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Non-woven technologies are among the most innovative textile methods, and the strong demand for PP fabrics is expected to grow.

Phase 2 of the “PET Thermoform Recycling Costs & Material Flow Project” examined the technical, economic, and logistical challenges of recycling PET thermoforms and proposed actionable solutions to address these barriers.

As advanced recycling evolves rapidly, new companies and facilities are constantly emerging, partnerships are being established, and capacities are increasing. This fast-paced development makes it increasingly difficult to maintain an overview of the sector.

Vinyl building materials have been essential in the construction industry. However, the environmental challenges associated with them have prompted an increasing focus on recycling efforts to minimize their impact.

The University of California, Berkeley, developed a new catalytic chemical process that has the potential to revolutionize plastic recycling by converting waste polyethylene (PE) and polypropylene (PP) into valuable monomers.

A recent study by Shell Polymers shows some trends that will impact companies’ operations due to significant shifts in regulatory and consumer demands.

University of Southern Queensland researchers are recycling polyethylene mulch film into low-carbon hydrogen and graphene.

Each batch of recycled plastic is different, so testing and analysis are critical for processing and quality.

A Product Carbon Footprint calculator, unveiled by BARLOG Plastics, aims to forecast recyclability from the development phase for injection molded parts.

In the turbulence, the future of the plastics industry emerges as a focal point. With forecasts depicting a landscape characterized by both challenges and opportunities. In a world inundated with crisis reports and the relentless hustle of daily life, it’s imperative now more than ever to hit the pause button and reassess our perspectives.