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An old-school plan to fight plastic pollution gathers steam
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plastic recycling sorter

A conveyor belt carries mixed plastic to a sorter in a recycling facility in San Francisco, California.

Photograph by Randy Olson, Nat Geo Image Collection

# An old-school plan to fight plastic pollution gathers steam

Companies like Coca-Cola used to collect 98 percent of their bottles, and new entrepreneurs are learning from their tactics.

ByLaura Parker

February 24, 2020

•13 min read

Trenton, New Jersey — In the flood of innovative solutions that have emerged in the last several years to save the world from plastic pollution, Tom Szaky’s fix may be one of the most audacious.

Don’t misunderstand. He has not tried to come up with yet another formula to make plastic magically biodegrade like leaves on the ground, a goal of many entrepreneurs that remains elusive. Nor has he devised new ways to remake disposable plastic packaging into new plastic packaging.

Instead, Szaky has gone old school with a concept that dates to the turn of the last century—returnable, refillable containers. The idea was introduced to the world by Coca-Cola in the early 1920s, when Coke was sold in expensive glass bottles that the company’s bottlers needed back. They charged a two-cent deposit, roughly 40 percent of the full cost of the soft drink, and got about 98 percent of their bottles back, to be reused 40 or 50 times. Bottle deposit programs remain one of the most effective methods ever invented for recovering packaging.

a reusable pint of ice cream

This refillable steel Häagen Dazs ice cream container is from Loop, a company that packages everyday items into reusable containers.

Photograph courtescy TerraCycle/Loop

Ten months ago, Szaky launched Loop, an online delivery service that uses sturdy, reusable containers. The bold part of his venture—or risk, if you are one of his financial backers—is that Loop pushes far beyond the uniformity of returnable beverage bottles and sells more than 300 items, from food to laundry detergent, in containers of various sizes and made from various materials. His signature product is Häagen-Dazs ice cream that comes packed inside a sleek, insulated stainless steel tub guaranteed to prevent its contents from melting.

Slightly disheveled in jeans and a hoodie, Szaky looks every bit the millennial entrepreneur. Now 38, he dropped out of Princeton 17 years ago to become an innovator in the garbage business. He founded TerraCycle, a small waste management company, 10 miles from the Princeton campus.

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He figured out a way to recycle diapers, cigarette butts, and a long list of other non-recyclables. In time, he became more interested in restoring the circularity of that earlier era and eliminating the disposability from packaging altogether.

“Loop’s theory is let’s learn from the past and go back to a model where when you buy your deodorant, you’re borrowing the package and just paying for the content,” he says.

Loop is part of the resurgence of refillables as a serious option to plastic waste. The beverage industry is expanding its use of returnable bottles; an Oregon brewery claims to have started the United States’ first state-wide refillable beer system. More significantly, efforts like Loop’s to reinvent packaging for products that don’t fit easily into the refillable category have attracted startups and some of the world’s largest corporate players.

Starbucks and McDonalds are partnering in a pilot program in California known as the NextGen Cup Challenge to sell coffee in reusable cups. If it works, the companies could spare the world the remains of billions of paper cups lined with a thin film of plastic that prevents leakage.

And in Chile, a small startup called Algramo is working to replace single-serving packets known as sachets that are sold by the billions in Africa and Asia. The concept was to make coffee, toothpaste and other products affordable to impoverished people who couldn’t afford to buy in larger amounts. Sachets are mostly not recyclable and have made the glut of plastic litter in those nations worse. Algramo, whose name means “by the gram” in Spanish, is creating a vending machine system to dispense food and cleaning products into reusable containers. Last December, it won the National Geographic and Sky Ventures Ocean Plastic Innovation Challenge’s prize for using circular economy principles and a $100,000 purse.

As Szaky tours Loop’s warehouse, where newly filled containers are shipped out and returned empties taken in, he notes the irony that this age-old method has only flowered again because waste has become a global crisis.

“Five years ago, we couldn’t have done this,” he says. No one would have signed on. Not consumers, who pay a healthy, refundable deposit. And not the companies he’s convinced to join his experiment.

Consumers and product retailers might have laughed at the idea as too unrealistic and inconvenient, neither being the ingredients for success.The shipping expenses alone, which involve up to six transfers, would have given investors pause.

Then, almost overnight, the game changed. Szaky pitched his idea to the World Economic Forum in Davos, Switzerland, and convinced Nestle, Unilever, Proctor & Gamble, Coca-Cola and PepsiCo, among others, to sign on.

## A spotlight on plastic waste grows

It’s easy to lose sight of how quickly the landscape of plastics has shifted. Only a decade ago scientists and plastic manufacturers and retailers were still arguing about whether disposable plastic was even a serious issue.

In 2011, when Ocean Conservancy met with scientists, activists, and plastics industry executives in an effort to set up what eventually became, in 2012, the Trash Free Alliance so all parties could work together, no consensus on the issue existed.

