Safer Recycling for Flame Retarded Plastics
New pyrolysis research shows how brominated flame-retarded plastics recycling can be safe, efficient, and circular by recovering bromine, antimony, and clean oils.
New pyrolysis research shows how brominated flame-retarded plastics recycling can be safe, efficient, and circular by recovering bromine, antimony, and clean oils.
A new €34 million plastic recycling plant in Porto Marghera will boost circular economy efforts, create 100 jobs, and strengthen Italy’s industrial sustainability strategy.
Microwave-assisted pyrolysis is emerging as a faster, cleaner way to convert waste into valuable materials, offering major benefits for sustainable waste management.
Romania strengthens its leadership in PET recycling Europe as Professional Recycle expands capacity to 90,000 tons annually, positioning Targu Mures as a major circular economy hub.
A major industrial milestone confirms that polyester waste can be fully transformed into new textile-grade materials through validated large-scale recycling technology.
CP Group’s acquisition of Recycleye strengthens AI sorting technology, boosting efficiency, recovery rates, and global material recovery facility performance.
New research from Tokyo University of Science reveals how heat-tolerant PET recycling enzymes can improve plastic degradation efficiency and support sustainable recycling technologies.
Asia’s chemical recycling expansion is accelerating sustainable plastic solutions, unlocking new opportunities for circular economies and global markets.
A new demonstration plant in the UK marks a major leap in food-grade plastic recycling, enabling cleaner, safer reuse of flexible packaging materials.