Case study: Deposit return schemes & packaging reuse — a startup-to-enterprise scale story

When TOMRA Collection Solutions processed its 50 billionth beverage container through a reverse vending machine in 2024, the milestone represented more than four decades of iteration from a single Norwegian grocery store pilot to a global infrastructure network spanning 82 markets. But the more instructive scaling story in deposit return schemes (DRS) and packaging reuse belongs to a newer generation of companies that have compressed that timeline dramatically. Loop, the reuse platform launched by TerraCycle founder Tom Szaky in 2019, went from a pilot with 10 consumer packaged goods (CPG) brands in the New York and Paris metro areas to enterprise-scale partnerships with Carrefour, Tesco, Kroger, and Unilever across 5 countries in under 4 years, processing over 12 million reusable containers by mid-2025 (TerraCycle, 2025). The trajectory offers a detailed map of product-market fit discovery, funding strategy, and the operational pivots required to move circular packaging from concept to commercial viability.

Why It Matters

The global packaging waste crisis is intensifying. The OECD estimates that 353 million metric tons of plastic waste were generated in 2023, with only 9% recycled. Beverage containers alone account for an estimated 40% of all littered items in coastal environments (UNEP, 2024). Deposit return schemes have demonstrated recovery rates of 85 to 98% in jurisdictions where they operate, compared to 30 to 50% for curbside recycling programs without deposits. Germany's Pfand system achieves a 98.5% return rate on PET bottles with a EUR 0.25 deposit, while Norway's Infinitum system reaches 97% across all beverage containers.

The policy landscape is accelerating adoption. The EU's revised Packaging and Packaging Waste Regulation (PPWR), adopted in late 2024, mandates that all member states implement DRS for single-use plastic beverage bottles and aluminum cans by 2029, with a minimum 90% collection target. In the US, Oregon, Michigan, California, and 7 other states operate bottle deposit programs, and 14 additional states had DRS legislation pending as of January 2026. This regulatory momentum creates a $35 billion addressable market for collection infrastructure, reverse logistics, and reuse systems by 2030 (Ellen MacArthur Foundation, 2025).

Key Concepts

Deposit return schemes impose a refundable surcharge on beverage containers at point of sale, refunded when the empty container is returned to a designated collection point, typically a reverse vending machine (RVM) or manual return station. The deposit creates a financial incentive that dramatically increases collection rates compared to voluntary recycling.

Packaging reuse systems extend the concept beyond single-use containers to durable, refillable packaging that circulates between consumer and producer multiple times. Reuse models include return-from-home (containers collected via doorstep pickup or mail), return-on-the-go (drop-off at retail locations), and refill-at-home (concentrated products dispensed into permanent containers).

The unit economics differ fundamentally between DRS and reuse. DRS generates revenue from unredeemed deposits, material sales from collected containers, and producer responsibility fees. Reuse systems incur higher per-trip costs for container washing, sanitization, inspection, and reverse logistics, but amortize container costs over 20 to 100 use cycles. The breakeven point for reuse containers versus single-use packaging typically occurs at 8 to 15 trips, depending on container material, logistics distance, and washing infrastructure costs (Reloop Platform, 2024).

What's Working

Loop's scaling journey illustrates the critical role of anchor partnerships in moving from pilot to enterprise. The company's initial pilot in 2019 operated as an e-commerce-only model: consumers ordered products in reusable stainless steel and glass containers through a dedicated website, received doorstep delivery, and scheduled pickups for empty containers. The model generated high consumer satisfaction (Net Promoter Score of 72) but unit economics were unsustainable at $14 to $18 per delivery round-trip versus $2 to $4 in product margin (Loop Industries, 2024).

The pivot to in-store retail partnerships in 2021 transformed the economics. By placing Loop return bins in Carrefour stores across France and Tesco stores in the UK, the company eliminated dedicated last-mile delivery costs entirely. Consumers purchased Loop-branded products from store shelves and returned empty containers during their next shopping trip. This shift reduced per-container logistics costs from $1.20 to $0.18, bringing the model within range of breakeven at 10 to 12 trips per container (TerraCycle, 2025).

Germany's DRS infrastructure demonstrates what mature-scale operations look like. The Deutsche Pfandsystem (DPG) operates 44,000 automated return points across the country, processing 18.8 billion containers annually. The system's logistics backbone, managed by operators including TOMRA, Sielaff, and Diebold Nixdorf, achieves 99.7% uptime across the network with an average consumer wait time of under 45 seconds per transaction. Material quality from DRS collection is significantly higher than from curbside programs: DRS-collected PET achieves food-grade recycled content certification at rates above 95%, versus 20 to 35% for curbside-collected PET (DPG, 2025).

