Trend analysis: Deposit return schemes & packaging reuse — where the value pools are (and who captures them)

Globally, deposit return schemes (DRS) now cover over 50 jurisdictions representing approximately 700 million consumers, and the market for reusable packaging is projected to reach $80 billion by 2030. The question confronting product teams, packaging companies, and waste management operators is no longer whether these systems will scale, but which segments of the value chain will generate the highest returns and who is best positioned to capture them.

Why It Matters

The economics of single-use packaging are shifting under regulatory and consumer pressure. Extended producer responsibility (EPR) fees are rising across Europe, with France increasing eco-modulation penalties by up to 50% for non-recyclable formats in 2025. The EU's Packaging and Packaging Waste Regulation (PPWR), finalized in late 2024, mandates that 90% of single-use beverage containers be collected separately by 2029 and establishes binding reuse targets of 10% for takeaway food packaging by 2030. Similar legislation is advancing in Canada, Australia, and several US states. For brands, the cost of inaction is becoming concrete: non-compliant packaging attracts penalty fees, shelf-space restrictions, and reputational risk. For waste management operators, DRS programs redirect high-value material streams away from curbside collection, fundamentally altering facility economics. For startups and technology providers, the transition from linear to circular packaging creates a multi-billion-dollar infrastructure buildout opportunity spanning reverse logistics, washing systems, smart tracking, and material innovation.

Key Concepts

Deposit return schemes (DRS) are systems where consumers pay a small surcharge on beverage or packaging purchases that is refunded when the empty container is returned to a designated collection point. DRS programs typically achieve collection rates of 85-98%, compared to 30-50% for curbside recycling of the same materials.

Reuse systems replace single-use containers with durable alternatives that are collected, cleaned, and redistributed multiple times. Models range from in-store refill stations to standardized returnable containers managed by third-party logistics providers.

Reverse logistics refers to the infrastructure and processes required to move empty containers from consumers back to producers or recyclers. The efficiency and cost of reverse logistics is the primary factor determining whether reuse systems achieve economic viability.

KPI	Current Benchmark	Leading Practice	Laggard Threshold
Container return rate (DRS)	80-90%	>95% (Norway, Germany)	<70%
Cost per container collected (DRS)	$0.03-0.06	<$0.02	>$0.08
Reuse cycles per container	15-25	>40 (glass), >25 (plastic)	<10
Reverse logistics cost as % of product price	8-15%	<6%	>20%
Material contamination rate at collection	2-5%	<1%	>8%
System breakeven timeline (months)	18-36	<18	>48

What's Working

Nordic and German DRS programs as gold standards. Norway's Infinitum system achieves a 97% return rate for plastic bottles and 93% for cans, powered by a network of 15,000+ reverse vending machines (RVMs) embedded in retail locations. The system operates at near cost-neutrality by selling recycled PET at premium prices and leveraging unredeemed deposits. Germany's Pfand system, covering 18 billion containers annually, has demonstrated that high-volume DRS programs generate sufficient material throughput to support domestic recycling infrastructure. Both systems show that deposit levels between 15-25 euro cents produce optimal return behavior without significant consumer resistance.

Standardized reuse platforms in food service. Companies like VYTAL in Germany and Recircle in Switzerland have built standardized reusable container networks for takeaway food that now serve thousands of restaurant partners. VYTAL's system uses QR-code-tracked containers with no deposit, relying instead on digital tracking and automated late fees. With over 4 million registered users and containers averaging 30+ use cycles, the platform demonstrates that digital-first reuse models can achieve unit economics comparable to single-use alternatives when operating at density in urban markets.

EPR-funded DRS infrastructure rollouts. Scotland launched its DRS in March 2025, and Ireland's scheme went live in February 2025, both funded primarily through producer responsibility fees rather than taxpayer subsidies. The Irish scheme, operated by Re-turn, deployed over 3,700 return points in its first year and achieved a 70% return rate within six months. These launches demonstrate that DRS infrastructure can scale rapidly when underpinned by mandatory producer funding and centralized system operators.

