PragmatIC Semiconductor leads project to increase the value of plastic waste
PragmatIC Semiconductor, a world leader in flexible electronics, is delighted to announce that it is working on an Innovate UK, Manufacturing Made Smarter project to increase the quality of plastic recyclate. In the project, code-named SORT‑IT, packaging will be given unique digital IDs to facilitate the tracking and separation of packaging waste in a Materials Recovery Facility (MRF).
Food and drink packaging manufacturers are struggling to secure enough high-quality, Food Grade PET recyclate (FGPET) to meet their statutory targets for recycled content[i]. This is because even in countries with a good collection infrastructure, like the UK, where household recycling schemes now capture about 45% of municipal waste[ii], the co-mingled nature of the recovered material makes it very difficult to separate the FGPET from other plastics. This results in, at best, downcycling of valuable FGPET, most often to fibre; or in the worse case, losing it to landfill. With the projected demand for rFGPET (recycled FGPET) outstripping present supply[iii], SORT-IT is one of a number of initiatives to increase capture of this material, and if successful this could lead to MRFs being able to grade their plastic output and appropriately price the different bundles efficiently.
“We are excited to be leading another project that will use our technology to have a positive and lasting impact on the sustainability of our planet’s resources. The problem of circularity is a complex one, and we see embedded electronics has the potential to be activated at multiple points through the life of a package, solving a part of the puzzle at each stage.”
said Scott White, CEO of PragmatIC Semiconductor.
As part of the project, PragmatIC is collaborating with a range of companies in this ecosystem who believe intelligent labels offer interesting possibilities in sorting. “This feasibility study will provide a much needed proof point for the Return on Investment (ROI) of sorting using RFID” said Bobby Manesh, Research Lead at the Advanced Manufacturing Research Centre Cymru (AMRC). “With the data gained we expect to be able to take this project forward to larger scale deployments with partners in 2022.”