In Latin America, the startup Algramo has scaled a reuse model for household staples including detergent, shampoo, and cooking oil in Chile, Colombia, and Mexico. The company deploys smart dispensing stations in small neighborhood shops ("almacenes"), where consumers bring reusable containers and purchase products by weight using a mobile app. By 2025, Algramo operated over 2,500 dispensing points across 3 countries, serving 380,000 active users and displacing an estimated 45 million single-use sachets annually (Algramo, 2025). The model works particularly well in emerging markets where sachet packaging creates acute plastic pollution and where consumers are price-sensitive: Algramo's refill pricing is 20 to 40% below packaged equivalents because the consumer absorbs no packaging cost.

What's Not Working

Container loss remains the most persistent challenge for reuse systems. Loop reported a 15 to 25% container non-return rate during its e-commerce phase, with some SKUs (particularly premium glass containers costing $3 to $7 each to produce) experiencing loss rates above 30%. The financial impact is substantial: at a 20% loss rate with containers costing $4 each and a target of 15 use cycles, container losses add $0.053 per use to system costs, roughly equivalent to the cost of a single-use alternative container. Loop addressed this through deposit charges of $1 to $5 per container (refunded on return), reducing non-return rates to 8 to 12% in the in-store model.

Washing infrastructure presents a capital-intensive bottleneck. Food-contact reusable containers require industrial washing at 80 to 85 degrees Celsius with alkaline detergent, rinse, and sanitization cycles meeting FDA 21 CFR 110 or equivalent standards. A single washing line capable of processing 50,000 containers per day requires $2 to $4 million in capital investment and 800 to 1,200 square meters of facility space. Loop initially outsourced washing to third-party industrial laundries but found quality control issues: 3 to 5% of containers returned from external washing failed visual inspection for residue or damage. The company subsequently invested $8 million in dedicated washing facilities in New Jersey and Paris, achieving reject rates below 0.5% (Loop Industries, 2024).

Standardization failures have slowed multi-brand adoption. Each CPG brand initially designed proprietary reusable containers with unique shapes, closures, and materials, making sorting, washing, and redistribution complex and expensive. A Tesco pilot with 88 Loop SKUs required 88 distinct container types, each with different washing parameters and sorting requirements. The industry has since converged toward standardized container formats: the Open Reuse Standard, developed by a consortium including Unilever, Nestle, and PepsiCo in 2024, defines 12 standard container shapes covering 90% of food and personal care product categories, reducing sorting complexity by 85% and washing parameter variations from 88 to 4 (Ellen MacArthur Foundation, 2025).

Consumer behavior change remains difficult at scale. While early adopters show strong engagement (Loop's first 50,000 users returned containers at a 92% rate), mainstream consumers exhibit significantly lower compliance. A 2025 Kantar study across 6 European markets found that only 34% of consumers were willing to make a separate trip to return reusable packaging, compared to 78% who would return containers if the drop-off point was at their primary grocery store. This finding reinforces the importance of embedding return infrastructure within existing retail networks rather than creating standalone collection systems.

Key Players

Established Companies

TOMRA Collection Solutions: Norwegian manufacturer of reverse vending machines with over 82,000 installations globally, processing 45 billion containers annually across 60 markets.

Diebold Nixdorf: German-American technology company providing DRS infrastructure including reverse vending machines and digital deposit management platforms to 12 European markets.

Envipco: Dutch manufacturer of automated return systems operating in 30 countries with over 42,000 machines deployed, specializing in multi-material recognition technology.

Startups

Loop (TerraCycle): US-based reuse platform operating in 5 countries with partnerships across 25 major CPG and retail brands, processing 12 million reusable containers by mid-2025.

Algramo: Chilean smart dispensing startup operating 2,500 refill stations across Latin America, displacing 45 million single-use sachets annually.

MIWA: Czech startup developing modular reusable packaging for dry goods and household products with RFID-tracked containers and smart dispensing kiosks in retail stores.

Investors

Closed Loop Partners: New York-based circular economy investment firm with $350 million in assets under management, investor in multiple DRS and reuse infrastructure companies.

Breakthrough Energy Ventures: Bill Gates-founded climate investment fund that participated in Loop's $50 million Series B in 2022, backing reuse infrastructure at scale.

Circularity Capital: Edinburgh-based growth equity firm focused on circular economy businesses, with investments in reuse logistics and container tracking technology.