What's Not Working

Fragmented reuse standards across markets. The absence of standardized container formats, washing protocols, and return infrastructure creates friction for brands operating across multiple geographies. A food brand seeking to adopt reusable packaging in France, Germany, and the UK must navigate three different container specifications, hygiene regulations, and return systems. This fragmentation increases unit costs by 25-40% compared to what a harmonized system could achieve and limits the pooling efficiencies that make reuse economically attractive.

Low-density rural collection economics. DRS and reuse systems perform well in urban environments with high consumer density and short reverse logistics distances, but struggle in rural and peri-urban areas. In Australia's New South Wales container deposit scheme, collection points in regional areas handle less than 30% of the container volume of metropolitan sites while incurring comparable fixed costs. The per-unit collection cost in low-density areas can exceed three times the urban average, creating economic dead zones that undermine overall system performance.

Consumer behavior barriers in emerging markets. Deposit return systems rely on infrastructure and behavioral norms that are well established in Northern Europe but face adoption challenges elsewhere. In Romania, which launched its DRS in late 2024, initial return rates hovered below 40% due to insufficient collection point density, consumer confusion about eligible containers, and informal waste picker displacement. Systems that fail to account for existing informal recycling economies risk both poor return rates and negative social outcomes.

Key Players

Established Leaders

• TOMRA Systems: Norwegian company operating over 80,000 reverse vending machines globally. Processes 45 billion containers annually and holds dominant market share in DRS collection technology.
• Infinitum: Norway's DRS operator achieving 97% return rates. Its system design and operational model serve as the reference benchmark for new DRS deployments worldwide.
• SCHOTT: German glass manufacturer producing lightweight returnable glass containers designed for 40+ reuse cycles, supplying major beverage brands across Europe.
• Ecolab: Provides industrial-scale washing and sanitation systems for reusable packaging, supporting hygiene compliance across food-safe reuse programs.

Emerging Startups

• VYTAL: Berlin-based reusable packaging platform using digital tracking instead of deposits. Operates across 5,000+ restaurant and retail partners in Germany and expanding into other European markets.
• Recircle: Swiss reuse platform for takeaway food containers, partnering with over 1,500 restaurants and achieving container utilization rates above 30 cycles.
• Bold Reuse: US-based reuse logistics company managing returnable container programs for corporate campuses, events, and food service operators, focusing on last-mile collection optimization.
• Returnity: Designs and manages reusable shipping packaging for e-commerce brands, replacing single-use mailers and boxes with durable alternatives that complete 30-50 shipping cycles.

Key Investors and Funders

• Closed Loop Partners: US-based circular economy investment firm that has deployed over $100 million into recycling and reuse infrastructure, including DRS-adjacent sorting and collection technology.
• Circularity Capital: European growth equity fund focused on circular economy businesses, with portfolio companies in reuse logistics and packaging innovation.
• European Investment Bank: Financing DRS infrastructure buildouts across EU member states through the Circular Economy Action Plan, providing concessional terms for collection point deployment.

Where the Value Pools Are

Reverse vending machine hardware and software. The global RVM market is projected to reach $1.8 billion by 2028, driven by new DRS mandates in Ireland, Scotland, Poland, Hungary, and several US states. TOMRA captures the majority of this market, but opportunities exist for software-layer competitors offering AI-powered contamination detection, consumer engagement platforms, and data analytics that optimize collection point placement. The margin profile of RVM operations favors players that combine hardware sales with recurring service and data licensing contracts.

Material aggregation and processing. DRS programs produce high-purity, food-grade recyclable material streams that command significant price premiums over mixed curbside recyclables. Food-grade recycled PET (rPET) from DRS collection sells at 20-35% above virgin PET prices in European markets, reflecting both quality advantages and regulatory mandates for recycled content. Companies that aggregate DRS-collected materials and process them into food-grade resins capture substantial margins. Integrated players that operate both collection infrastructure and processing facilities earn the highest returns per container.

