Eu Packaging Waste By Material Data: Dataset Structure and Field Coverage

The phrase describes a precise statistical cube: packaging waste generated, recycled, recovered, incinerated and landfilled, split by packaging material, for each country, for each year. Eurostat publishes exactly that cube as env_waspac, and Datadory catalogs it as the Eurostat Packaging Waste dataset (env_waspac) JSON API with a quality score of 9 - tied for the highest in the paper & plastic packaging products & materials industry.

The material split is what makes the dataset worth a bookmark. Aggregates hide the story that policy analysts and sustainability teams actually need: paper and cardboard behave nothing like plastic in recycling systems, and neither behaves like glass or wood. A single headline number for packaging waste averages away exactly the variation a PPWR-style submission has to explain.

Five packaging materials form the material dimension: paper and cardboard, plastic, wood, metal and glass. Five management operations form the other analytical axis: waste generated, recycled, recovered, incinerated and landfilled. Observations sit at country-year-operation-material-unit grain, so a single filter combination returns, say, plastic packaging recycled in Germany in a given year in the unit you specify.

Geographic coverage runs wider than the EU-27 aggregate. Every EU member state reports, and the dataset also carries Iceland, Liechtenstein, Norway and Northern Ireland. That makes env_waspac usable for EEA-style comparisons without stitching together national sources - one cube answers both the EU-27 headline question and the per-country ranking underneath it.

Env_waspac quantifies waste flows; three other free sources explain them. The European Environment Agency's plastics topic data packages nine headline circularity indicators - plastics demand, recycling, microplastics, marine litter - as an EU-level metrics module last modified 4 September 2025, with the topic page itself last modified 27 November 2024. Figures reference mainly 2016-2023, and the EEA notes that nearly 40 percent of plastics demand comes from packaging. Headlines only, no country breakdowns.

Plastics Europe covers the production side: its fast Facts series spans 2018-2023 with 2022 as reference year, while the CER 2026 analysis tracks 2022-2024 trends with CAGRs against 2018-2022, plus national infographics for Belgium, France, Germany, Italy, the Netherlands, Poland, Spain and the UK.

For paper specifically, CEPI's Key Statistics report is free - the 2025-reference-year edition was published in July 2026 - while the fuller 40-plus monthly, quarterly and annual report series sits behind a subscription. FEFCO adds twelve free annual PDF editions covering 2012-2023 and quantifying roughly 49 billion square meters of yearly European corrugated production by country, plant count and board weight.

Analysts benchmarking EU performance usually reach for the US EPA's Facts and Figures program, which is commercial delivery terms and free in HTML, XLSX and PDF. Its backbone covers 1960-2018 across three Excel workbooks, an 84-page data-tables PDF and 23 research memos.

The containers-and-packaging page isolates generation, recycling, composting, combustion and landfilling for ten reported years - 1960, 1970, 1980, 1990, 2000, 2005, 2010, 2015, 2017 and 2018. Product-level recycling rates are where it gets sharp: corrugated boxes at 96.5 percent and other paper packaging at 20.8 percent on the paper side, PET bottles and jars at 29.1 percent and HDPE natural bottles at 29.3 percent on the plastics side. No trade association publishes those product-level rates for free.

The structural difference: EPA gives you deep US history at product level, while Eurostat gives you a full operation-by-operation cube per material per country from 1997 onward. Used together they separate material effects from collection-system effects - the comparison that decides whether a substitution argument holds.

Three workflows recur. Benchmarking: rank member states by recycling rate for one material across the 1997-2023 span, holding the operation constant, and the outliers identify where collection systems diverge. Policy modeling: pair env_waspac recycling-rate series with the EEA's nine headline indicators to support PPWR-style analysis of where packaging circularity stands.

Context setting is the third. Our World in Data's commercial delivery terms charts show world plastics production rising from 2 million tonnes in 1950 to about 460 million tonnes in 2019, with waste-generation series running to 2020 and waste-trade series through 2024 - quotable framing for any EU packaging-waste briefing, downloadable as CSVs ranging from roughly 2 KB (world production) to tens of KB (country-level series).

Whatever you build, cite the vintage. The dataset is annual and the latest reference year in the current cube is 2023, so a claim pulled today should read "1997-2023, Eurostat env_waspac, accessed August 2026". That habit keeps benchmark tables defensible when the next reference year lands.

From there, the industry data hub lists every dataset in one sortable view, and the dataset page for env_waspac carries the full field-level profile of the API used throughout this article.