Bay Area group sues Coca-Cola over plastic pollution 'greenwashing'

A Bay Area environmental group is suing Coca-Cola for false advertising, accusing the multinational beverage corporation of “greenwashing” its image despite generating more plastic pollution than any other company in the world.The Earth Island Institute in Berkeley filed the lawsuit in the District of Columbia Superior Court this month, arguing that Coca-Cola cannot lawfully advertise itself as a sustainable or environmentally friendly company while generating millions of tons of plastic waste every year.
The complaint argues that the soft drink giant is deceiving consumers by using the word “sustainable” in its marketing and making unrealistic recycling claims.

“Coca-Cola will never be a truly sustainable company unless it moves away from its reliance on single-use plastic entirely, which it has no plans to do,” according to the lawsuit.

Coca-Cola spokesperson Ann Moore declined to comment on the lawsuit, but said in an email that the company recognized its “responsibility to help solve the global plastic waste crisis.” The company, she said, has committed to collecting “a bottle or can for every one we produce and recycle it” by 2030.

Chemicals in plastic wastes contaminate food chain – study

MANILA, Philippines — Burning and improper disposal of plastic wastes lead to contamination of the food chain, especially in developing countries like the Philippines, a global study showed.

In a study released by the International Pollutants Elimination Network (IPEN) with the environmental watchdog EcoWaste Coalition, it was shown how common disposal methods of plastic waste such as by burning and dumping, as well as their exportation, end up contaminating the food supply and threatening community health.

The study, titled “Plastic Waste Poisoning Food and Threatening Communities in Africa, Asia, Central and Eastern Europe, and Latin America,” involves analyzation of egg samples obtained from free-range chicken eggs in the vicinity of various plastic waste disposal sites and facilities from 14 countries.

The countries included in the study were Belarus, Cameroon, Czech Republic, Gabon, Ghana, China, Indonesia, Kazakhstan, Kenya, Mexico, Philippines, Tanzania, Thailand and Uruguay.

The egg samples were analyzed in European laboratories. The IPEN explained that egg analysis was employed for the study as eggs easily show traces of contamination with persistent organic pollutants (POPs) because of their significant lipid content where POPs like dioxins can accumulate and “because eggs from contaminated areas can readily lead to exposures that exceed thresholds for the protection of human health.”

For the Philippines, the egg samples were obtained near a hazardous waste incinerator in Trece Martires City in Cavite, and in a neighborhood in Caloocan City where electronic waste (e-waste) dismantling is taking place.

The egg samples were specifically analyzed for dioxin, a common byproduct of plastic waste open-burning, crude recycling, chemical production and incineration technologies. The eggs were also analyzed for the presence of other POPs, collectively known as “flame retardants” which have been banned or are in the process of being banned globally through the Stockholm Convention on POPs.

Based on the laboratory analyses, all the egg samples from the 14 countries contain various kinds of toxic chemicals “many of which are banned or regulated,” including chemical additives polybrominated diphenyl ethers, polychlorinated biphenyls (PCBs), short-chained chlorinated paraffins and unintentional byproduct POPs like dioxins.

The study found that the levels of dioxin and PCBs in eggs in some locations “were so high that residents could not eat a single egg without exceeding the health safety threshold limits for these chemicals established in the European Union.”

The “extremely high” levels of dioxin were specifically observed in the egg samples from seven African and Asian countries, including the Philippines. The report noted that egg samples from these countries were collected near facilities “where plastic waste is, or was either used as fuel or incinerated, often in combination with other waste.”

For instance, egg samples obtained near tofu factories using plastic waste as fuel in Tropodo, Indonesia had dioxin levels between 140 to 200 picogram (pg) toxicity equivalent (TEQ) g-1 fat, way in excess of the European Union’s limit of 2.5 pg TEQ g-1 fat for chlorinated dioxins in eggs.

Analyzed eggs from the Philippines, meanwhile, had dioxin levels ranging from 5.3 to 53 pg TEQ g-1 fat.

