Countries are negotiating a new global treaty to drastically reduce the plastic waste poisoning the world.
Plastic recycling doesn’t work, no matter how diligently you wash out your peanut butter container. Only about 15 percent of plastic waste is collected for recycling worldwide, and about half is discarded. That means just 9 percent of plastic waste is recycled.
The rest — some 91 per cent of all plastic waste — ends up in landfills, incinerators, or as trash in the environment. One report estimated that 11 million metric tons of plastic trash leaked into the ocean in 2016, and that number could triple by 2040 as the global population rises and lower-income countries develop. Plastic is everywhere: at the deepest depths of the ocean, on the tallest mountains, in hundreds of wildlife species, and even in human placentas.
It’s hard to imagine meaningful solutions to a problem of such epic proportions. Campaigns to ban plastic straws almost seem like a joke compared to the staggering amounts of waste produced by everything else we use — including the plastic cups those straws go in.
Now, however, there might be a reason to feel hopeful. Late last year, world leaders, scientists, and advocates started working on a global, legally binding treaty under the United Nations to end plastic waste. The second round of negotiations concluded last week in Paris with a plan to produce an initial deal draft.
This treaty could be massive. Although it will take months of negotiating for any details to become apparent, the agreement — set to be finalized by the end of 2024 — will require countries to do far more than fix their recycling systems. Negotiators will discuss options, including a cap on overall plastic production, bans on specific materials and products, including many single-use plastics, and incentives to grow an industry around reusable items. This treaty could transform entire chunks of the global economy.
As with any global deal, an ambitious agreement will face several roadblocks, some of which have already appeared. For example, certain countries, such as Saudi Arabia and the US, are pushing for voluntary terms that would allow them to continue investing in their petrochemical industries (plastic is a petrochemical).
Then again, the fact that global talks are happening at all is a big deal and reveals a shift in the politics around waste. “There’s a true willingness to tackle this problem,” said Erin Simon, vice president and head of plastic waste at the World Wildlife Fund, a prominent environmental group. “We’ve never seen so much progress.”
Here’s what a global plastic treaty could do and why anti-waste advocates are hopeful.
The plastic treaty will target the root of the problem.
Even if recycling weren't such a failure, it wouldn’t end plastic waste. Many items can’t be—or are not meant to be—recycled.
There’s no real way to fix the plastic problem without simply producing less of it, said Nicky Davies, executive director of the Plastic Solutions Fund. This group funds projects to end plastic pollution. “The first thing we need to do is turn off the tap,” Davies said.
That’s why this treaty is so significant: By conception, the agreement is meant to focus on the design and production of plastics, not just on what happens to plastic items after we use them. In other words, the treaty targets the entire life cycle of plastics.
What does that mean in practice? The agreement could, for example, include an overall cap on plastic. This would be a global target for reducing the production of new virgin plastic (which has no recycled content).
Such a target could mandate that, by a particular year, total annual plastic production cannot exceed the amount of plastic produced in some baseline year. It’d be kind of like targets to slash fossil fuel production to curb climate change — but for plastic polymers.
Bye-bye plastic takeout containers, probably
Whether or not the treaty includes an explicit limit on plastic production, it will almost certainly contain bans or restrictions on some materials.
Certain plastic chemicals are especially problematic and could be targeted by bans. Some flame retardants, for example, are linked to cancers and endocrine disruption; they can also make plastics hard to recycle. Several other additives and materials, such as polyvinyl chloride (PVC) and various kinds of PFAS (the so-called forever chemicals), are similarly dangerous to humans or ecosystems or make recycling difficult.
The treaty may also ban or restrict a wide range of common, problematic products, namely packaging and other single-use items, such as cups and cutlery.
Carroll Muffett, president and CEO of the Center for International Environmental Law, an environmental advocacy group, said these are an enormous part of the plastic problem. According to the Organisation for Economic Co-operation and Development, roughly 40 per cent of all plastic waste comes from packaging alone, and nearly two-thirds of it is from plastics with a lifespan of fewer than five years.
