Explainer: Deposit return schemes & packaging reuse — what it is, why it matters, and how to evaluate options

More than 40 countries now operate some form of deposit return scheme (DRS), and collection rates in mature systems routinely exceed 90%, compared to an average of 30-45% for curbside recycling of the same materials. As single-use packaging regulations tighten and reuse mandates emerge across the EU, understanding how deposit return and packaging reuse systems work is no longer optional for sustainability teams managing packaging portfolios.

Why It Matters

Packaging waste accounts for roughly 36% of municipal solid waste in OECD nations, with beverage containers representing one of the most visible and politically actionable segments. Deposit return schemes address a fundamental problem in recycling economics: when containers carry no financial value at the point of disposal, collection rates collapse. By attaching a refundable deposit to each container, DRS systems create a direct economic incentive for return, dramatically increasing both collection volume and material quality.

The stakes extend beyond waste diversion. High-quality collected materials from DRS systems command premium prices because they are cleaner and less contaminated than curbside collections. PET bottles collected through DRS achieve food-grade recycled content rates above 95%, compared to 40-60% for curbside-collected PET. For brands facing recycled content mandates under the EU Packaging and Packaging Waste Regulation (PPWR), access to DRS-grade feedstock is becoming a strategic necessity.

Packaging reuse adds another dimension. The PPWR requires that by 2030, 10% of beverages sold in the EU must use reusable packaging, rising to targets across other categories. Reuse systems overlap with DRS infrastructure: both require reverse logistics, collection points, and consumer incentives. Understanding how these systems interact is critical for companies designing compliant packaging strategies.

Key Concepts

Deposit Return Schemes (DRS)

A DRS applies a small financial deposit (typically $0.05-0.25 or equivalent) to beverage containers at the point of sale. Consumers recover the deposit by returning empty containers to designated collection points, which may include reverse vending machines, retail take-back counters, or manual collection depots. The returned containers enter dedicated recycling streams.

Three primary DRS models exist:

Return-to-retail: Retailers are obligated to accept returned containers and pass them to a central system operator. This is the dominant model in Scandinavia and Germany, achieving collection rates of 90-98%.

Depot-based: Consumers return containers to standalone depots rather than retail stores. Common in parts of Canada and Australia, this model reduces burden on retailers but requires purpose-built infrastructure.

Hybrid systems: Combine retail and depot collection with additional options like bag drop-off and mobile collection. Scotland's DRS (launching in 2027 after delays) and Ireland's Re-turn system use hybrid approaches.

Packaging Reuse Systems

Reuse systems design containers for multiple use cycles rather than single-use disposal. Key models include:

Refill at home: Consumers purchase concentrated refills for existing containers. Common in household cleaning products (Blueland, Splosh) and increasingly in personal care.

Refill on the go: In-store dispensing stations where consumers fill their own or standardized containers. Retailers including Waitrose, Carrefour, and Loop partners have piloted this approach.

Return from home: Containers are collected from consumers' homes, cleaned, and refilled. Loop's partnership model operates in this space, though scalability challenges remain.

Return on the go: Consumers return reusable containers at collection points, similar to DRS infrastructure. Cup return schemes (RECUP in Germany, Again in the UK) and bottle pool systems (Petainer) follow this model.

Material Scope and Economics

DRS systems typically cover PET bottles, aluminum cans, and glass bottles, though scope varies by jurisdiction. Germany includes all single-use beverage containers. Norway covers bottles and cans but excludes cartons. The material scope directly affects system economics because aluminum and PET have high recycled material value, while glass has lower value but higher weight (increasing logistics costs).

System costs run between $0.01-0.04 per container for mature, high-volume schemes. These costs are typically borne by producers through extended producer responsibility (EPR) fees, with the deposit itself being a pass-through charge recovered by consumers. Net system costs are partially offset by material revenue from selling collected recyclables.

What's Working

Nordic collection rates set the global benchmark. Norway's Infinitum system achieves a 97% return rate for PET bottles and 93% for cans, making it the world's highest-performing DRS. The system processes over 600 million containers annually through 3,800 reverse vending machines and 15,000 manual return points. Finland's Palpa system similarly exceeds 90% for all covered materials.

