How eco-modulated EPR fees are changing packaging economics

Eco-modulated Extended Producer Responsibility (EPR) fees are turning packaging recyclability into a direct financial issue. For high-volume producers, the difference between an easy-to-recycle pack and a difficult-to-recycle alternative can translate into millions of pounds in annual costs.

The UK’s developing system shows the potential scale of the exposure. PackUK’s illustrative 2026-27 rates estimated fees for plastic packaging at about £415 per tonne for green-rated packaging and £545 per tonne for red-rated packaging.

At those illustrative rates, a producer supplying 10,000 tonnes of plastic packaging would face a difference of about £1.3m between an entirely green-rated portfolio and an entirely red-rated one. At 50,000 tonnes, the difference would rise to about £6.5m.

The figures are illustrative rather than final, but the commercial message is clear. Recyclability is no longer simply an environmental consideration. It can affect the cost of putting a packaged product on the market.

The shift comes as governments move more of the cost of managing packaging waste onto producers. In the UK, PackUK expects to recover about £1.56bn in total fees during its 2026-27 operational year, including around £1.47bn in disposal fees.

For packaging manufacturers, brand owners and retailers, this changes the question they need to ask. It is no longer simply whether a package complies with EPR requirements. Businesses also need to understand whether a package’s design creates an avoidable cost that could persist for years.

Eco-modulated EPR fees change packaging economics

The principle behind fee modulation is straightforward. Packaging that is easier to recycle should cost producers less, while packaging that performs poorly should cost more.

In the UK, this is being implemented through the Recyclability Assessment Methodology (RAM). In-scope packaging is assessed and given a green, amber or red rating, with green representing the most recyclable packaging and red the least recyclable.

Amber packaging is charged at the underlying disposal-fee rate. Red packaging attracts a premium, while money raised through those premiums is used to reduce charges for green-rated packaging. The size of the green discount therefore depends partly on the amount of red and green packaging reported across the market.

The result is a direct financial incentive to improve packaging recyclability.

The UK modulation factor for red-rated packaging starts at 1.2 times the relevant disposal fee in 2026-27. It rises to 1.6 in 2027-28 and 2.0 in 2028-29. PackUK says the stepped approach is intended to encourage better packaging while giving producers time to change formats that cannot be redesigned immediately.

Higher eco-modulated EPR fees are not regulatory fines. A company can comply with EPR requirements and still pay more because its packaging is difficult to recycle. Enforcement action for failures such as incorrect reporting or non-payment is a separate risk.

Eco-modulation is therefore a regulatory price signal rather than a penalty for non-compliance.

That can change the business case for redesign.

A recyclable mono-material pack, for example, may cost slightly more to manufacture than a complex multi-material alternative. Viewed purely through procurement, the cheaper pack may appear preferable. Once several years of EPR fees are included, however, the calculation can change.

Packaging development teams increasingly need to consider the total cost of a format rather than its purchase price alone. That calculation can include material costs, production efficiency, logistics, product protection, EPR charges and the potential cost of another redesign.

This is particularly important where packaging equipment or tooling has a long working life. A format selected today may remain in production while eco-modulation becomes progressively more expensive.

The result is a form of packaging design debt. A format that reduces costs in the short term can lock a producer into higher regulatory costs later. The longer the redesign lead time, the harder it may be to respond as modulation factors increase.

The same direction of travel is evident across Europe.

The EU Packaging and Packaging Waste Regulation (PPWR), Regulation (EU) 2025/40, entered into force in February 2025, with most provisions applying from August 2026. It establishes a broader framework covering areas including packaging design, waste prevention, recyclability, reuse and producer responsibility.

For companies selling packaging or packaged goods across several European markets, this creates a wider challenge. Packaging decisions increasingly need to work across different national EPR systems while meeting a more harmonised EU regulatory framework.

Recyclability is therefore becoming relevant not only to environmental performance and compliance, but also to market access, investment decisions and operating costs.

EPR turns packaging data into a financial control

Eco-modulated EPR also changes the value of packaging data.

Historically, businesses could often manage producer responsibility using relatively broad information about material type and weight. Modern EPR systems demand greater detail.

Under UK rules, packaging data are used to calculate recycling obligations and waste disposal fees. Large producers must also assess relevant packaging under the Recyclability Assessment Methodology and report the resulting information.

This means an error in a packaging database can become a financial error.

The specification of a tray, film, sleeve, coating, adhesive or closure may affect its recyclability assessment. If information is incomplete, outdated or incorrectly classified, the producer’s reported EPR position may also be wrong.

The challenge is particularly significant for businesses with thousands of stock keeping units, multiple suppliers or imported packaged products.

Packaging information can be spread across procurement systems, supplier documents, sustainability databases and product specifications. A supplier may describe a material differently from the producer, while a packaging specification can change without the information immediately reaching the team responsible for EPR reporting.