“There was the question, is this just unsightly or a real problem?” recalls George Leonard, the conservancy’s chief scientist. “People retracted back into their corners. The NGOs said, ‘The world is coming to an end,’ and the industry sector said, ‘We don’t think it’s a problem.’”

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The debate effectively ended with publication in 2015 of the first solid numbers showing plastic waste washing into the ocean at an average rate of 8.5 million tons a year. The years that followed produced a glut of anti-plastic campaigns, bans of shopping bags and other products, pledges by retailers to use more recycled plastic in new packaging, industry investment in recycling facilities, and cleanups of existing waste.

A count of scientific studies assembled by Richard Thompson, the British marine scientist who coined the term microplastics, reveals how rapidly plastic came to be considered an environmental crisis. In 2011, the year of Leonard’s meeting, 103 scientific studies containing the words “plastic” and “pollution” were published. The count in 2019, using the same code words, was 879 studies.

“Thank goodness we’re over the hump,” says Chelsea Rochman, a marine scientist at the University of Toronto who is leading a working group of scientists trying to sort out which of the various solutions are most effective. The consulting firm Systemiq, with offices in London, Munich, and Indonesia, is also making a similar assessment. The results of both projects may further shape the debate on how to proceed.

In the meantime, it helps to consider where things stand today: Of the 9.2 billion tons of plastic ever manufactured, 6.9 billion tons have become waste. Most of that—6.3 billion tons, or to put it another way, a whopping 91 percent—has never been recycled. The number seemed so shocking that the UK’s Royal Statistical Society named it the international statistic of the year in 2018. That’s the same year that China stopped buying the world’s waste, and recycling has only become more troubled since.

Beyond recycling, 12 percent of plastic waste is incinerated, mostly in Europe and Asia. About 79 percent goes to a landfill or leaks into the natural environment. As a measure of how quickly plastic production accelerated in recent decades, half of all plastics ever made has been produced since 2000. Production is projected to double in the next 20 years, according to a 2016 report by the World Economic Forum.

Finally, plastic is exceedingly cheap to make. And its low cost is one of the main impediments to developing an economically viable, global system for recycling or otherwise disposing of plastic waste.



5:45

“Recycled and reclaimed plastic has little value. Virgin plastic is cheaper to make,” Leonard says. “Why would you do anything else other than make more new plastic? It’s not a good business decision to do anything else.”

## Back to the future

Aside from the economics, most of the solutions that might reduce plastic waste are hobbled by a passel of problems: still-to-be-solved technical challenges, misinformation, a lack of uniform standards that leaves consumers confused. Biodegradables often don’t actually biodegrade, especially in the oceans, where they’re much more likely to fracture into microplastics. Most compostables need very high heat to break down, requiring processing in special, industrial composters. Compostable material will not biodegrade, for example, in landfill. The two terms are often used interchangeably by consumers, but are not the same. Material labeled biodegradable can contaminate compostable material if added to the mix.

a compostable six-pack ring

A compostable six-pack ring made from brewery waste.

Photograph by Mark Thiessen, Nat Geo Image Collection

A group of one hundred percent compostable utensils

A group of one hundred percent compostable utensils.

Photograph by Rebecca Hale and Mark Thiessen

Mechanical recycling, which involves grinding plastic waste into small bits that are melted and remade into new plastics, is also easily contaminated by incompatible types of plastic, dirt, and food residue. Plastics reprocessed by this method can only be remade so many times before losing strength and other characteristics.

Chemical recycling, which returns plastics to their requisite molecules, alleviates much of both problems. Industry analysts regard it as the option showing the most promise, and the numbers of companies involved in developing chemical recycling is growing. But it’s still a big bet. It’s expensive and questions remain as to whether it can be scaled up enough to make a difference.

In any event, both forms of recycling, as well as composting, are dependent on what remains the most dysfunctional component of dealing with plastic waste: Someone has to collect it all and sort it.

Loop first launched last May in and around New York and Paris. It plans to expand to the UK, Toronto, and Tokyo later this year, and to Germany and Australia in 2021. The product line, Szaky says, grows by one or two a week and a new retailer joins, on average, once a month. Because consumer behavior is very hard to change, Szaky thinks the refillables business must come as close as it can to mimicking the ordinary shopping experience. He has partnered with Walgreens and Kroger to set up aisles of refillables, similar to bulk food aisles, making refillables even more convenient to use.

As technicalities of handling plastic waste are eventually resolved, it is the consumers who may become the toughest challenge of all. Plastic as a material is not the villain, but the way it’s used, he says, and the idea of single-use plastic is a concept that is now 70 years old.

He poses a rhetorical question: “What do we as shoppers care about? Convenience, affordability, and performance. Not one of those three things has anything to do with sustainability.”

He argues that consumers are the most important actors in sorting out the plastics mess, with the ability to effect corporate change with their wallets.

“We vote blindly, day after day after day, with money, telling companies what we want, and we need to take that seriously,” he says. “We should buy less and make sure the things we buy are circular.”

Editor's note: This story was corrected to clarify the amount of plastic produced since 2000.

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