Packaging redesign for EPR savings: how to achieve 20–40% fee reduction
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.
The fee reduction mechanism: eco-modulation in detail
Every EU EPR system applies modulation factors to base rates. Current modulation ranges by country:
France (Citeo): Modulation range of -50% to +100% on base rates
Germany: Modulation factors applied by individual PROs, typically -20% to +50%
Belgium (Fostplus): Significant differentials between plastic sub-categories (up to 2x difference between best and worst plastic formats)
Netherlands, Austria: Smaller modulation ranges currently; expected to widen under PPWR
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.
Step 1: Run an EPR fee audit by packaging component
Before redesigning anything, identify where your fees are highest and why.
For each packaging component, calculate:
Material category and weight per unit
Country volume (units sold per country)
Total kg per material per country
Current EPR fee rate for that material in each country (from your PRO contracts or published rate cards)
Any eco-modulation surcharge or discount currently applied (if known from PRO)
Then rank your components by total EPR fee contribution:
| Component | Material | Total kg (all markets) | Est. EPR fee | Modulation status |
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.
Step 2: Quantify the redesign savings before committing
For each high-impact component, model the before/after:
Example: switching from LDPE polybag mailer to cardboard mailer
Current position:
Component: LDPE polybag mailer, 60g per unit
Annual units shipped to EU: 8,000
Total LDPE: 480 kg
Germany rate for LDPE/flexible film: €220/t → fee: €105.60
France rate for LDPE: €350/t → fee: €168.00
(Other markets below Verpact threshold)
Total current fee: ~€274
Redesigned position:
Component: Recycled-content cardboard mailer, 95g per unit (heavier but different material)
Annual units: 8,000
Total cardboard: 760 kg
Germany rate for cardboard: €80/t → fee: €60.80
France rate for cardboard (recyclable, possibly bonus): €90/t → fee: €68.40
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:
DIM weight savings (cardboard mailer is rigid; no additional DIM weight if right-sized vs. loose poly in a box)
Customer experience improvement (cardboard feels more premium; reduces returns-related damage)
Carbon footprint reduction (EPR sustainability reporting and ESG metrics)
2030 eco-modulation surcharge avoidance (when LDPE film rates increase further)
When modelled over 5 years including 2030 rate increases, the total ROI for this switch is typically positive for brands at scale.
High-impact redesign opportunities by category
1. Replace LDPE polybag mailers with cardboard or paper mailers
EPR impact: Highest. LDPE film is the highest-rate plastic in most EU markets, with potential for additional surcharges as eco-modulation tightens.
Considerations:
Cardboard mailers are heavier. Model the shipping weight impact.
Cardboard mailers provide better puncture protection; LDPE provides better moisture resistance. For moisture-sensitive products, a paper mailer with water-resistant kraft lining (PFAS-free) may be the right intermediate step.
Compostable polybags (PLA, starch-based) are not equivalent to LDPE for EPR purposes — they may fall into a different material category with different (sometimes higher) rates. Check before switching.
2. Remove EPS foam inserts
EPR impact: High. EPS attracts surcharges across most EU markets and is likely Grade D/E under future grading.
Alternatives:
Moulded pulp (paper pulp inserts) — well-established, good protection, recyclable with cardboard
Expanded polypropylene (EPP) — if reusable packaging is part of your model, EPP is durable enough for multiple trips
Air cushion packaging using HDPE film (lower EPR rate than EPS, though still plastic)
Honeycomb paperboard — structural cardboard that provides cushioning without foam
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.
3. Switch from dark/coloured plastics to clear or natural
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:
Clear and natural-coloured HDPE: typically the same or similar base rate, but removes the modulation surcharge in France and Germany
Clear PET vs. opaque coloured PET: clear is Grade A; opaque or dark is Grade D
The switch is usually cost-neutral to slightly more expensive (coloured resins have different pricing) but may require supplier and tooling changes.
4. Eliminate unnecessary secondary packaging
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:
Outer tissue wrap around a product box that already has its own packaging
Decorative shrink wrap on products with full product packaging
Extra chipboard mailer around a rigid product box (double-boxing when the outer box provides sufficient protection)
Removing these doesn't just save EPR fees — it reduces material cost and shipping weight.
5. Reduce void space
EPR impact: Indirect. Reducing void space lets you use smaller boxes — less cardboard weight, lower EPR fees on that packaging.
Approach:
Audit your average void space across SKUs using a simple test: for each box size you use, what's the average fill percentage?
For SKUs using large boxes with <60% fill: right-size to the next smaller standard box
For products with irregular dimensions: consider custom-sized boxes or padded flat boxes
The shipping cost savings from DIM weight reduction often exceed the EPR savings — this is a dual-benefit change.
6. Increase recycled content in plastic packaging
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:
Start with secondary/transport plastics (poly bags used in warehouse, stretch film) — most suppliers offer 30–50% PCR versions without quality compromise
Move to primary plastics: HDPE bottles with 30% rHDPE, PET bottles with 30% rPET — commercially available from most packaging suppliers now
Target packaging with highest visibility to consumers for recycled content labeling (once PPWR labeling rules apply)
Building the business case
The ROI model for packaging redesign should capture:
Year 1 costs:
Packaging specification development (design, supplier trials)
New tooling if required (for rigid plastic formats)
Higher unit packaging cost (typically, recycled-content and paper-based packaging costs more)
Operational transition (updating warehouse processes, disposing of old stock)
Annual savings (years 1–5+):
EPR fee reduction (calculate per market, sum across all markets)
Shipping cost reduction (if DIM weight or weight is reduced)
Avoided 2030 eco-modulation surcharges (model at 50% and 100% surcharge scenarios)
Avoided recycled content premium (if you're building toward 2030 mandatory targets now, you avoid paying the PCR premium in a supply-constrained market in 2029)
A well-constructed model for a brand spending €5,000/year on EU EPR fees with significant plastic packaging typically shows:
€1,000–€2,500/year EPR saving from packaging optimisation
3–5 year payback on packaging transition costs
€5,000–€15,000/year additional saving avoided from 2030 surcharges
The numbers improve substantially for larger brands.
Sequencing the redesign
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.