At high volumes, small errors can become material.

PackUK has already identified data stability as a financial issue. Its 2026-27 operational plan says producer resubmissions and significant changes in obligated tonnage during the first assessment year highlighted financial risks and the need for more accurate data and stronger recalculation processes.

The lesson extends beyond the UK.

Packaging data should increasingly be treated as financially significant master data. Companies need to know what packaging they use, how much they place on each market, what each component is made from and how the design performs under the relevant recycling rules.

That requires cooperation across the business. Packaging engineers understand material composition, procurement teams hold supplier information and commercial teams know sales volumes. Sustainability functions often oversee environmental reporting, while finance ultimately carries the resulting liability.

A stronger control system links packaging specifications to products and volumes. Material changes trigger controlled updates, supplier evidence is retained and reported tonnage can be reconciled against operational information.

EPR is also becoming a forecasting issue.

For the UK’s 2026-27 assessment year, PackUK said confirmed disposal fees could not be calculated until producer information had been received and checked by environmental regulators. Its August 2026 operational plan scheduled the calculation for November 2026, with initial notices of liability expected by the end of that month.

Businesses can therefore face periods in which they know an EPR liability is coming but do not yet know the final rate.

That creates a pricing problem.

Consumer goods manufacturers may agree supply contracts, promotions and retail prices months before the full EPR cost becomes clear. If the eventual charge is higher than expected, the producer may have limited ability to recover the increase from customers.

For businesses operating on narrow margins, the effect can be significant. An unexpected £1m EPR cost reduces operating profit by the same amount if the company cannot raise prices or cut costs elsewhere.

For a business operating at a 5% margin, £1m represents the operating profit generated by £20m of sales at that margin.

EPR exposure therefore belongs in budgeting, pricing and margin analysis, not only in sustainability reporting.

EPR changes the business case for packaging design

The financial importance of EPR creates an opportunity as well as a risk.

For many producers, the greatest savings may not come from redesigning every package. A relatively small number of high-volume formats can account for a large share of EPR exposure.

A bottle and closure combination may be used across dozens of products. The same flexible film specification can run across several brands. One tray design may support an entire food range.

If a common format receives a poor recyclability rating, the higher fee can spread across millions of units. Improving the same format can have the opposite effect.

This makes portfolio analysis important.

Businesses need to identify which packaging formats create the largest EPR costs, which receive poor recyclability ratings, how much volume they represent and how difficult they would be to change.

The priority is not necessarily the package with the worst environmental rating. A moderately problematic format used in enormous quantities may represent a larger financial opportunity than a highly problematic specialist pack sold in small volumes.

This creates a strong case for linking EPR information with packaging development and capital expenditure.

Before approving a new pack, companies can model its expected regulatory cost alongside material, conversion and logistics costs. Before replacing filling equipment or moulds, they can consider whether the investment will restrict future material choices. Supplier negotiations can cover EPR data and recyclability alongside price and technical performance.

The lowest EPR fee should not, however, automatically determine which packaging design is best.

Material substitution can create trade-offs. Replacing a difficult-to-recycle lightweight structure with a heavier material may improve recyclability while increasing packaging weight, transport requirements or production costs. Product protection and shelf life must also remain central to packaging decisions.

Food, pharmaceutical and medical packaging can present further constraints because safety and regulatory requirements may limit material choices. PackUK’s modulation policy recognises this issue for some medical packaging. Where a red rating results from regulatory requirements that prevent the use of a more recyclable alternative, specific provisions can apply when the necessary evidence is provided.

The aim should therefore be whole-system optimisation rather than simple material switching.

Packaging companies and their customers increasingly need to balance protection, shelf life, manufacturing performance, logistics, recyclability and regulatory cost at the same time.

They also need to consider how those requirements could develop.

The UK’s initial modulation model focuses on recyclability, but PackUK has said it is gathering evidence on wider environmental sustainability criteria that could support future versions of fee modulation. The EU PPWR also takes a broader approach to packaging, covering areas such as recyclability, waste reduction, recycled content and reuse.

A packaging format designed only to meet today’s minimum requirement could therefore require another costly redesign as regulations, recycling systems and commercial expectations develop.

Building regulatory cost into the design process from the outset can reduce that exposure.

EPR is moving upstream in packaging decision-making. It is no longer simply a charge calculated after packaging reaches the market. Material selection, component design and recyclability can affect the economics of a product before the first unit is sold.

For high-volume producers, those differences can run into millions of pounds. Better packaging data can reduce uncertainty, while better design can lower long-term exposure and give businesses more options before higher fees make change urgent.

The companies best placed to manage that risk will be those that treat recyclability not only as an environmental target, but as a commercial variable in packaging design.