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Making food packaging more sustainable is rarely something any single company can do alone – it depends on partnerships that connect packaging design, recovery systems, and the policy framework around them.
Food packaging faces a particular sustainability challenge: it needs to protect food safety and shelf life, often ruling out simpler material choices, while also being recyclable at end of life. Addressing both requirements at once has increasingly become a collaborative effort between packaging producers, recyclers, and public authorities.
The waste hierarchy applies to food packaging just as it does elsewhere – reducing the amount of packaging used, enabling reuse where possible, and ensuring what can't be reduced or reused is recyclable. For food contact materials specifically, recyclability is constrained by safety requirements: recycled content used in new food packaging has to meet strict purity standards, which puts particular demands on the sorting and recycling processes that produce it.
Meeting these demands has driven a growing number of partnerships between packaging producers, recycling facilities, and public bodies – often combining private investment in sorting and recycling technology with public funding or regulatory support aimed at building out the infrastructure needed to handle food packaging at end of life. These partnerships are particularly important for food packaging because the purity requirements involved often exceed what existing general recycling infrastructure was designed to deliver.
Recovering food packaging for recycling means sorting it accurately enough to meet food-grade purity standards – a higher bar than for packaging destined for non-food applications. This is where sensor-based sorting technology plays a particularly important role, identifying and removing the contaminants and cross-contaminated materials that would otherwise disqualify recycled material from food contact use.
At the same time, packaging producers are exploring new materials – mono-material designs that avoid hard-to-recycle multilayer structures, and new barrier coatings that provide the protection food packaging needs without compromising recyclability. These material innovations only deliver their full benefit if sorting facilities can identify and correctly process them, which means sorting technology and packaging design increasingly need to develop in tandem.
Traceability systems, including blockchain-based approaches, are starting to provide the kind of verifiable information about recycled content that food packaging producers need to demonstrate compliance with recycled content requirements. PICVISA's optical sorting technology, including ECOPACK, contributes to this picture by providing the accurate, sensor-based sorting that underpins the quality claims these traceability systems are designed to verify.
Discover ECOPACK for packaging sortingGet in touch with our team to discover how PICVISA's optical sorting and robotics solutions can fit your recycling operation.