Explore the latest research news on highly degradable polyesters designed to maintain chemical and thermal stability via oxidative chemistry. Understand synthesis methods, degradation pathways, industrial relevance, and sustainability.
A European initiative demonstrates how sustainable bio-rubber from birch bark can reduce emissions, strengthen supply chains, and scale into a competitive industrial material for Europe.
New research shows that both virgin and recycled PET bottles can leach toxic additives and hazardous chemicals, intensifying scrutiny of plastics amid rising recycled content mandates.
Researchers are transforming recycled plastics and biopolymers into high-performance roof underlayments and geosynthetics, proving circular design is possible at industrial scale.
A new eco-friendly plastic made from plant cellulose safely decomposes in the ocean without microplastics, offering a scalable solution to global plastic pollution.
A new generation of highly antistatic ABS resins is transforming semiconductor manufacturing. With RadiciGroup consistently at the forefront, the industry moves toward safer, cleaner, and more reliable processes.
SK Chemicals secures Korea’s first fully integrated recycling chain with a new joint venture in China, ensuring stable feedstock sourcing and lowering costs in circular recycling plastics.
Researchers at Charles Darwin University are transforming discarded tires and plastics into durable, heat-resistant asphalt that could revolutionize road construction across Australia’s Northern Territory.
A new Canada–UK biotech partnership is accelerating renewable bioplastic development through advanced fermentation, commercial scaling, and strict regulatory alignment to help industries shift away from fossil-based plastics.