Lithuania's rapid DRS rollout demonstrated speed of impact. After launching its DRS in February 2016, Lithuania saw collection rates jump from under 40% to 92% within three years. The system covers PET, glass, and aluminum containers between 0.1 and 3 liters, with a deposit of EUR 0.10. The case illustrates that well-designed DRS systems can achieve transformative collection rates even in countries without prior deposit traditions.

Germany's reuse infrastructure shows longevity at scale. Germany operates the world's largest reuse system for beverage containers, with roughly 40% of beer and mineral water sold in refillable bottles through a standardized pool system. The Genossenschafts-Mehrweg pool manages over 1.5 billion refillable glass bottles, each averaging 50 use cycles. This demonstrates that reuse can function at national scale when supported by standardized containers and logistics networks.

Reverse vending machines drive automation and data. TOMRA, the dominant reverse vending machine manufacturer, has installed over 80,000 machines across 60 markets. Modern machines identify container type, verify eligibility, compact materials, and generate real-time data on collection volumes by location and time. This data enables route optimization for collection logistics and provides granular evidence for EPR compliance reporting.

What's Not Working

High upfront infrastructure costs delay implementation. Scotland's DRS, originally planned for 2021, has been delayed repeatedly, partly due to the estimated GBP 300 million setup cost and disputes between the system administrator Circularity Scotland (which went into administration in 2023) and the Scottish Government. The collapse highlighted the financial risks of system launch, particularly around who bears the infrastructure investment before deposit revenue flows begin.

Small producers face disproportionate compliance burdens. DRS systems require producers to register containers, pay deposits into the system, and meet labeling requirements. For craft breweries, small water brands, and specialty importers, compliance costs can represent 5-15% of product revenue, compared to less than 1% for large producers. Several jurisdictions have introduced exemptions for small producers, but these create coverage gaps.

Reuse systems struggle with consumer convenience. Loop's high-profile partnership with major brands including Haagen-Dazs, Tide, and Pantene failed to achieve commercial viability in its direct-to-consumer model, pivoting to in-store returns. Consumer adoption of reuse requires behavior change that competes against the convenience of single-use disposal, and most reuse pilots report return rates below 70%, the threshold typically needed for environmental break-even.

Cross-border complexity in the EU. Different deposit values, container scopes, and labeling requirements across EU member states create friction for brands selling across borders. A bottle with a German deposit label cannot be returned in the Netherlands, and vice versa. The PPWR aims to harmonize some elements, but full interoperability between national DRS systems remains years away.

Key Players

Established Leaders

• TOMRA: Norwegian company operating 80,000+ reverse vending machines globally. Market leader in collection infrastructure with 40+ years of DRS technology.
• Infinitum: Operates Norway's national DRS achieving 97% PET return rates. Non-profit system administrator funded by beverage producers.
• Deutsche Pfandsystem GmbH (DPG): Manages Germany's mandatory single-use container deposit system covering 20+ billion containers annually.
• Palpa: Finland's non-profit DRS operator achieving 90%+ return rates across PET, aluminum, and glass.

Emerging Startups

• RECUP/REBOWL: German reusable cup and bowl system with 20,000+ partner locations including McDonald's Germany. Deposit-based model for foodservice packaging.
• Petainer: Develops lightweight refillable PET kegs and bottles designed for pooled reuse systems. Active in 30+ countries.
• Again: UK-based reusable cup scheme deploying across university campuses, events, and quick-service restaurants.
• Vytal: Digital reusable packaging platform for takeaway food. Tracks containers via QR codes with no physical deposit required.

Key Investors and Funders

• Closed Loop Partners: US-based circular economy investment fund backing packaging reuse and recovery infrastructure.
• Ellen MacArthur Foundation: Drives the Global Commitment and Plastics Pact network, shaping DRS and reuse policy globally.
• European Investment Bank (EIB): Financing DRS infrastructure development in newer EU member states implementing deposit schemes.

