and the wider rise of PLA, PHA and compostable materials, manufacturers are rethinking how printed parts are designed, used and disposed of.
Brazilian researchers identified PET bioplastic bacteria that can break down plastic waste and convert it into biodegradable PHB.
bioPEtex Advances Bio-Based Polyethylene Textiles for Circular Sportswear Polyethylene is one of the world’s most widely used polymers, but its role in textiles has remained limited. A German research project called bioPEtex is now working to change that by developing bio-based polyethylene textiles suitable for industrial processing, sportswear and recyclable textile applications. The project brings…
Avantium, Gepack and Frubaça are testing small PEF beverage bottles for functional shots, showing how plant-based packaging can move into compact drink formats.
Bioplastics are moving beyond niche sustainability claims as packaging, healthcare and regulation push renewable polymers toward more demanding industrial applications.
