NESTE, BOREALIS, UPONOR, WASTEWISE GROUP ENABLE CHEMICAL RECYCLING OF HARD-TO-RECYCLE PLASTIC WASTE INTO NEW HIGH-QUALITY PLASTIC PIPES
NESTE, BOREALIS, UPONOR, WASTEWISE GROUP ENABLE CHEMICAL RECYCLING OF HARD-TO-RECYCLE PLASTIC WASTE INTO NEW HIGH-QUALITY PLASTIC PIPES
Neste, Borealis, Uponor, and Wastewise have teamed up to produce pipes made of cross-linked polyethylene (PEX) using chemically recycled post-industrial waste plastic from PEX pipe production. The process involves using Wastewise's pyrolysis-based chemical recycling technology to liquefy industrial waste from Uponor's PEX pipe production, creating an oil-like recycled intermediate that is upgraded into high-quality drop-in feedstock for the production of new polymers. The recycled material is then polymerized into polyethylene and used to create new PEX pipe systems by Uponor. The entire value chain is traceable via ISCC PLUS certified mass-balancing. The project is a blueprint for circular value chains for polymers via chemically recycling, demonstrating that recycling of PEX is possible via chemical recycling.
BIOPOLYMERS AND SUSTAINABLE COMPOUNDS
Bioplastics are a sustainable alternative for various applications and are becoming increasingly popular for recycling organic and synthetic waste, promoting the circular economy model.
BIOPLASTICS AND BIOPOLYMERS
Biopolymers are versatile and offer properties and processability similar to those of conventional plastics.
bio!PAC
Bioplastics offer a sustainable alternative to traditional plastic packaging made from fossil fuels, as they can be made from biobased, renewable or biological waste resources,
THE DESIGN FOR RECYCLING CHALLENGE IN HEALTHCARE
The Design for Recycling challenge in the healthcare sector aims to promote environmentally sustainable solutions for consumer health products.