The experts involved in the study said that using non-combustion alternative methods, instead of waste-to-energy incineration technologies, for the treatment of hazardous waste and other wastes can prevent the creation of unintentional POPs formed during the burning process.

The study also called on the plastic industry to invest in safe plastic alternatives, eliminate toxic chemical additives to plastics, list plastic ingredients on labels, and create closed-loop systems that don’t create toxic waste.

“Dioxins and other POPs remain in the soil for decades or even centuries, creating a reservoir of highly toxic contaminants that poison the food chain now and will continue to do so for a long time into the future,” said Jindrich Petrlik, study co-author and Toxics and Waste program director of Arnika Association.

“This report confirms that the harm being caused by plastic waste exports is not limited to visible litter and pollution, but includes the insidious damage to human health caused by contamination of the food chain in importing countries. Toxic chemical additives and the world’s most hazardous substances are literally bleeding into the food supply of those countries least able to prevent it,” Lee Bell, IPEN’s policy advisor on POPs, added.

As for the Philippines, EcoWaste Coalition chemical safety campaigner Thony Dizon said the findings of the study strengthen their resolve to push for state policies against hazardous wastes.

“This global study provides advocates for a zero waste and toxics-free society in our country with critical data to justify strong policy solutions to curb plastic and chemical pollution, including a ban on hazardous waste imports such as electronic waste and plastic waste often disguised as scraps for recycling, a ban on non-environmentally acceptable products and packaging, and the enforcement of the ban on waste incineration, including proscribing burn or thermal waste-to-energy technologies,” Dizon said.

