The POLY-ML project led by AIMPLAS applies artificial intelligence to predict plastic material properties, reducing development time, costs, errors and environmental impact across the plastics industry.
Scientists discover UV light enables recyclable sulfur polymers, opening a new path for sustainable plastics, circular manufacturing, and low-energy material synthesis.
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.
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.
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.
