Every year, North America generates tens of millions of tonnes of plastic waste. Less than one in ten of those tonnes gets recycled.
That's not a rough estimate. It's the conclusion of the OECD's Global Plastics Outlook — one of the most comprehensive analyses of plastic waste management ever published. Globally, only 9% of plastic waste is recycled. The rest goes to landfill (49%), incineration (19%), or is simply dumped and lost to the environment (22%).
The numbers in North America tell a similar story. The United States generated approximately 40 million tonnes of plastic waste in 2021 alone, according to the EPA. Of that, only 8.7% was recycled. Canada's plastic recycling rate sits at around 9%. The gap between what we generate and what we recover is staggering — and it's getting wider, not narrower.
The Ocean Beneath the Numbers
When we talk about plastic recycling rates, it's easy to stay in the abstract. But the practical consequences are concrete and severe.
Between 1 and 1.7 million tonnes of plastic waste enters the world's oceans every single year, according to UNEP and the OECD. The equivalent of 2,000 garbage trucks of plastic is dumped into oceans, rivers, and lakes every day. An estimated 75 to 199 million tonnes of plastic is already in our oceans right now. Under a business-as-usual scenario, the World Economic Forum has projected that plastic could outweigh fish in the ocean by 2050.
But here's the critical detail that's often missed in these conversations: very little of that ocean plastic arrives directly from boats or beaches. The vast majority — 70 to 80%, according to ocean research — comes from land-based sources. It starts in a yard. A warehouse. A factory floor. A sorting facility.
Material with real, recoverable value — plastic film rolls, baled HDPE, LDPE scrap, mixed polymer material — that has nowhere to go. No buyer was found in time. Tipping fees that make disposal cheaper than finding a market. And so it gets dumped, landfilled, or in the worst cases, enters a waste stream that eventually connects to a waterway.
The Market Failure Behind the Statistics
Here's what the statistics don't capture: the reason so much recyclable plastic goes unrecovered is not purely technical. Recycling technology exists. Markets for recycled plastic exist. The material has value.
The failure is in the connection between generators and buyers. The North American market for recyclable materials — particularly plastics — remains extraordinarily fragmented and relationship-dependent. Most transactions happen via phone, broker relationships, and informal networks that have existed for decades. This system works adequately for large, established players with deep rolodexes. It fails almost everyone else.
A printer in Ohio with 30,000 lbs of LDPE film trim doesn't know the recycler in Michigan who would pay $140/ton for exactly that grade. A converter in Texas with 50 truckloads of off-spec polypropylene doesn't have broker contacts in California. And so material that has clear market value ends up at the tipping face of a landfill — where it costs the generator money to dispose of something that should have generated revenue.
NREL analysis suggests that billions of dollars in recoverable fibre value are landfilled annually in the United States— in a single year. For plastic, the numbers are harder to aggregate precisely, but the directional conclusion is clear: we are landfilling billions of dollars of recoverable value every year because buyer and seller cannot find each other in time.
Why North America Is Particularly Exposed
The United States and Canada have sophisticated recycling infrastructure — but paradoxically, sophisticated infrastructure can mask systemic market failure. Collection rates are reasonable. Sorting technology is improving. But the secondary materials market — the commercial ecosystem that turns sorted recyclables into traded commodities — remains stuck in an earlier era.
Compare the digitization of other commodity markets. Steel, aluminium, and copper have sophisticated electronic exchanges. Agricultural commodities have futures markets. Even used electronics have platforms like Back Market with $1 billion in venture backing and global reach.
Recyclable paper and plastic in North America? Still largely driven by phone calls, personal contacts, and broker networks that extract significant margin from every transaction while adding friction to a market that desperately needs speed and transparency.
The OECD's Global Plastics Outlook forecasts that without significant system change, plastic waste generation will nearly triple by 2060. If the infrastructure through which recyclable material finds its markets does not modernize, those additional tons will have nowhere to go except landfill and environment.
The Opportunity in the Crisis
Every problem of this scale contains a corresponding opportunity — and the North American recyclable materials market is no exception.
The gap between recycling potential and recycling reality is, in commercial terms, a market inefficiency. Market inefficiencies attract solutions. Right now, the combination of tightening EPR regulations, rising corporate ESG mandates, and a growing buyer market for recycled content is creating structural demand for a better way to connect generators of recyclable material with the buyers who need it.
In future posts, we'll look at the specific dynamics in paper (a sector with a very different — and often misunderstood — recycling story), the EPR regulatory wave reshaping producer obligations, and the upcycling opportunities hiding in material that most people would simply write off as waste.
The picture is not as bleak as the 9% headline suggests. The material is there. The buyers are there. The regulatory pressure is arriving. The question is whether the infrastructure connecting them can evolve fast enough.
DATA SOURCES:
OECD Global Plastics Outlook: https://www.oecd.org/environment/plastics/
Our World in Data — Plastic Pollution: https://ourworldindata.org/plastic-pollution
UNEP Plastic Pollution: https://www.unep.org/plastic-pollution
Our World in Data — Ocean Plastic: https://ourworldindata.org/how-much-plastic-waste-ends-up-in-the-ocean
NREL Paper & Cardboard Waste Value Study: https://docs.nrel.gov/docs/fy24osti/84206.pdf