Drones are helping to clean up the world's plastic pollution

The problem is so far-reaching it’s hard to know where to start cleaning it up. But UK-based startup Ellipsis Earth believes it can help. Using drones fitted with cameras, Ellipsis maps the location of plastic pollution. Through computer software and image recognition, it’s then able to identify the type of plastic, its size, and in some cases, even the brand or origin of the trash. This data can be used to inform solutions.Ellipsis uses image recognition software to map trash. (courtesy Ellipsis Earth Ltd)”We would be able to find out that ‘Beach X’ has a ton of fishing nets and discarded lobster traps, whereas ‘Beach Y’ has a ton of hygiene and sanitation wet wipes,” says Ellie Mackay, Ellipsis founder and CEO. For the Beach X scenario, “we need to speak to the fishing industry and get some regulation around dumping of ghost nets,” she tells CNN. Whereas for Beach Y, “it’s about educating people not to flush things down the toilet and speaking to local sewage outlets.”The technology allows Ellipsis to carry out a survey in a matter of minutes — much faster than the typical method on foot. Mapping the worldThe startup, which was officially founded in 2019 following several years of research and development, has undertaken projects all over the world — from the UK coastline to the banks of the Ganges river in India. The project that hit home most for Mackay was in the Galapagos Islands, roughly 620 miles off the coast of Ecuador. “There are coastlines there that have not changed since [Charles] Darwin set foot on those beaches, all those years ago,” she says. “The only difference — the only evidence that man exists — is in the plastic all over the beaches.”Data gathered by Ellipsis in 2017 and 2018 found that on one of the most remote beaches in the area, you are never more than 43 centimeters (17 inches) away from a piece of trash, says Mackay. But such shocking data has led to action. Since the Ellipsis baseline survey, Mackay says that Galapagos authorities have introduced a ban on single-use plastics, including Styrofoam takeaway containers and plastic bags, across the archipelago. While the majority of plastic that washes up on the islands’ shores comes from elsewhere (most of the islands are uninhabited and the population is only around 25,000), the ban extends to tourists and service providers. Another Ellipsis project based in Sorrento, Italy, surveyed cigarette butt littering, leading to an education campaign and more strategic placement of bins and ashtrays across the town. According to Ellipsis, the campaign has resulted in a 70% reduction in cigarette littering.Meanwhile, the startup’s ongoing project in Bournemouth, UK, will inform the local council of trash hotspots, so that it can provide extra bins or alter street cleaning schedules. Richard Thompson, professor of marine biology and director of the Marine Institute at the University of Plymouth in the UK, says that this solution-based approach to gathering data is vital.While there is plenty of evidence to prove that plastic pollution exists worldwide, there is still a lack of targeted data that can be used to inform effective solutions, he says.Tech evolutionThe use of aerial imagery to map plastic pollution is not new. Thompson recalls a time before drones, when scientists experimented with sending up balloons with cameras attached to take aerial photos of beaches. More recently, the European Space Agency used satellites to identify plastic pollution. “But what’s happening here is that the technology for drones and also the image resolution has improved quite substantially over time, making it much more viable,” says Thompson.Mackay agrees. “Drones are a game changer for environmental monitoring. They allow us to survey an entire stretch of coastline … in a few minutes,” she says, adding that Ellipsis technology can automatically detect 47 categories of trash items with more than 95% accuracy.However, there are limits to what the Ellipsis technology can detect. Microplastics — plastic particles smaller than five millimeters, of which at least 14 million metric tons are estimated to be sitting on the ocean floor alone — cannot be identified.But Mackay argues that by focusing on tracking and mapping larger plastic items they are helping to solve the problem at its root. “If you collect one plastic bottle, that’s 25,000 potential microplastic pieces in the future,” she says. Thompson believes this is the right approach. He says the majority of plastic entering the ocean is in the form of bigger waste items that later break down. “That’s really the place where you want to intervene and the place where you want the data. It’s far simpler to count and identify the microplastics of the future,” he says, adding that different techniques will be required to quantify plastic particles — such as microbeads from cosmetics — that are already small when they enter the environment.Ultimately, Mackay’s goal is not to stop the use of plastic altogether — she recognizes what an “amazing” and useful material it is — but rather to improve management of it. “By mapping trash around the world, we’ll be able to target our solutions effectively,” she says, creating a “lasting impact through behavior change and education, (so) that we’ll be able to minimize the amount of mismanaged waste.”#video_1606835203041{margin:20px 0;}#video_1606835203041 video,#video_1606835203041 img{margin: 0; position: relative; width: 100%;}.cap_1606835203041{-webkit-font-smoothing:antialiased;padding:0 0 5px 5px; font-size:16px; color:#595959;}.cap_1606835203041:before{content:””;display: block;height: 1px;margin-top: 10px;margin-bottom: 10px;width: 80px;background-color: #C5C5C5;}.cap_1606835203041 >span{color:#C5C5C5;}@media(orientation:landscape){.video_1606835203041{display:block;}.Mvideo_1606835203041{display:none;}}@media(orientation:portrait){.Mvideo_1606835203041{display:block;}.video_1606835203041{display:none;}}

Lego develops first bricks made from recycled plastic bottles

Lego has unveiled its first bricks made from recycled plastic bottles and revealed that it hopes to include the pieces in sets within two years. The Danish company, which takes its name from the Danish words for “leg godt”, meaning “play well”, makes billions of bricks a year, most of them from a plastic called …

