A new international fact sheet released by circular economy advocate Reloop offers one of the clearest, data-driven snapshots yet of what separates high-performing deposit return systems (DRS) from those that struggle to deliver meaningful recycling outcomes. As more than 60 countries adopt or modernize container deposit programs, the document provides timely evidence about the policies, design choices, and public behaviors that consistently lead to recovery rates above 90%.
The fact sheet compiles global performance data, maps recent expansion trends, and analyzes the structural features behind jurisdictions that excel. It arrives as pressure mounts for governments to meet ambitious packaging recovery targets, including the European Union’s requirement that member states collect 90% of plastic beverage bottles by 2029. Few collection models outside DRS come close to achieving that threshold, a reality reflected throughout the report’s comparative findings.
Deposit Systems Are Expanding Rapidly Worldwide
One of the clearest trends highlighted is the rapid expansion of deposit programs over the last three decades. According to the fact sheet, new DRS introductions accelerated sharply after 2000, as policymakers confronted rising packaging waste volumes and sought reliable mechanisms to fund collection and recycling. A timeline included in the report shows early periods of slow adoption followed by a steep rise beginning in the mid-2000s, with another surge from 2020 onward as plastic waste and circularity became political priorities [Fig. 1].
This momentum extends across continents. In just the past three years, at least twenty new jurisdictions have committed to launching or upgrading deposit systems, bringing the global total to more than sixty. Many of these efforts are driven by regulatory targets that few non-DRS models can meet. The EU’s Article 50 requirement for 90% collection-for-recycling is one example. Several European nations already exceed this threshold through well-established deposit networks.
DRS Performance Far Exceeds Curbside Collection
The data presented in the fact sheet underscores how sharply DRS outperforms other collection approaches. European deposit systems report an average return rate of 95% for beverage containers, with top performers consistently reaching 90–98% collection. By contrast, curbside collection systems average about 50% after accounting for material losses, with some jurisdictions performing far lower once contamination is factored in.
North American data reinforces this divide. Although only 27% of the U.S. population lives in states with a deposit system, those states account for:
- 47% of the nation’s total packaging recycled,
- 51% of all aluminum cans recycled, and
- 61% of all PET bottles recycled.
These disproportionate contributions highlight how central DRS is to achieving circular material flows, especially for high-value substrates like aluminum and PET.
Strong Evidence From Early Adopters and Reforming Jurisdictions
The fact sheet offers several case studies showing just how quickly performance can improve when a system is well designed. Ireland increased its collection rate from 49% to 81% within its first year of DRS implementation. Lithuania advanced from 34% pre-launch to 74% in year one and nearly 92% in year two, an improvement that significantly strengthened the country’s recycled material supply. Queensland, Australia, recorded a 270% increase after adopting a deposit scheme, with collection rates rising from 18% to 67% in its early years.
These examples reflect a broader pattern: the design of the system matters far more than cultural assumptions or starting conditions. Where incentives are meaningful and returns are convenient, recovery rates rise rapidly.
The Three Design Elements Most Closely Tied to High Performance
Based on analysis across dozens of systems, the report identifies three features most strongly correlated with high return rates:
1. A meaningful deposit value. When the deposit is too low, participation declines. Successful systems choose a deposit high enough to motivate returns without creating an undue burden for consumers.
2. A convenient and accessible return network. Convenience emerged as one of the most powerful predictors of performance. Return-to-retail models — where consumers bring containers back to the point of purchase — produced the highest median collection rate in the dataset, at roughly 90% across 32 jurisdictions. The fact sheet notes that ease, familiarity, and geographic coverage matter more than technology alone.
3. Broad material and beverage scope. Including more container types increases environmental impact, simplifies messaging, and consolidates return logistics. Public support remains strong for inclusive programs; one survey cited found that 87% of respondents favored covering all single-use beverage packaging, reinforcing that comprehensive systems are both effective and well-regarded.
Transparent Metrics Strengthen Public Trust and Policy Outcomes
The fact sheet also clarifies important methodological distinctions between “collection rates” and “recycling rates,” noting that DRS returns more closely approximate true recycling because the material is counted only once it enters the controlled processing stream. This differs from curbside tonnage reporting, where high contamination or sorting losses often distort recovery statistics. The report outlines standard KPI definitions, emphasizing that countries should adopt transparent reporting practices to ensure comparability and accountability.
Implications for the Circular Economy
With DRS expansion accelerating and recovery targets tightening, the findings carry implications that extend beyond beverage packaging. High-performing deposit frameworks consistently produce cleaner material streams, higher capture rates, and more stable feedstock for recycling markets. They also demonstrate how system integrity through governance, fraud reduction measures, and accurate clearinghouse data plays a critical role in long-term viability.
These lessons echo patterns seen elsewhere in reusable and recyclable transport packaging. The dynamics behind a successful deposit system, such as predictable return flows, meaningful incentives, and transparent management, resonate with challenges faced by reusable transport packaging programs and other B2B reusable packaging models. Readers can explore these themes further in RPN’s Reusable Transport Packaging hub, its analysis of reusable pallet wrap economics, and other resources.
A Useful Resource for Policymakers and Industry
As governments consider how to meet aggressive circularity targets, the fact sheet provides a concise resource grounded in real-world performance data. By distilling global outcomes into practical insights, it offers a guide for jurisdictions designing new systems and for stakeholders seeking to understand what truly drives results.
The full fact sheet can be accessed here: Key Factors Impacting DRS Performance. RPN will continue monitoring DRS developments worldwide as policymakers and supply chain leaders evaluate the role of deposit systems in high-performing circular packaging strategies.
Rick LeBlanc, EMBA, is the founder and editor of Reusable Packaging News (subscribe to the free newsletter) and editor of Western Pallet Magazine. A supply chain journalist with more than 30 years of experience, he specializes in pallets, reusable packaging, material handling and related operations. Rick is co-author of Pallets: A North American Perspective and Pallets & Progress: A Collected History of Pallets and Palletized Handling 1922–1945. He is also an advisory board member of the Virginia Tech Center for Packaging and Unit Load Design. Read Rick’s full bio.
