IN Brief:
- The European Commission Joint Research Centre estimates 98kg of packaging per capita across the countries studied.
- Food and beverage account for the dominant share of the packaging material covered by the model.
- Plastic was the only material category to grow in absolute terms between 2011 and 2025.
The European Commission Joint Research Centre has published new packaging material estimates that underline the scale of Europe’s packaging challenge as food and beverage producers prepare for tighter regulatory scrutiny.
The work estimates that packaging placed on the market across the countries studied amounts to 98kg per person, with food and beverage accounting for almost all of the packaging material covered by the model. Plastic stands out as the only category showing an upward trend across the 2011 to 2025 period, growing by 11% in absolute terms while overall packaging quantities remained broadly stable.
The JRC model covers 19 EU member states and is designed to improve national level estimates of packaging placed on the market. It combines sales data for consumer products with packaging type, material, and mass coefficients, creating a stronger evidence base for waste reporting and policy monitoring.
The estimates arrive as the EU Packaging and Packaging Waste Regulation moves toward general application in August 2026. The regulation covers recyclability, packaging minimisation, recycled content, labelling, reuse, restrictions on selected substances, and producer responsibility. Food businesses exporting into the EU, selling through Northern Ireland, or operating across European markets are already reviewing specifications, supplier declarations, artwork, packaging inventories, and data systems.
Food and beverage packaging dominates consumer packaging flows because it performs several functions at once. Packs protect products, extend shelf life, support hygiene and food safety, enable transport, carry mandatory information, define portions, and present products at retail. Plastic has retained a strong position because it is light, sealable, flexible, and compatible with high speed manufacturing.
That functional strength also explains why substitution remains difficult. A chilled ready meal tray, snack wrapper, dairy pot, pouch, beverage bottle, bakery flow wrap, or meat film has to meet barrier, sealing, migration, durability, coding, stiffness, strength, and distribution requirements. A pack that improves recyclability but increases food waste, line downtime, transport damage, or rework can simply move the burden elsewhere.
Food contact circularity is already becoming more technically demanding. Coexpan’s work on recycled polystyrene for food contact packaging shows how material recovery, decontamination, line performance, and regulatory validation have to be addressed together. Recycled content cannot be treated as a simple procurement substitution where food safety, forming performance, sealing, and shelf life are all at stake.
Large brand owners are also moving packaging redesign into the core of manufacturing programmes. Mars has pushed more than two thirds of its consumer facing packaging into reusable, recyclable, or compostable design territory, but the remaining work sits in the hardest material categories, including flexible films, pouches, wrappers, and other formats where product protection still depends on complex structures.
The JRC figures strengthen the case for better packaging data. If national authorities can model packaging flows with greater confidence, under-reporting and inconsistent classification become harder to defend. Bills of materials, supplier specifications, market placement records, ERP systems, and producer responsibility submissions will need to carry cleaner data across material type, weight, recyclability, recycled content, and food contact status.
Flexible plastic remains one of the most exposed areas. Multilayer films, sachets, bags, wraps, and pouches can be efficient in production and distribution while remaining difficult to collect, sort, and recycle at scale. Mono-material formats and paper based alternatives can work in selected applications, although they have to survive filling, sealing, cooling, transport, retail handling, and consumer use.
Factory trials will carry more weight as regulation tightens. A new material may satisfy a policy target on paper but fail if it narrows the seal window, slows the line, increases rejects, weakens pallet stability, or shortens shelf life. Compliance will increasingly sit alongside engineering validation, quality assurance, and commercial testing rather than being handled after the packaging decision has already been made.
The JRC data makes the direction clear. Europe is building a more detailed view of packaging flows, food and beverage remain at the centre of those flows, and plastic volumes are still rising. The next stage of packaging change will be measured not only by what a pack is designed to do, but by whether it can prove its performance across factories, supply chains, and recovery systems.