Reuse-as-a-service platforms. The highest-margin opportunity in packaging reuse is not selling containers but operating the system: managing container pools, orchestrating reverse logistics, providing digital tracking, and handling washing. Platform operators that achieve network density in specific geographies or use cases earn recurring revenue per transaction while benefiting from economies of scale as container utilization rates increase. The model parallels fleet management in other asset-heavy industries, where utilization rate is the primary driver of profitability.

Compliance and advisory services. As DRS mandates proliferate, consumer goods companies face complex compliance requirements spanning deposit registration, reporting obligations, and EPR fee optimization. Advisory firms specializing in DRS compliance, packaging design for returnability, and system participation strategy serve a growing client base. The opportunity is particularly acute in markets where new regulations create tight implementation timelines and significant penalties for non-compliance.

Action Checklist

• Map your packaging portfolio against current and upcoming DRS mandates in every operating market, identifying containers that will require deposit registration within the next 24 months
• Benchmark your container return rates and material recovery quality against leading DRS programs to identify performance gaps
• Evaluate reuse system pilots for high-frequency product lines, starting with dense urban markets where reverse logistics costs are lowest
• Engage with DRS system operators early in new mandate markets to secure favorable fee structures and collection point access
• Assess the revenue opportunity from material premiums by quantifying the price differential between DRS-collected recyclables and curbside-collected equivalents
• Build internal capability or partner with advisory firms on DRS compliance, particularly for PPWR reuse targets and EPR fee optimization
• Track consumer return behavior data to optimize collection point placement and deposit level calibration

FAQ

What deposit level produces the best return rates? Data from established DRS programs shows that deposits between 15-25 euro cents (or equivalent) produce return rates above 90%. Below 10 cents, return rates drop significantly as the financial incentive is insufficient to motivate behavior change. Above 30 cents, returns remain high but consumer resistance to the upfront surcharge increases, potentially reducing purchase volume. Norway and Germany, which use deposits of approximately 15-30 euro cents depending on container size, consistently achieve the highest return rates globally.

How do deposit return schemes affect existing curbside recycling programs? DRS programs divert the highest-value containers (PET bottles, aluminum cans, glass bottles) away from curbside collection, which can reduce revenue for municipal recycling facilities by 15-30%. However, the remaining curbside stream becomes less contaminated and easier to process. Municipalities that proactively adjust their collection contracts and processing strategies can offset revenue losses through improved quality and lower contamination management costs.

Are reuse systems actually better for the environment than single-use recycling? Life cycle analyses show that reuse systems achieve lower environmental impact than single-use alternatives after a breakeven number of use cycles, typically 5-15 depending on the material, washing process, and transport distance. Glass containers generally require more cycles to break even due to their weight and washing energy requirements, while lightweight plastic reusable containers can achieve breakeven in as few as 5-8 cycles. The environmental advantage grows with each additional cycle.

Which markets are most likely to adopt DRS programs next? As of early 2026, Poland, Hungary, Austria, and Portugal are in advanced stages of DRS implementation with launch dates scheduled between 2025 and 2027. In North America, several US states including New Jersey and Maryland are advancing DRS legislation. India is piloting DRS concepts in major cities as part of its Extended Producer Responsibility framework. Markets with high informal waste collection rates face additional design complexity in integrating existing waste pickers into formal DRS systems.

Sources

1. European Commission. "Packaging and Packaging Waste Regulation: Final Text and Implementation Guidance." European Commission, 2024.
2. TOMRA Systems. "2025 Annual Report: Global Collection Performance Metrics." TOMRA, 2025.
3. Infinitum. "Norwegian Deposit Return System: Annual Results Report." Infinitum, 2025.
4. Reloop Platform. "Global Deposit Return Systems: Performance and Design Benchmarking." Reloop, 2025.
5. Ellen MacArthur Foundation. "Reuse: Rethinking Packaging." Ellen MacArthur Foundation, 2024.
6. Zero Waste Europe. "Deposit Return Systems in the EU: Implementation Tracker." Zero Waste Europe, 2025.
7. BloombergNEF. "Circular Economy Market Outlook: Packaging and Reuse Infrastructure." BNEF, 2025.