EPR fees are not fixed — they're a function of what your packaging is made of and how recyclable it is. For brands paying significant EPR fees across multiple EU markets, packaging redesign is one of the most powerful levers available. Done well, it can deliver 20–40% fee reductions while also improving sustainability metrics and sometimes reducing shipping costs.
Here's how to identify the opportunities and quantify them before spending a euro on redesign.
Every EU EPR system applies modulation factors to base rates. Current modulation ranges by country:
The practical range: the same weight of packaging material can cost 2–3x more in EPR fees if it's non-recyclable vs. recyclable. That's the lever.
Before redesigning anything, identify where your fees are highest and why.
For each packaging component, calculate:
Then rank your components by total EPR fee contribution:
| Component | Material | Total kg (all markets) | Est. EPR fee | Modulation status |
|-----------|---------|----------------------|-------------|-------------------|
| Polybag mailer | LDPE | 480 kg | €168 | No surcharge, but high base rate |
| Outer cardboard box | Paper/board | 1,200 kg | €120 | No surcharge |
| Tissue paper filler | Paper | 300 kg | €30 | No surcharge |
| Bubble wrap insert | LDPE | 120 kg | €42 | Potential surcharge (non-curbside) |
| Kraft tape | BOPP plastic | 60 kg | €18 | — |
In this example: the polybag mailer is the highest absolute cost and the bubble wrap has potential surcharge exposure. These are the priority redesign targets.
For each high-impact component, model the before/after:
Example: switching from LDPE polybag mailer to cardboard mailer
Current position:
Redesigned position:
Annual EPR saving: ~€145
Percentage saving: 53% on this component
Now calculate the packaging cost difference:
The EPR saving of €145/year doesn't justify the €2,400 packaging cost increase on EPR grounds alone. But this is only the EPR analysis. The full ROI includes:
When modelled over 5 years including 2030 rate increases, the total ROI for this switch is typically positive for brands at scale.
EPR impact: Highest. LDPE film is the highest-rate plastic in most EU markets, with potential for additional surcharges as eco-modulation tightens.
Considerations:
EPR impact: High. EPS attracts surcharges across most EU markets and is likely Grade D/E under future grading.
Alternatives:
For fragile products where EPS has been used for vibration dampening: moulded pulp is the primary alternative. Many cosmetics and electronics brands have already switched.
EPR impact: Moderate in current systems; significant under the 2028 grade system where dark plastics will likely be Grade D.
For brands using dark-coloured HDPE, black PET trays, or opaque coloured PP:
The switch is usually cost-neutral to slightly more expensive (coloured resins have different pricing) but may require supplier and tooling changes.
EPR impact: Low per-unit, but meaningful for volume brands.
Secondary packaging that serves no functional purpose — extra wrapping around a product that already has its own primary packaging — is prohibited under PPWR Article 10 and also generates unnecessary EPR fees.
Common unnecessary secondary packaging in DTC:
Removing these doesn't just save EPR fees — it reduces material cost and shipping weight.
EPR impact: Indirect. Reducing void space lets you use smaller boxes — less cardboard weight, lower EPR fees on that packaging.
Approach:
The shipping cost savings from DIM weight reduction often exceed the EPR savings — this is a dual-benefit change.
EPR impact: Current: potential eco-modulation bonus in France, Germany (some PROs). Future (post-2030): mandatory minimum, so early adoption avoids cost disruption; exceeding minimum may earn bonuses.
Transition path:
The ROI model for packaging redesign should capture:
Year 1 costs:
Annual savings (years 1–5+):
Risk-adjusted future savings:
A well-constructed model for a brand spending €5,000/year on EU EPR fees with significant plastic packaging typically shows:
The numbers improve substantially for larger brands.
Don't try to redesign everything at once. Prioritise:
Priority 1 (highest impact, lowest switching cost): Remove EPS, right-size boxes, eliminate unnecessary secondary packaging. These changes are operationally simple and often reduce unit packaging cost.
Priority 2 (medium impact): Switch polybag mailers to cardboard where shipping requirements allow. Negotiate recycled content versions of your primary cardboard packaging.
Priority 3 (requires specification work): Transition primary plastic packaging to clear/natural colours and recycled content grades. This requires tooling changes or supplier switches.
Priority 4 (longest lead time): Re-use packaging system for the 10% PPWR target (2030). Pilot with a third-party pool provider 18–24 months before mandatory date.
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For the technical specifications of recyclability grades that will define fee structures, see Recyclability grades A–E and EPR fee impact. For cost modelling across all 7 markets, see EPR cost modelling across 7 EU markets.
Yes. Eco-modulation means packaging that is more recyclable attracts lower EPR fee rates, and packaging that is less recyclable attracts higher rates. Switching from non-recyclable formats (dark plastics, laminated pouches, EPS foam) to recyclable alternatives can reduce your effective EPR rate by 20–60% depending on the market. The fee saving must be weighed against redesign and tooling costs, but for high-volume brands the payback period is often under 12 months.
The highest-impact changes are: (1) switching from non-recyclable plastic mailers to paper or cardboard alternatives, (2) removing EPS foam inserts in favour of moulded pulp or paper void fill, (3) eliminating dark or metallised plastics that are poorly sorted in recycling streams, and (4) reducing overall packaging weight. In France, the difference between recyclable and non-recyclable plastic rates under Citeo's eco-modulation can be 3–5× — making format choice the single biggest lever on EPR cost.