Ottawa's City-Wide Reuse Pilot Is Ambitious — But Someone Has to Pay for the Washing

Reusable packaging sounds like a no-brainer until you start mapping the reverse logistics. Then the unit economics get uncomfortable, fast.

I'm a Procurement Manager at a mid-size CPG company — we spend somewhere between $200K and $350K annually on packaging, depending on the year and SKU mix. I've been in this role since 2021, and I've watched the "reuse revolution" build momentum while quietly wondering: where does the cost land? When I heard about the Reuse City Canada Project launching in Ottawa — a city-wide, multi-retailer reusable packaging trial targeting Q3 2026 — I pulled up the details and spent a morning stress-testing the model from a procurement lens.

Here's what I found, and why I think most people are skipping over the hard part.

The Problem Nobody's Advertising: Operational Cost at Scale

The Ottawa pilot is genuinely impressive in scope. Led by The Consumer Goods Forum's Plastic Waste Coalition of Action, with a company called Reposit managing implementation, it brings together Loblaw, Walmart Canada, Shoppers Drug Mart, Real Canadian Superstore, plus brand owners including L'Oréal, Procter & Gamble, and Unilever. Technology partners include Amcor, IBM, and Avery Dennison.

That's a lot of logos on a slide deck. It's also a lot of competing operational interests in a shared infrastructure.

The model works like this: consumers buy home and personal care products in durable, reusable containers. They pay a refundable deposit at point of sale. After use, they return the container to any participating retailer — not necessarily where they bought it — and Reposit handles collection, professional washing, and recirculation.

The interoperability piece is genuinely smart. One of the biggest failure modes in prior reuse pilots was the "return-to-origin" requirement — it killed convenience, which killed adoption. By letting consumers return anywhere, you remove that friction.

But here's the cost problem I keep running into: the washing infrastructure doesn't pay for itself on deposit economics alone.

Where the Hidden Costs Actually Live

When I audited our 2024 spend on packaging-related operations, the line items that surprised me most weren't materials — they were handling and coordination. In a reuse model, those costs multiply across the entire system, and they don't shrink with volume the way per-unit print or film costs do.

Let me break down what I think the real cost stack looks like for something like the Ottawa pilot:

1. Reverse Logistics: The Invisible SKU

Every returned container needs to be collected from a retailer, transported to a washing facility, sorted by container type, washed to food-safe or product-safe standards, inspected for damage, and re-routed back into inventory. That's not one step — that's five or six, each with labor and transport cost attached.

In our own experience spec'ing returnable transit packaging (RTPs) for a B2B customer in 2023, the return-trip logistics added 30–40% to what we'd budgeted for a "simple" reuse cycle. And that was a closed loop between two facilities. Open-loop city-wide systems are an order of magnitude more complicated.

2. Digital Tracking: IBM Isn't Free

Reposit is described as running "digital tracking systems to manage container circulation and performance." IBM is listed as a technology partner. That means there's a container-level tracking layer — likely RFID, QR, or NFC — embedded in the durable containers or their labels (Avery Dennison being another partner makes this plausible).

I'm not a software engineer, so I won't speculate on the backend architecture. What I can say from a procurement perspective is that every unit of active digital tracking infrastructure has a per-container cost that doesn't appear anywhere in the consumer-facing deposit price. That cost is either absorbed by the brand, the retailer, or the system operator. Someone is subsidizing it — at least in pilot phase.

3. Container Durability and Replacement Rate

Reusable containers aren't immortal. They get dropped, cracked, contaminated, or lost. The replacement rate — how frequently you're manufacturing new durable containers to replenish the pool — is one of the most important variables in the total cost of ownership calculation, and it's almost never published in pilot announcements.

In Q3 2025, I was looking at a similar model for our personal care refill line. The container supplier's internal modeling assumed a 15-cycle minimum before replacement. But in field testing with consumers, the average was closer to 8-10 cycles before containers were either lost or damaged to the point of rejection. That gap — 15 assumed vs. 8-10 actual — completely changes the per-use economics.

4. Cleaning Standards Aren't Uniform Across Categories

This one's underappreciated. The Ottawa pilot is targeting "home and personal care products." That's a wide category range. Cleaning a shampoo bottle requires different wash chemistry and validation than cleaning a surface cleaner container. Cross-contamination risk is real. Professional washing infrastructure needs to be configured by product category, not just "containers go in, containers come out."

The fact that the system involves brands as different as L'Oréal (beauty), P&G (a mix of home and personal care), and Unilever (similar breadth) means the cleaning protocol standardization alone is a significant operational challenge. I'd want to see the cleaning validation specs before I'd commit a SKU to this system.

What This Pilot Is Actually Testing (And Why It Matters)

I don't want to be purely skeptical here — that's not useful. The Ottawa trial is testing something genuinely important: whether city-wide, multi-brand, multi-retailer reuse can work in a real urban environment, not just a controlled lab setting or a single-brand island in one store.

The interoperability angle is the real innovation. The logistics problem isn't primarily washing — professional washing at scale is a solved engineering problem. The hard part is the coordination layer: getting Loblaw's return process, Walmart Canada's inventory system, and Reposit's tracking infrastructure to communicate cleanly. That's what IBM and Avery Dennison are presumably solving.

If this pilot generates good public data on return rates, per-cycle costs, container loss rates, and consumer behavior, it'll be the most useful dataset the industry has seen on urban reuse at scale. That would be worth something.

My Honest Take: Watch the Deposit Price

The deposit mechanism is the economic keystone of this whole model. Set it too low, and consumers don't return containers (no financial incentive). Set it too high, and consumers won't buy into the system in the first place (too much upfront friction).

I've seen deposit systems in other markets — the German Pfand system is the obvious reference point — and the right deposit level is highly context-specific. Ottawa in 2026 isn't Germany in 2003. Consumer behavior, retail density, and product category mix all affect the optimal deposit level.

If I were evaluating this system as a potential CPG partner: I'd want to see the deposit pricing model, the projected container return rate assumptions, and the per-cycle total cost (including washing, transport, and tracking) before I signed any participation agreement. Those three numbers tell you everything about whether the economics are sustainable or whether this is a subsidized pilot that looks good until the funding runs out.

The ambition here is real. So is the complexity. Let's see what the data looks like after Q3 2026.