Titaneco-ECO positions Lotte Chemical in the growing market for recycled PET pellets, giving packaging converters a practical route toward cleaner, lower-impact food-contact packaging without major line changes.
Denovia’s depolymerization technology highlights how chemical textile recycling could turn contaminated polyester waste into valuable reusable monomers.
SynPet Technologies has cleared a key permit hurdle for its planned €300 million plastic recycling facility at the Port of Antwerp-Bruges. The project could process 250,000 tonnes of mixed plastic waste annually and turn it into circular feedstock for Europe’s petrochemical industry.
TOMRA Recycling has introduced a groundbreaking AI-native platform developed with PolyPerception and expanded its GAINnext™ ecosystem with three new deep-learning applications. Announced at IFAT 2026 and PRSE Amsterdam, the innovations aim to transform recycling plants through intelligent automation, real-time analytics, and advanced material sorting capabilities.
Achieving high-quality regranulate in post-consumer recycling depends on fully coordinated processes across material preparation, washing, and extrusion. Integrated systems and advanced data exchange improve efficiency, stability, and sustainability.
BB Engineering unveils advanced PET recycling systems at PRSE 2026, boosting textile recycling efficiency and lowering operational costs.
A new infrared rotary dryer is redefining PET processing by cutting energy use, accelerating drying times, and improving material quality across recycling and manufacturing industries.
A groundbreaking study by Ghent University reveals that PLA bioplastic posing zero threat to PET bottle recycling efficiency, with contamination levels remaining well below critical industrial safety thresholds.
Pure Loop advances sustainable PET fiber recycling with its Isec evo FibrePro:IV system, enabling high-quality continuous fiber processing and true fiber-to-fiber circular production.
