PPWR and recyclates — new EU requirements for packaging and what they mean for granulates

Definition

PPWR (the Packaging and Packaging Waste Regulation) is Regulation (EU) 2025/40 on packaging and packaging waste. It sets mandatory minimum shares of recyclate recovered from post-consumer waste, as well as recyclability requirements for packaging placed on the European Union market. It entered into force on 11 February 2025, and as a regulation it applies directly in all Member States from 12 August 2026 — without any need for transposition into national law.

From the perspective of a bulk-material terminal, PPWR is the most important regulation of the last decade, because it is the one that turns recyclate from a niche product into a mandatory component of almost every package. From the ramp in Chorula you can see it plainly: recovered regranulate has moved from the margins of the market to the centre of the strategy of every large packaging manufacturer — and it is precisely PPWR that drives this change.

How PPWR differs from the previous directive

Previously the area of packaging was regulated by Directive 94/62/EC. The difference between a directive and a regulation is fundamental and often escapes the audience.

A directive sets goals, but each Member State implements them through its own act of law — which led to twenty-seven different interpretations, definitions and levels of ambition. A manufacturer of packaging for the entire EU market had to navigate a mosaic of national rules. A regulation applies directly and identically in all Member States — one text, one set of definitions, one timetable. This is a deliberate move by the legislator: to harmonise the packaging market, remove internal barriers and put all players on the same starting line.

For the regranulate supply chain this means predictability. Previously, demand for recyclate depended on local regulations and voluntary brand pledges. Now it is a hard, uniform threshold with a date — and a threshold with a date physically translates into a stream of material that someone has to transload and deliver.

PPWR timetable — key dates

PPWR does not come into effect in a single move — it is a series of obligations spread over years. The most important milestones:

This timetable has a logic to it: first labelling and definitions are put in order (2026), then recyclate content and design assessment are mandated (2030), then the recyclability bar is raised (2035-2038) and finally the recyclate thresholds are tightened (2040). For a packaging manufacturer this means a decade of continuous portfolio adjustment — and for the regranulate market a decade of growing, guaranteed demand.

Minimum recyclate shares

The heart of PPWR from the standpoint of bulk logistics are the minimum post-consumer recyclate content thresholds in plastic packaging. The values depend on the packaging type and rise over time:

Three things are critical here and often misunderstood.

First — only post-consumer recyclate (PCR) counts, i.e. recyclate recovered from waste after use by the consumer. Production waste, sprues, rejects and internal material re-use (PIR) do not count towards the thresholds. This is deliberate: the regulation rewards closing the loop on the consumer side, because that is the hardest and most valuable stream. The PCR/PIR distinction and the properties of the material itself are discussed in detail in the article on polymer recyclates.

Second — the thresholds are calculated as an average per production plant and year, not piece by piece. A manufacturer can balance its portfolio: some products with a higher recyclate share, others with a lower one, as long as the average meets the requirement. This gives flexibility, but requires rigorous material accounting.

Third — some categories are excluded or subject to derogations: packaging in direct contact with medical products, compostable packaging, or plastics making up less than 5% of the packaging mass. The devil is in the detail of the definitions, which is why manufacturers are now building detailed compliance maps of their portfolios.

Recyclability and classes A-C

The second pillar of PPWR is design for recycling. From 2030 every package must undergo a recyclability assessment, expressed in classes from A to C:

• Class A — packaging designed optimally for recycling, easy to recover and reprocess.
• Class B — recyclable, but with certain design limitations.
• Class C — difficult to recycle at scale; designated for phase-out.

The timetable is unambiguous: from 2030 the recyclability assessment becomes mandatory, from 2035 recyclability at scale is required (recycled at scale — packaging must not only be processable in theory, but actually pass through existing recovery streams), and from 2038 only class A and B packaging remains on the EU market. Class C disappears.

This changes the philosophy of design. Multi-material packaging, with hard-to-separate laminates, dark colourants blocking optical sorting or adhesives preventing recovery, loses its place on the EU market. In practice this forces monomateriality — packaging made of a single type of plastic, easy to sort and remelt. And monomateriality increases the supply of clean streams for recycling, which closes the loop: better-designed packaging yields cleaner regranulate, and cleaner regranulate more easily meets the share thresholds.

Impact on the regranulate market

From the level of the transloading ramp, PPWR is seen above all as a step change in demand for post-consumer regranulate. The arithmetic is brutally simple: if every plastic package is to contain roughly 30% PCR from 2030, and from 2040 even half its mass, then the market needs regranulate counted in millions of tonnes a year more than it does today.

Demand grows most for rHDPE (from rigid packaging) and rPP — the fastest-growing polyolefin recyclate in Europe. The base materials for these streams are described in the articles on polyethylene and polypropylene. Food-grade rPET remains the best-developed chain thanks to deposit-return systems, but the demand driven by the 65% threshold for beverage bottles today exceeds the supply of clean material.

This demand creates new feedstock streams in bulk logistics. Regranulate from sorting plants and recyclers flows to converters through the same channels as virgin granulate: in bulk by silo tanker or in big-bags. Our experience with regular customers in the plastics industry shows that recyclate increasingly travels on the same ramp as virgin feedstock, only with stricter origin documentation. For the terminal in Chorula this means a growing volume of material that we handle technically in the same way, but with an additional traceability regime.

What PPWR means for transloading and transport

This is where we get to the crux from the terminal’s standpoint. PPWR does not regulate transport directly — but its material requirements translate into three hard operating rules that cannot be skipped with regranulate.

