SUMMARY - Where Does It All Go? Canada's Landfill and Export Dilemma

Where Does It All Go? Canada's Landfill and Export Dilemma

Canadians generate enormous quantities of waste—among the highest per capita in the developed world. What happens to it all? Some is recycled, some is burned, but most ends up in landfills—or did until recently, when much of what Canadians thought was being recycled was actually shipped overseas. Understanding where waste actually goes, the problems with current approaches, and potential alternatives helps citizens engage with waste management decisions that affect environment, health, and justice.

Canada's Waste Reality

Per capita waste generation in Canada exceeds most peer countries. Canadians dispose of roughly 700 kilograms of waste per person annually—more than most European countries and far more than Japan. This volume reflects consumption patterns, packaging choices, and product design.

Landfilling remains the dominant disposal method. Despite recycling programs, the majority of Canadian waste ends up buried. Landfills have improved from open dumps, but they still have environmental impacts and finite capacity.

Recycling rates vary widely across materials and jurisdictions. Paper and cardboard recycling is relatively successful; plastics recycling much less so. What gets recycled depends on markets, infrastructure, and local programs.

The Landfill Problem

Environmental impacts persist despite modern engineering. Landfills generate methane—a powerful greenhouse gas—as organic waste decomposes. Leachate can contaminate groundwater despite liners. Even "sanitary" landfills aren't environmentally benign.

Siting conflicts create environmental justice concerns. Landfills tend to locate near communities with less political power to resist them—often lower-income or racialized communities. Those who generate most waste often don't live near where it goes.

Capacity limits loom. Available landfill space in many regions is finite. Some areas already ship waste long distances as nearby capacity fills. Future generations will inherit both the buried waste and the challenge of what to do when current sites close.

Resource loss represents economic waste. Materials buried in landfills—metals, nutrients, embodied energy—are lost rather than recovered. Landfilling represents failure of circular economy principles.

The Export Problem

Much "recycling" was actually export. For years, Canadian recyclables were shipped overseas—primarily to China—for processing. This allowed recycling programs to operate without domestic processing capacity.

China's National Sword policy ended easy exports. In 2018, China dramatically restricted waste imports, revealing how dependent Canada's recycling systems were on export. Material that had been shipped overseas suddenly had nowhere to go.

Other countries faced similar waste. As China closed, waste exporters sought other destinations—Southeast Asia, Africa—raising concerns about waste colonialism as wealthy countries' garbage burdened poorer ones.

Contamination levels made much material unusable. Mixed recycling with contamination is difficult to process. What Canada shipped often wasn't actually recyclable in any practical sense.

The Plastics Crisis

Plastic recycling is largely failing. Despite recycling symbols on products, only a small fraction of plastic is actually recycled. Most is landfilled, incinerated, or leaks into the environment.

Material complexity makes recycling difficult. Different plastic types require different processing. Contamination, mixed materials, and low-value plastics make recycling economically challenging.

Recycling capacity doesn't match production. Plastic production continues growing while recycling infrastructure remains limited. The gap between what's produced and what can be recycled widens.

Corporate responsibility shifting occurs. Industry has promoted recycling as solution while producing ever more unrecyclable packaging. Focusing on consumer recycling behavior diverts attention from production decisions.

Incineration: Solution or Problem?

Waste-to-energy facilities burn waste to generate electricity. Proponents see this as recovering value while reducing landfill volume. Critics see it as enabling continued waste generation while creating new pollution.

Emissions concerns persist despite modern technology. While far cleaner than earlier incinerators, waste-to-energy facilities still emit pollutants. Siting near communities—often the same communities that host landfills—raises environmental justice concerns.

Competition with recycling may occur. If facilities need waste streams to operate profitably, they may compete with recycling for materials. Waste-to-energy can undermine waste reduction if it creates demand for waste.

Toward Solutions

Waste reduction at source is most effective. Preventing waste generation avoids all downstream problems. Extended producer responsibility, packaging reduction, and product design for longevity all reduce waste before it needs managing.

Domestic recycling infrastructure reduces export dependence. Building Canadian capacity to process recyclables keeps materials in the economy and creates jobs while reducing reliance on foreign markets.

Composting and organics diversion addresses major waste streams. Organic waste generates methane in landfills but can be composted into valuable soil amendment. Expanding organics programs significantly reduces landfill impacts.

Circular economy approaches keep materials in use. Designing products for repair, reuse, and recycling—and creating systems that support these—transforms waste from problem to resource.

Policy Approaches

Extended producer responsibility shifts costs to producers. When manufacturers bear costs of managing products at end-of-life, they have incentives to design for recyclability and reduction.

Bans on specific materials address worst offenders. Banning single-use plastics, certain packaging types, or materials that can't be managed responsibly removes them from the waste stream.

Deposit systems increase recovery rates. Products with deposits—like beverage containers in some provinces—have much higher return rates than products without. Expanding deposit systems increases material recovery.

Landfill regulations and fees change economics. When landfilling is cheap, it outcompetes alternatives. Regulations and fees that reflect landfilling's true costs shift economics toward reduction and recycling.

Citizen Actions

Reduction outperforms recycling. The waste you don't generate never needs managing. Reducing consumption, avoiding disposable products, and choosing durable goods all reduce waste more effectively than recycling.

Proper sorting improves recycling. Contaminated recycling often ends up landfilled. Taking time to sort properly and keep recycling clean improves chances of actual recycling.

Advocacy for system change amplifies individual action. Individual choices matter but can't solve system problems. Advocating for policies that address waste at source multiplies individual impact.

Conclusion

Canada's waste goes to landfills that burden communities and environment, to export destinations that shift problems elsewhere, and—less than we'd like—to recycling that recovers materials. Current approaches are unsustainable and unjust. Solutions require reducing waste generation, building domestic recycling capacity, composting organics, and creating circular systems that keep materials in productive use. Individual action helps but can't substitute for policy changes that address waste at its source. The question "where does it all go?" should prompt examination of why we generate so much in the first place.