The Circular Economy Applied to Logistics Packaging: What It Changes in Practice

“Circular economy” appears in almost every sales brochure in the packaging sector, often without anyone knowing which operational decision it actually covers. Yet the concept has precise content: ADEME (the French Agency for Ecological Transition) structures it around seven pillars, from raw material sourcing to recycling, by way of design, use and consumption. For logistics packaging, three of these pillars directly shape choices about design, fleet management and end of life. Looking at them one by one is a way to get past the slogan.

What ADEME means by circular economy, applied to packaging

ADEME's framework distinguishes sustainable sourcing, eco-design, industrial and territorial ecology, the functional economy, responsible consumption, extended service life and recycling. For a manufacturer or user of reusable packaging, three of these pillars shape almost every decision that matters: eco-design when the product is created, extended service life while it is in use, and recycling at its end of life.

What these three pillars have in common is easy to state and hard to deliver: reusable packaging only makes environmental sense if it completes enough cycles to offset the impact of its manufacture. Every design decision should therefore be judged against that question, not against a standalone marketing claim.

At the design stage: the number of cycles is not a technical detail

An ADEME study of reusable glass packaging found a surprisingly low threshold: the environmental advantage over single-use packaging appears from 2 to 4 uses, depending on the distribution scenarios studied. This figure depends heavily on the return rate and on the distance between the collection point and the washing site, a distance the study tested between 25 and 600 kilometers without the result reversing within that range.

This result concerns glass, but the underlying principle applies to all materials: the more a package costs to manufacture (in energy, in material), the more cycles it must complete before its footprint becomes favorable. Designing reusable packaging therefore means sizing its strength, weight and format to the number of cycles actually achievable on the target logistics loop, not on an ideal loop that will never exist in the field.

Format standardization also enters this equation, in a less intuitive way. A report on the reuse sector notes that the sector is still held back by the lack of common formats: each retailer or producer offers on average around a dozen different product references, compared with around a hundred in some specialized channels. The more formats multiply, the more separate lines washing centers and logistics platforms have to handle, which weighs on their utilization rate and therefore on the real cost per cycle.

During the packaging's life: what the return rate demands of the organization

Extended service life cannot be decreed at the design stage. It is built through day-to-day management of the packaging fleet. A barometer produced by Deloitte for the Vrac et Réemploi network (the French bulk and reuse network), published in 2024, gives a fairly stark picture of the sector in France: around 1,000 collection points at retailers, 69 washing centers, and a utilization rate for washing machines below 20%. Over the year studied, 13 million packages had been collected and 12.5 million washed and put back on the market, far from the 300 million these centers could theoretically process at full capacity.

This gap points to something simple: industrial washing capacity already largely exists in France, but actual volumes are not keeping up, for lack of a sufficient return rate. For a company managing its own reusable packaging, this translates into concrete decisions: where to place collection points relative to delivery areas, how to encourage returns without weighing down the customer experience, and how far a collection run remains economically justifiable before flows have to be consolidated toward a more distant washing site.

In 2026, Citeo launched the second edition of its Washing call for projects (appel à projets Lavage), aimed at supporting the development of these centers, a sign that the issue is still seen as a bottleneck rather than a solved problem. Funding for washing itself is not automatically covered by collection support either: it is a separate budget that any company building its own reuse loop must plan for on its own.

At end of life: reusable packaging must still be recyclable

A point often forgotten in sales pitches: the framework of the AGEC law (the French anti-waste law) also requires reused packaging placed on the market to be recyclable (a requirement distinct from the reuse trajectory set by its articles 9 and 67, to be checked article by article on Légifrance before any binding communication). Reuse is not an alternative to recycling. It is an additional step placed before it in the waste treatment hierarchy. Packaging designed to last fifty reuse cycles must therefore, on the day it becomes unusable, be able to enter a material recycling stream rather than end up as non-recoverable waste.

This requirement has direct consequences for the choice of materials and assemblies from the design stage onward. Multi-material packaging that is hard to separate at end of life can complete its reuse cycles without difficulty and still fail on this second criterion. Applying the circular economy to logistics packaging is therefore not a box to tick at design and another at end of life: the two moments influence each other, and a choice made at the start closes or opens the options available ten years later.

Three decisions, one calculation

Design, make it last, recycle: these three actions are not separate stages of a life cycle. They form a single equation that each company must solve for its own logistics loop. The most durable material on the market is useless if the return rate stays too low to reach the few cycles needed. The best-designed collection circuit does not make up for packaging whose end of life nobody anticipated. Taken seriously, the circular economy applied to packaging requires holding all three ends at once rather than showcasing just one.

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