Quality. Regranulate that is to meet the PPWR thresholds and end up in packaging cannot lose its parameters along the way. High-pressure pneumatic transport generates dust and “angel hair”, which reduce cleanliness and processability. That is why we use transloading without excessive pneumatics — gravity-based, gentle, protecting grain integrity.

Contamination. Food-grade regranulate destined for the PET bottle threshold cannot pick up foreign grains or residues from a previous load. Each batch is inspected on cleaning screens, and the silo tanker is checked before loading for cleanliness and compatibility with the previous load. A single grain of foreign polymer can ruin an entire batch.

Traceability. This is the requirement that PPWR brings most strongly. A manufacturer declaring a 30% PCR share must document that share for compliance purposes. This means the supply chain — from the recycler, through the terminal, to the converter — must retain the origin trail of every batch. In terminal practice this translates into batch separation (a regranulate batch is not mixed with virgin feedstock or with another batch without the recipient’s explicit consent) and full transloading documentation: who, when, from which batch, to which silo tanker.

Operationally, the most frequent service for us is big-bag to silo tanker transloading: regranulate arrives from the sorting plant in big-bags, and leaves in bulk for a large converter. Steady warehouse handling of such materials, with a warehouse for 2000 big-bags, is described in the storage section. rHDPE, rPP and rPET recyclates are inert thermoplastics — they are not dangerous goods (ADR) — and they require no procedures for hazardous materials. The entire regime therefore comes down to cleanliness and documentation, not to safety procedures.

Link with the extended producer responsibility system

PPWR does not operate in a vacuum — it closes with the extended producer responsibility (EPR/ROP) system, which finances the collection and recycling of packaging waste. The regulation introduces the principle of eco-modulation of fees: a manufacturer of packaging designed well for recycling (class A) pays lower EPR rates than a manufacturer of packaging difficult to recover (class C). This is an economic mechanism that reinforces the design requirement — a financial penalty for non-recyclable packaging works faster than the ban itself, which only comes into effect in 2038.

For the converter and packaging manufacturer this means double pressure: regulatory (thresholds and classes) and cost-related (EPR fees dependent on recyclability and recyclate share). As a result, regranulate becomes not only a legal obligation but also a way to lower environmental fees. Two incentives pull in the same direction — towards growing demand for clean, well-documented recovered material.

It is also worth noting that PPWR demands verifiability of declarations. The recyclate share and the recyclability class cannot be a marketing claim — they must be backed by documentation covering the whole chain, from the recycler to the packaging manufacturer. This puts an end to the old practice of greenwashing, where an “eco” package had no basis in fact. And for the logistics link that a terminal is, it means the need to keep its own hard documentation of every transloaded batch of regranulate.

The most common misconceptions about PPWR

From conversations with customers, a few recurring myths emerge that are worth setting straight.

“PPWR bans plastic.” No. The regulation does not eliminate plastics — it forces them to be recyclable and to contain recyclate. The philosophy is a closed loop, not the elimination of the material. For the granulate market this is good news: the plastic stays, only its origin and design requirements change.

“Any recyclate counts.” No — only PCR, post-consumer recyclate, counts towards the thresholds. Production waste, though valuable and widely recirculated, does not fulfil the obligation. This distinction determines which feedstock streams will gain in value.

“It’s only a problem for 2030.” Apparently so, but a manufacturer who wants a stable source of 30% PCR in 2030 must build the supply chain today. Regranulate contracts, supplier qualification, adapting machinery and logistics are multi-year processes. The market is already reserving volumes for future thresholds — and this is visible on the terminal side as a growing stream of regranulate.

“Recyclate is an inferior material, so it is harder to haul.” Technically, regranulate behaves like virgin feedstock: 2-5 mm pellet, comparable bulk density, the same silo-tanker logistics. The difficulty does not lie in transport, but in maintaining the cleanliness and traceability required by PPWR. It is a matter of operational discipline, not of technical limitations.

A terminal’s perspective — a regulation that changes the streams

Looking at PPWR from the ramp: this is not a declaration of intent, but hard thresholds with dates that force a physical flow of regranulate on a scale the market has not seen before. And regranulate, like any polymer granulate, has to be transloaded, stored and delivered to the converter intact by someone.

For the terminal in Chorula, with a throughput of 200 tonnes/day and a fleet serving the DACH-Poland market, PPWR means a growing and predictable stream of recovered material. Technically we handle it identically to virgin feedstock — by gravity, without excessive pneumatics, with inspection on screens — but with a stricter regime of cleanliness and documentation. This is a good example of the fact that in bulk-material logistics what matters is not only what is hauled, but how cleanly and with what traceability. PPWR raised both of these parameters to the status of a legal obligation.

Related topics

• Polymer recyclates (rPET, rHDPE, rPP) — the material targeted by the PPWR thresholds.
• Food contact — Regulation 1935/2004 — food-grade requirements for bottle-grade rPET.
• Operation Clean Sweep — cleanliness and pellet loss prevention.
• Transloading without pneumatics — protecting the integrity of regranulate.

Sources

• Regulation (EU) 2025/40 of the European Parliament and of the Council of 19 December 2024 on packaging and packaging waste (PPWR) — dates, recyclate share thresholds, recyclability classes.
• Directive 94/62/EC on packaging and packaging waste — the regulation being replaced by PPWR.
• Practice of the SMIALA / PHS Magnum transloading terminal in Chorula — magnumchorula.pl/transport/.
• Aleksy Pasternak, bulk-material terminal practitioner — pasternak.me.