German plant manufacturer Sutco has commissioned a major sorting facility in Brusque, Brazil, setting a new benchmark for high-capacity waste processing. The plant has an operational capacity of 52 tonnes per hour, translating to roughly 225,000 tonnes of municipal waste annually. Equipped with five near-infrared (NIR) sorters, the facility is designed to achieve material recovery rates of up to 93%, representing a significant technological step forward for the region's circular economy.
As global demand for high-purity post-consumer recyclate (PCR) intensifies, the scale and efficiency of sorting infrastructure must evolve. This facility demonstrates that high-throughput operations do not have to sacrifice purity. Achieving a 93% recovery rate at this scale proves that advanced sensor-based sorting can reliably isolate specific polymer fractions, such as PET, HDPE, and PP, from highly mixed waste streams.
For UK waste management firms and Turkish recyclers, this development highlights the shifting baseline of global recycling capabilities. As the UK tightens its packaging export regulations and Türkiye enforces stricter quality controls on imported plastic scrap, the reliance on advanced NIR sorting is no longer optional. Turkish reprocessors, who rely on high-quality inputs to produce food-grade rPET and high-spec polyolefins for the European market, must benchmark their operations against these high-capacity, high-purity systems to remain competitive, lower their carbon footprint, and ensure compliance with international standards.
The practical takeaway for UK and Turkish operators is that investing in multi-sensor NIR sorting is critical to future-proofing facilities. Upgrading to high-throughput, automated sorting is the most direct route to reducing residual waste tax liabilities and securing premium prices for sorted polymers in an increasingly demanding market.
