rPET supply has tightened materially since the 25% beverage-bottle threshold took effect. Mass-balance ISCC Plus volumes for rPE and rPP are growing but remain a fraction of demand under PPWR.
The 25% recycled-content requirement for PET beverage bottles took effect in 2025 and has reshaped European recyclate markets in the year since. Demand for food-grade rPET pulled approximately 1.2–1.5 Mt of physical rPCR into beverage bottles, depleting the available bale supply for other applications. Sheet-grade and fibre-grade rPET buyers (textile fibre, strapping, sheet thermoforming) have been priced out or downgraded toward lower-grade flake.
rPE and rPP physical supply chains are less mature. Combined European physical PCR-PE and PCR-PP supply ran around 800 kt/y in 2026, against PPWR-implied 2030 demand of 3–4 Mt depending on how converters apportion mass-balance vs physical sourcing. Mechanical recycling capacity is being added — Veolia, Suez, Indaver, Plastipak and others have announced new lines — but lead times from announcement to operating capacity run 24–36 months.
Chemical recycling (depolymerisation for PET, pyrolysis for polyolefins) has progressed from pilot to pre-commercial scale but remains a fraction of physical capacity. Eastman's Kingsport depolymerisation plant, Loop Industries' Indorama partnership, and SABIC's TRUCIRCLE pyrolysis programme are all running but combined chemical recycling output is below 200 kt/y in 2026.
Food-grade rPET premium over virgin PET held at €200–350/t through Q1 2026, equivalent to a 25–35% uplift on virgin contract pricing. The premium is structurally supported: physical food-grade rPET requires bottle-to-bottle recycling streams (deposit-and-return scheme bales, super-clean PET flake processing), and the supply chain capacity is finite.
The deposit-and-return scheme (DRS) ecosystem is the backbone. Germany's longstanding system delivers exceptional bale quality; Sweden, the Netherlands, Romania and Slovakia have functional schemes; France, Spain, Italy and the UK are at various stages of rolling out DRS. Each scheme expansion releases new high-quality bale supply, but the lead time from DRS announcement to operating supply is 24–36 months.
Sheet and APET buyers (food trays, blister packaging) face the greatest squeeze. Where a few years ago APET sheet routinely contained 30–50% rPET, in 2026 that share is harder to maintain because beverage-bottle buyers can outbid for the limited food-grade flake. Some APET converters have shifted toward ocean-bound or post-industrial PCR streams to maintain claim percentages.
rPET sourcing reality: Spot food-grade rPET pellet ranges €1,400–1,700/t depending on quality tier in early 2026 — virgin bottle-grade PET is around €1,150–1,300/t. The premium is large enough that sourcing strategy now warrants the same attention given to virgin contract negotiations.
Physical rPCR-HDPE supply benefits from the well-established curbside collection of HDPE bottles (milk, detergent, personal care). PCR-HDPE pellet for non-food applications runs €100–200/t below virgin HDPE blow grade — the only PCR market where the recyclate trades at discount rather than premium. Food-grade PCR-HDPE (where regulatory permission has been granted under EU 2022/1616) carries a €100–250/t premium over virgin.
Physical rPCR-LDPE and rLLDPE supply is more difficult. Flexible film waste streams (commercial film, agricultural film, household soft plastics) require sortation infrastructure that is underdeveloped in much of Europe. PCR-LDPE quality is more variable, and fitness for high-clarity film applications is limited. The bulk of PCR-LDPE goes into garbage bags, construction film, and similar lower-spec applications.
Physical PCR-PP supply is the least mature of the major polyolefins. PP packaging waste streams are heterogeneous (yogurt pots, ready-meal trays, caps, films) and sortation accuracy at recycling MRFs varies. PCR-PP pellet quality is highly variable; food-grade PCR-PP at scale is not yet commercially available, though pilot lines (Trinseo, Borealis, SABIC) are progressing through regulatory approval.
ISCC Plus mass-balance certification underpins the chemical recycling pathway and is a meaningful supplement to physical PCR supply. The principle: chemically-recycled feedstock (e.g. pyrolysis oil from waste plastic) is fed into a steam cracker alongside fossil naphtha; the certified recycled share is allocated to specific output products under audited rules.
PPWR's recycled-content definition accepts mass-balance allocation but with restrictions: only post-consumer waste-derived feed counts (not refinery off-gas or virgin reroutes); the chain of custody must be verifiable; and the brand-owner can claim only the certified allocated volume, not the full output of a mass-balance line.
In practice, mass-balance ISCC Plus PCR-PP at scale is more accessible than physical rPP for procurement teams. Major producers (LyondellBasell Circulen, SABIC TRUCIRCLE, Borealis Bornewables, INEOS Recycl-IN) all offer mass-balance grades qualified for food contact. Pricing typically runs €300–500/t over equivalent virgin grades, depending on the brand and contracted volume.
For PET-heavy procurement portfolios, multi-year rPET contracts are now operationally essential. Spot reliance worked when the rPET market was a niche; under PPWR, food-grade flake is allocated through long-term commitments and quality contracts. Indorama Ventures, Plastipak, Veolia and Suez are the main contracted-rPET counterparties for major brand owners.
For PE and PP, a hybrid strategy works best in 2026: physical rPCR for non-food applications (where supply is adequate and cheap); mass-balance ISCC Plus for food-contact applications (where physical food-grade volume is structurally short). Building the mass-balance contract relationship now is important — major producers are prioritising customers who committed early.
Quality verification matters more than ever. PCR pellets vary in fitness-for-use; bag MFI, contamination level, and odour quality should be tested on each new lot rather than relying on supplier specifications alone. Application-validation cycles for new PCR sources can take 6–12 months for food-contact applications.
By 2030, physical PCR capacity additions (announced 2024–2026) come online: roughly 2 Mt/y of new mechanical recycling capacity across PE, PP and PET. Chemical recycling adds another 0.5–1 Mt/y depending on which announced projects achieve commercial operation. Total PCR supply could reach 5–6 Mt/y against PPWR-implied demand of 6–8 Mt/y depending on portfolio mix.
The rPET premium is unlikely to compress materially before 2028. The 2030 PPWR step to 30% rPET will further tighten food-grade supply just as new DRS schemes come online — a balance that depends on member-state implementation pace. Rolling 24-month forward contracts for food-grade rPET should be considered the new procurement standard.
Mass-balance ISCC Plus volumes for PE and PP will become more available, with prices converging toward virgin-plus-€200-300/t as competition intensifies. The major risk is regulatory: any tightening of mass-balance allocation rules at EU level could compress effective certified output.