“These are materials that come into people’s lives that are often unnoticed, and they have useful lives measured in minutes or moments or, at best, months,” Muffett told Vox.
Researchers say the most immediate bans or restrictions on single-use plastics should apply to products that are most likely to leak into the environment and cause harm yet are relatively unnecessary. These include takeaway containers, chip bags, balloons, cotton swabs, disposable e-cigarettes, and tea bags. (A number of environmental organizations, including WWF, have lists of products that the treaty should prioritize.)
Speaking of unnecessary, the treaty may also restrict the use of certain microplastics. These are plastic pieces under 5 millimetres in length, which are either deliberately put in products like face wash or emitted unintentionally by things like car tyres and clothing. Scientists have found them everywhere they look, including in our blood and lungs, water bottles, and Antarctic snow.
Restricting these sorts of plastics isn’t a far-fetched idea. Several US states, including New York and California, have banned plastic bags. Meanwhile, the US, Canada, the UK, and other countries prohibit companies from selling shower gels and many other personal care products with plastic “microbeads” in them. The EU — home to some of the world’s strictest plastic regulations — prohibits many single-use items from entering the market, including plastic cutlery and straws.
Yet experts say these bans are not global, they’re not always enforced, and they don’t go far enough. That’s where the treaty could help.
Building out the “reuse economy”
Plastic is widespread for several obvious reasons. It’s lightweight, durable, and easily shaped, making it useful for a wide range of applications. Plastic is also incredibly cheap (even if government subsidies help offset some of the costs).
Should countries try to phase out single-use plastics, whether through a treaty or not, a key question is: What will replace them? In some cases, other materials like paper might be appropriate, although, of course, they can also produce waste.
Davies said a more sustainable solution is to build out what she calls the reuse economy: a system in which many single-use items, like plastic cups, are replaced by containers that are used repeatedly.
This model offers clear value where consumers buy and eat food in the same place, such as food courts, movie theatres, or music festivals. In a reuse economy, vendors would give customers reusable cups, which they would place in a bin before leaving the venue, unlike how you return trays at some food courts. There’d be central facilities on site to clean the cups and make them available to the next customer. (That means dishwashing would have to become more widespread.)
Transforming other parts of the economy, including the food delivery industry, is more challenging. However, restaurants often use the same kinds of plastic food containers across large cities like New York. Imagine if those containers were meant to be genuinely reusable; instead of throwing them out or recycling them, consumers could return them (via some bin, for example) to a central system that cleans the containers and restocks them at restaurants.
This would require significant investments in infrastructure by governments, private funders, and companies — not to mention some consumer behaviour changes — but there are plenty of examples of these sorts of reuse systems already working successfully. They’ve been around for decades. In Europe and parts of Africa, Asia, and Latin America, restaurants and other retailers commonly sell beer and soda in refillable glass containers. Customers will typically get a small deposit back when they return those items. (Upstream maintains a list of reuse policies in the US and abroad.)
The treaty could help fuel this approach by mandating global targets related to reusing containers, some of which already exist at a country level (in France and elsewhere). For example, it could set a minimum percentage of drinks that must be sold in reusable containers. The treaty could also help set standards for a sound reusable system and define what “reuse” means — considering that many plastic bags and other disposable items say they’re “reusable” even though most of us throw them out.
Davies says the reuse economy is essential to fixing the plastic problem — as necessary as renewable energy is for curbing climate change. “We need to build the reuse economy in the same way as we have built the renewable energy economy,” Davies said.
Better recycling will help, but it’s only a tiny part of the solution.
The treaty won’t spell the end of recycling. Plenty of plastics, such as toothbrushes or plastics used in hospitals, aren’t easily cleaned or reused by other people, so countries will still need recycling—but it requires significant improvements.
Some cities and countries lack sufficient, conveniently located recycling bins or facilities to process plastic. Even where that infrastructure does exist, recycling runs into all kinds of problems. Plastics in a bin of recyclables typically contain a slew of polymers, dyes, and other chemicals that don’t necessarily mix well together or, when combined, form low-quality plastic, according to a report by the Pew Charitable Trusts, a research organization. Some of those chemicals can also make the recycling process itself unsafe for waste workers, Davies said.