Action Checklist

1. Audit your packaging portfolio against existing and upcoming DRS regulations in every market where you sell, including deposit values, material scope, and labeling requirements.
2. Model the cost impact of DRS participation fees, deposit handling, and labeling changes across your product range, with particular attention to small-format and specialty SKUs.
3. Evaluate recycled content sourcing from DRS systems, as food-grade rPET and rHDPE from deposit schemes command premiums but offer higher quality and supply reliability than curbside-sourced materials.
4. Assess reuse feasibility for at least one product category by 2027, identifying whether return-on-the-go, refill-at-home, or refill-on-the-go best fits your distribution model and consumer base.
5. Engage with system administrators in markets where DRS is launching (UK nations, Austria, Poland, Turkey) to shape container specifications and compliance processes before they are finalized.
6. Track PPWR implementation timelines for reuse targets and DRS harmonization requirements to align packaging design cycles with regulatory deadlines.

FAQ

What is a typical deposit value and does it affect return rates? Deposit values range from EUR 0.05 to EUR 0.25 depending on the jurisdiction and container type. Research consistently shows that higher deposits drive higher return rates. A deposit of EUR 0.15 or more typically achieves collection rates above 85%, while deposits below EUR 0.10 often yield rates below 70%. Germany's EUR 0.25 deposit on single-use containers achieves rates above 95%.

How do DRS systems differ from EPR schemes? EPR schemes require producers to fund the collection and recycling of their packaging, typically through fees paid to a producer responsibility organization (PRO). DRS is a specific collection mechanism that can operate within or alongside EPR. The key difference is the consumer incentive: DRS uses a refundable deposit to drive individual returns, while EPR relies on municipal collection systems funded by producer fees. Many jurisdictions operate both simultaneously, with DRS covering beverages and EPR covering other packaging.

Are reuse systems always better for the environment than recycling? Not automatically. Reuse systems have higher per-trip logistics and washing impacts compared to single-use recycling. The environmental break-even point depends on the number of use cycles achieved, transport distances, washing energy sources, and the material being compared. Glass reuse typically breaks even after 8-15 cycles. Lightweight reusable plastic containers may break even after 5-10 cycles. Systems must achieve sufficient return rates and use cycles to deliver net environmental benefits.

What does the EU PPWR mean for deposit return schemes? The PPWR, expected to be fully adopted by 2025 with phased implementation through 2030, requires all EU member states to achieve a 90% separate collection rate for single-use plastic beverage bottles by 2029. Member states without a DRS achieving this target must implement one. The regulation also sets reuse targets for beverages, transport packaging, and e-commerce packaging, and aims to harmonize DRS interoperability across borders.

How should companies prepare for markets launching new DRS? Start by understanding the timeline and material scope for each market. Register with the designated system administrator early, as late registration can result in penalties and product withdrawal from shelves. Update packaging artwork to include deposit markings and barcodes specified by the scheme. Review logistics for handling returned deposits and adjust retail pricing to reflect deposit pass-through charges. Budget for initial compliance costs of 2-5% of packaging spend.

Sources

1. European Commission. "Proposal for a Regulation on Packaging and Packaging Waste (PPWR)." European Commission, 2024.
2. Reloop Platform. "Global Deposit Book 2024: An Overview of Deposit Return Systems for Single-Use Beverage Containers." Reloop, 2024.
3. TOMRA. "Reverse Vending and Collection Solutions: Annual Report 2024." TOMRA Systems ASA, 2024.
4. Zero Waste Europe. "Reuse Systems in the EU: Benchmarks, Barriers, and Business Models." Zero Waste Europe, 2025.
5. Infinitum. "Annual Report 2024: Norwegian Deposit System Performance." Infinitum AS, 2024.
6. Ellen MacArthur Foundation. "Global Commitment 2024 Progress Report." Ellen MacArthur Foundation, 2024.
7. CM Consulting and Reloop Platform. "Deposit Return Systems: Performance and Design Features." CM Consulting, 2024.