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Original editorial illustration of food packaging production, plastic collection and industrial recycling systems

EU Plastic Packaging Waste Hits 35.9 kg Per Person as Recycling Reaches 42.4%

Writer: AgriLinkage Product Intelligence
AgriLinkage Product Intelligence
2d
4 min read

The European Union generated 81.5 million tonnes of packaging waste in 2024, including an average 35.9 kilograms of plastic packaging waste for every resident, according to data released by Eurostat on October 22.


The Eurostat release shows that 15.3 kg of plastic packaging waste per person was recycled. The official recycling rate rose to 42.4% from 41.6% in 2023, but the amount of plastic packaging generated also increased by 0.6 kg per person. In other words, recycling improved without reducing the waste stream.


That distinction matters for food and beverage companies, retailers and packaging suppliers now operating under the EU Packaging and Packaging Waste Regulation. The statistics cover packaging generated across the whole economy—including households, businesses and government—not food packaging alone. They should not be presented as a measurement of the food industry’s footprint.


Original editorial illustration of food packaging production, plastic collection and industrial recycling systems
Original Agrilinkage editorial illustration. It is a conceptual image of packaging production and recycling systems, not a photograph of a specific European facility.

Waste generation rose faster than the headline recycling gain


Total packaging waste reached 181.0 kg per inhabitant in 2024, up 3.2 kg from 2023 and 19.6 kg from 2014. That implies a 1.8% year-on-year rise in per-capita packaging waste and a 12.1% increase over the decade.


Plastic represented 19.9% of all packaging waste, behind paper and cardboard at 40.8% but ahead of glass at 18.1%, wood at 16.2% and metal at 4.8%. Applying the reported share to the 81.5 million-tonne total gives an approximate 16.2 million tonnes of plastic packaging waste in 2024. Because both figures are rounded, that estimate is indicative rather than a replacement for the underlying Eurostat dataset.


The longer comparison reveals the harder commercial and environmental problem. Plastic packaging waste generated per person increased by 6.1 kg between 2014 and 2024, while the amount recycled increased by 3.4 kg. Subtracting the recycled quantity from the total suggests the unrecycled portion rose from about 17.9 kg per person in 2014 to 20.6 kg in 2024—an increase of roughly 2.7 kg, or 15%. Recycling growth absorbed part of the additional material, but not all of it.


Indicator

2014

2024

Change

Plastic packaging generated

29.8 kg/person

35.9 kg/person

+6.1 kg

Plastic packaging recycled

11.9 kg/person

15.3 kg/person

+3.4 kg

Approx. unrecycled amount

17.9 kg/person

20.6 kg/person

+2.7 kg

Official recycling rate

Not stated in release

42.4%

+0.8 points vs 2023


National recycling rates remain far apart


Latvia reported the EU’s highest plastic-packaging recycling rate at 71.0%, followed by Belgium at 58.2%, Poland at 56.0% and Czechia at 53.7%. Denmark recorded 22.5%, Finland 26.9% and France 27.4%.


The gap between Latvia and France was 43.6 percentage points. That is too large to explain with packaging design alone. Collection systems, deposit-return coverage, sorting infrastructure, market demand for recyclate, national accounting and the mix of packaging placed on the market all affect reported outcomes.


For a multinational food or beverage company, the spread means one nominally harmonised market still presents very different recovery conditions. A pack that is technically recyclable can deliver a weak real-world result where collection or sorting capacity is limited. Conversely, strong collection does not by itself guarantee closed-loop food-contact recycling, which is governed by additional safety requirements.


Why the timing matters for food and beverage packaging


The European Commission says the Packaging and Packaging Waste Regulation entered into force on 11 February 2025 and began applying on 12 August 2026. It covers all packaging placed on the EU market, regardless of material or origin, and is intended to make packaging recyclable in an economically viable way by 2030.


The regulation includes requirements on design, recycled content, waste prevention, reuse and collection. It also restricts certain single-use formats, including some individual condiment and sauce portions, and places limits on PFAS in food-contact packaging above specified thresholds. Some obligations and targets phase in later, so the 2024 waste data predate application and cannot be used to judge the regulation’s effect.


Agrilinkage’s existing explainer, EU Food Packaging Rules Now Apply: What Brands Must Change Before 2030, covers the compliance timetable. The new Eurostat release supplies a baseline for assessing whether later implementation actually reduces material placed on the market and improves recovery.


The business problem is bigger than choosing a different resin


Processors face several linked decisions: reducing pack weight without compromising shelf life, changing formats without creating new line inefficiencies, securing consistent recycled material, and proving that a nominally recyclable design can be collected and processed at scale. A redesign that raises food spoilage can shift environmental costs rather than eliminate them.


The new data also underline the difference between a recycling-rate target and absolute waste prevention. A higher percentage can coexist with more waste when total packaging consumption grows. For companies, that means progress should be measured with at least three indicators: material placed on the market, the share collected and recycled, and the amount of virgin material displaced by verified recyclate.


Flexible films, multilayer structures, coloured plastics and food-contaminated packaging remain technically and economically difficult streams. Substituting paper, fibre or reusable formats may help in some uses, but performance depends on barriers, transport weight, cleaning systems, reuse cycles and end-of-life infrastructure. No single material choice is automatically superior across every food application.


What to watch next


The 2024 figures establish a pre-implementation benchmark. The more consequential test will be whether later datasets show both a declining kilograms-per-person figure and a higher recycling rate after the regulation’s design, prevention and collection measures take effect.


For operators, useful leading indicators include packaging-weight reductions by product, recyclate purchasing contracts, rejection rates at sorting plants, deposit-return coverage and investment in food-grade recycling capacity. Country-level differences should also shape launch plans: compliance with a common EU rule does not ensure identical recovery performance in France, Denmark, Latvia or Belgium.


Related industry reporting: Sonoco Takes $829 Million Impairment as Drought Hits Food-Can Demand examines how packaging demand follows agricultural output, while CuBE Plans $30 Million-Plus US Food Packaging Expansion to Scale Reusable Containers covers a different route to reducing single-use formats.


Methodology note: Agrilinkage calculated the approximate 2014 generated, recycled and unrecycled quantities by subtracting Eurostat’s stated ten-year changes from the 2024 values. The total plastic tonnage estimate applies Eurostat’s rounded 19.9% share to its rounded 81.5 million-tonne total. These calculations are labelled approximate and no interviews or facility visits were conducted.

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