“Today’s plastic recycling system is failing us,” authors of the Pew report wrote.
Beyond eliminating harmful chemicals in plastics, a key solution is to encourage or mandate that companies design for recycling from the beginning. That means phasing out dyes and other additives that make recycled plastic worth less, using fewer types of polymers that can contaminate recycling streams, and so on. Better labelling is essential, too: You shouldn’t have to spend time Googling to figure out how to recycle something.
To encourage recycling, cities and countries can also build out “deposit return systems,” or DRS. In these schemes, customers pay a deposit when they buy a drink in a to-go bottle and get it back if they return the container (you may have seen these return machines by the entrance of some grocery stores). The treaty could mandate that countries require DRS for specific plastic containers.
The treaty could also set a minimum percentage for the amount of recycled plastic in a given product. That would make recycled plastic more valuable and, in turn, encourage more recycling. Again, such targets are not unprecedented: The EU requires that, by 2025, PET plastic drink bottles be made with at least 25 per cent recycled plastic.
(Treaty negotiators will consider a wide range of other ideas, such as eliminating subsidies for fossil fuels, setting standards for landfilling plastic, including workers' health, and weeding out misleading claims about compostable or biodegradable plastics.)
What countries will fight about
Treaty negotiations have only begun, yet some issues are already a source of tension. Perhaps the biggest one is whether targets under the treaty should be globally mandated — and apply to all countries — or voluntary and set by each nation individually.
A group of countries, including all EU members, Japan, and Chile, known as the high ambition coalition, is pushing for global targets, whereas the US, Saudi Arabia, and other big plastic-producing nations are advocating for national voluntary targets. (Those voluntary targets would be similar to those under the 2015 Paris Climate Agreement, which set the goal of limiting global warming to 1.5 degrees Celsius to combat climate change.)
“The number one thing I want is global rules,” said Simon of WWF. “Plastic pollution is integrated into our lives and these massive world markets. If we continue to address it fragmentedly, we will never be successful.”
Several other core issues will likely divide countries along similar lines, such as whether the treaty should cap virgin plastic production and what specific materials it should ban. Generally, major oil-producing nations and other petrochemical interests, such as chemical companies, like to talk about the benefits of recycling instead of taking steps to curb plastic production.
Funding will almost certainly be a divisive issue, as well. There’s a familiar tension during negotiations for global environmental treaties between wealthy and poor nations. In this case, lower-income countries are likely to argue that they should pay less — or be paid — to implement the treaty because they’ve contributed relatively little to the problem of plastic waste (and, in some cases, suffer most from it).
Could this treaty work?
Delegates from 175 countries finished the last round of negotiations in Paris with a clear objective: To develop a draft of the plastic treaty before November, when they’ll meet again in Nairobi, Kenya, for round three. The idea is to discuss the treaty's terms in detail, using the text (which they call a “zero draft”) as a starting point.
While UN treaty processes are often confusing and bogged down by bureaucracy, they’re one of our best defences against global crises. Plastic pollution is indeed an international crisis. It’s everywhere—in our forests, our mountains, our oceans, our wildlife, our bodies, and our children’s bodies. At least 85 per cent of all marine waste is plastic. Hundreds of chemicals in plastics pose potential risks to human health.
It remains unclear whether negotiators will be able to craft an ambitious treaty. Then, there will be questions about implementation. But the good news is that something similar has been done, albeit on a smaller scale.
In 1987, nearly 200 countries agreed to a global deal called the Montreal Protocol designed to phase out CFCs found in all sorts of products, from aerosol cans to refrigerators, which had put a hole in Earth’s ozone layer. The treaty worked. Today, 99 per cent of ozone-destroying chemicals have been phased out, and the ozone hole is almost fully repaired.
While the plastic problem is much bigger, global rules to phase out harmful materials can work. “This has been done before,” Muffett said. If world leaders take the problem of plastic pollution seriously, he said, “fundamental transformation is very, very possible.”
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