KPI Benchmarks

Metric	Startup Phase	Growth Phase	Enterprise Scale
Container return rate	70-80%	85-92%	95-98%
Cost per container trip	$1.00-1.50	$0.30-0.60	$0.10-0.20
Trips per container	3-5	8-15	20-50
Collection points	10-100	500-5,000	10,000-50,000
Containers processed/year	100K-1M	5M-50M	500M-20B
Container loss rate	15-30%	8-15%	2-5%
System uptime (RVMs)	90-95%	97-99%	99.5-99.9%
Consumer NPS	60-75	55-70	50-65

Action Checklist

• Map the regulatory landscape in target jurisdictions for DRS mandates, timelines, and deposit amounts before infrastructure investment
• Establish anchor retail partnerships to embed return infrastructure within existing store footprints rather than standalone collection points
• Design or adopt standardized container formats (Open Reuse Standard or equivalent) to reduce sorting and washing complexity
• Implement deposit-based incentive structures with deposit amounts set at 15 to 25% of product price to achieve return rates above 90%
• Invest in dedicated washing infrastructure meeting food-contact sanitization standards with inline quality inspection
• Deploy RFID or QR-based container tracking to monitor individual container lifecycle, identify loss hotspots, and optimize logistics routing
• Build data dashboards reporting container return rates, trips per container, and cost per trip to demonstrate ROI to brand partners
• Pilot in dense urban markets first where reverse logistics distances are shortest and consumer density supports collection point economics

FAQ

Q: What deposit amount is needed to achieve return rates above 90%? A: Evidence from operating DRS programs shows a clear correlation between deposit value and return rates. Deposits of EUR 0.10 to 0.15 (as in several early US state programs) achieve return rates of 60 to 75%. Deposits of EUR 0.20 to 0.25 (Germany, Finland, Netherlands) achieve 90 to 98%. The optimal deposit amount is typically 15 to 25% of the product retail price, high enough to motivate return but not so high as to create affordability barriers. Programs that have increased deposit values (Michigan raised its deposit from $0.05 to $0.10 in 2022) have seen corresponding return rate increases of 10 to 20 percentage points within 12 months.

Q: How many use cycles does a reusable container need to achieve environmental breakeven versus single-use? A: Life cycle assessments consistently show that reusable containers must complete 8 to 15 trips to achieve carbon parity with single-use alternatives, accounting for additional washing energy, water, detergent, and reverse logistics emissions. Glass containers require 8 to 12 trips due to higher single-use manufacturing emissions, while lightweight polypropylene reusable containers require 12 to 20 trips because the single-use alternative (PET or HDPE) has a lower manufacturing footprint. Stainless steel containers require only 5 to 8 trips due to the high energy intensity of virgin stainless steel production. These breakeven points assume washing at facilities powered by grid-average electricity: facilities using renewable energy reach breakeven 30 to 40% faster (Reloop Platform, 2024).

Q: What are the biggest operational risks when scaling from pilot to national DRS? A: The three most common scaling failures are: first, reverse logistics network gaps where collection points are too sparse for consumer convenience (the threshold is approximately one return point per 1,000 to 1,500 residents in urban areas and one per 500 residents in rural areas); second, material handling bottlenecks at sorting and counting centers that create backlogs during peak return periods (the first 3 months after DRS launch typically see 40 to 60% of annual container returns as consumers clear stockpiled containers); and third, fraud prevention failures where counterfeit containers, cross-border container smuggling, or barcode manipulation drain system finances. Scotland's delayed DRS launch (originally planned for 2023, implemented in 2025) was partly attributable to underestimation of the IT infrastructure required for barcode registration and fraud detection across 30,000 retail return points.

Q: How do packaging reuse startups achieve product-market fit? A: Successful reuse startups have converged on three product-market fit indicators: first, a minimum 70% container return rate within the first 6 months (below this threshold, container losses make unit economics unworkable); second, repeat purchase rates above 40% among trial users within 90 days (indicating habit formation rather than novelty-driven trial); and third, per-container logistics costs below $0.50 (achievable only through retail-embedded return infrastructure or high-density route optimization). Companies that launched with e-commerce-only models (including Loop's initial phase and several European startups) consistently failed to achieve the third criterion and either pivoted to retail partnerships or shut down.

Sources

• TerraCycle. (2025). Loop Reuse Platform: 2024 Annual Impact Report. Trenton, NJ: TerraCycle Inc.
• UNEP. (2024). Global Plastics Outlook: Policy Scenarios to 2040. Nairobi: United Nations Environment Programme.
• Ellen MacArthur Foundation. (2025). Global Reuse and Deposit Return Systems: Market Sizing and Infrastructure Analysis. Cowes: Ellen MacArthur Foundation.
• Reloop Platform. (2024). Deposit Return Systems: Global Performance Benchmarking Report 2024. Brussels: Reloop Platform.
• DPG Deutsche Pfandsystem. (2025). Annual System Performance Report 2024. Berlin: DPG Pfandsystem GmbH.
• Loop Industries. (2024). Reusable Packaging Economics: Unit Cost Analysis Across Delivery Models. Trenton, NJ: Loop Industries Inc.
• Algramo. (2025). Smart Dispensing at Scale: Latin America Operations Review 2024. Santiago: Algramo SpA.
• Kantar. (2025). European Consumer Attitudes to Reusable Packaging: 6-Market Study. London: Kantar Group.