Chemical Recycling Enables Production of Polyester Film Containing 70% Post-Consumer Recyclate.
The development of these films was made possible thanks to investments in chemical recycling. This technology uses post-consumer PET bottles. The bottle flakes are depolymerized to monomers and in the further polymerization transformed to PCR PET resins suitable for extrusion into BOPET films. This operation can be repeated indefinitely and the BOPET produced with this technology are suitable for direct food contact in accordance to USFDA and European legislation.
A common misconception is that the incorporation of recycled content creates a lower grade product, but this doesn’t have to be the case. As the company claims, production of BOPET through chemical recycling is without any significant performance challenges thanks to high-quality RPET being virtually indistinguishable from its virgin counterpart.
PET has higher collection rates than many plastics, providing a regular flow of feedstock for recycled PET. The use of post-consumer recyclate in BOPET supports the well-established polyester recycling stream by providing an additional output to recyclate. The use of RPET in production of BOPET films allows for a significant reduction of carbon footprint. It also drastically lowers the volume of plastic waste and the use of fossil fuel feedstock.
The production in an industrial scale of these films has already started. Various standard types of 70% PCR PET films are available from TPL’s distribution stock in Antwerp for delivery within a few days all over Europe. As well 90% PCR PET films are available on request.
Courtesy: Packaging Europe
Researchers from MIT and Lincoln Laboratory are developing innovative bioabsorbable fabrics that replicate how soft tissues naturally stretch.
A research team at the University of Limerick (UL) has introduced a groundbreaking method for producing carbon fiber through their…
Circ, Circulose, RE&UP, and Syre, have joined forces to create the T2T Alliance, an initiative focused on driving policy changes…
Sun Tekstil has partnered with Refabric, investing in its AI-powered design platform to accelerate digital transformation in the fashion industry.
Uplift360 showcased its chemical process that dissolves and re-spins para-aramid fibres, such as Kevlar and Twaron, into high-performance regenerated fibres.
Industrial Summit Technology, a company based in Shiga, Japan, introduced Imidetex, an innovative polyimide fibre designed to enhance composite applications.