The plastics you throw away are poisoning the world's eggs

Eggs eaten by some of the world’s poorest people are being poisoned by plastic waste from rich countries like Canada and the U.S., new research has found. A suite of harmful chemicals are added to plastic and food packaging to give them desirable traits, like grease resistance or flexibility. When they burn or break down, these chemicals contaminate the surrounding environment and animals living or feeding nearby.Chickens can absorb the chemicals by drinking contaminated water or eating contaminated worms and insects. Eggs are particularly sensitive to containing toxic chemicals and are commonly consumed by people, according to the report produced by the International Pollutant Elimination Network (IPEN), a global coalition of environmental organizations. Get top stories in your inbox.Our award-winning journalists bring you the news that impacts you, Canada, and the world. Don’t miss out.The problem is most acute for people in low- and middle-income countries at the receiving end of the multibillion-dollar global trade in plastic and electronic waste. According to the recent study, which was not peer-reviewed, people eating free-range eggs raised near 25 plastic waste dumps and recycling centres in 14 low- and middle-income countries are exposed to levels of toxic chemicals far beyond safe limits to human health. “I’m really impressed,” said Max Liboiron, a professor of geography at Memorial University who specializes in plastic pollution. (Liboiron was not involved in the research.) “These folk are looking at the mixing of plastic and e-waste in the actual conditions that the waste occurs, they’re looking at the way people actually eat eggs … and they’re looking at a range of chemicals (that) exist in the real world.” What people are reading It’s a “really, really rare” approach, Liboiron explained, as most research into the toxicity of plastics only looks at a select few chemicals in a laboratory setting. That can make it difficult to assess the full impact plastic waste disposal and recycling have on human health and the environment. The problem is exacerbated by the chemicals’ tendency to change — and often become more toxic — when exposed to heat, light and other chemicals and metals. “The chemical that goes into plastic isn’t necessarily the same chemical that comes out. It can change when you expose it to air, water, different pH, different salinities,” explained Imari Karega Walker, a PhD candidate at Duke University studying the environmental impact of plastic additives. Those factors can create a suite of chemicals that fly under industry and government safety checks on new plastic products, yet pose a danger to the environment and human health, she said. The IPEN study looked at some of those compounds in its broad assessment of persistent organic pollutants, like carcinogenic dioxins and biphynols produced from burning plastic waste, for instance.The study’s choice to assess recycling sites as well as open landfills is also important, Liboiron noted. For years, the global plastics industry has promoted recycling as a sustainable and safe way to dispose of harmful plastics. The findings point out that those promises may not be accurate. Furthermore, they highlight the ongoing problems arising from rich countries’ waste exports to the developing world. Eggs eaten by some of the world’s poorest people are being poisoned by plastic waste from rich countries like Canada and the U.S., new research by @ToxicsFree has found. #PlasticWaste “A lot of our waste management systems rely on exports … the U.S., U.K., Europe (and Canada) don’t have a functional waste infrastructure,” Liboiron explained. “(We’re) implicated, because it’s quite literally our waste.”Earlier this year, Canada officially entered into the Basel Convention’s plastic agreement, a global treaty restricting the international trade in plastic waste. However, critics have noted that in fall 2020, the federal government quietly signed an agreement with the U.S. to allow the free flow of plastic waste between the two countries. Roughly 93 per cent of Canada’s plastic waste exports go to the U.S., according to data by the Basel Action Network (BAN), an environmental organization. Because the U.S. isn’t a signatory to the treaty, it can export Canadian plastic garbage to poorer countries.Each month, about 25.7 million kilograms of plastic waste — mainly low-quality, unrecyclable plastic of uncertain origin — leaves U.S. shores for countries like Malaysia, Mexico and Vietnam, BAN reports. While countries have in recent years tried to stem some of the flow, which is technically illegal, many have had trouble stopping the import of trash from overseas.In theory, if the receiving country has signed the Basel Convention — as 188 countries have — it can’t accept the waste without a bilateral agreement with the U.S. However, economic pressure and a lack of enforcement can make it nearly impossible to stem the flow, according to a December investigation into the issue. “The whole thing can be understood as waste colonialism,” Liboiron said. “It’s our export of waste to other places, but the reason they import our waste is because of existing colonial legacies where we’ve taken out anything else of value already, and now their most viable choice is to import our (trash).”

Nick Dormon: How can we redesign pill packaging to be accessible and sustainable?

Blister packs were a major innovation when they debuted, but it’s time to acknowledge that they’re hard for some people to open and that they create enormous amounts of waste. There has to be a better way.
[Photos: Anastasiia_Guseva/iStock, khuntapol/iStock]
By Nick Dormon 5 minute