Sustainable Alternatives to Plastic Packaging

How Switching to Sustainable Packaging Can Reduce Plastic Waste

Plastic usage has been a topic of major discussion in recent years, with plastic waste filling oceans and waterways around the world. A recent study found that the United States generates the highest amount of plastic waste of any country, with an estimated 287 lbs per person per year, with a significant increase since the COVID pandemic. In the US – as well as in the rest of the world – a primary source of plastic waste is single-use packaging materials, including everyday packaging like single-use food and beverage containers, as well as plastic materials from shipping. Limiting our personal plastic usage is an important step in mitigating the plastic crisis, and we can start by altering our daily choices.

In recent years, consumers and vendors alike have changed their packaging habits, taking advantage of the many options for sustainable alternatives to everyday packaging, as well as sustainable shipping materials. Biodegradable and recyclable materials have become widely available, with packaging options now extending to recyclable and recycled materials, and even plant-based plastics that will safely compost at home or in commercial facilities.

Whether you’re a business owner looking for sustainable shipping materials or you’re just looking to reduce your everyday packaging waste, read on to learn about sustainable alternatives to plastic packaging.

Table of Contents

Alternatives to Plastic

Food and Beverage Containers

Sustainable Shipping

Alternatives to Plastic Packaging: An Overview

Single-use plastic has become a major part of our day-to-day lives, with millions of pounds of waste entering landfills and waterways every year. Fortunately, there are a growing number of sustainable alternatives that are affordable and have minimal impact on the environment, including:

  • PLA plastics – A type of bioplastic derived from sugarcane and corn. Unlike traditional plastics, PLA plastics do not come from fossil fuels and will naturally break down over time. This versatile material is relatively inexpensive and produces no harmful toxins when it’s burned or melted.
PLA from corn - Plastic Education
  • Biodegradable fibers – Typically made from paper pulp or sugarcane, these can commonly be composted at home or in industrial composting facilities.
Sugarcane-bioplastic-Plastic Education
  • Recyclable papers – Paper materials are becoming widely popular in shipping, replacing traditional styrofoam fillers. These can easily be recycled, and are commonly made from recycled material for minimal environmental impacts.
Paper pulp-recycled paper cups - Plastic Education
  • Glass – Glass products can be recycled indefinitely and produce far less greenhouse gas emissions than oil-based products. New types of glass are also more durable and resistant to temperature changes, making long lasting products that don’t have to be replaced.
Recycled glass-new bottles and jars Plastic Education
  • Bamboo – Bamboo is a sturdy, versatile plastic-like material that is environmentally friendly to produce and can be composted at the end of the product’s life.
Bamboo-bamboo products - Plastic Education
  • Mushroom – Mushrooms make a versatile and fully compostable material, typically used as packaging fillers.
Mushroom-packaging foam fillers - Plastic Education

Food and Beverage Containers: Ditching the Plastic

Single-use food and beverage containers are a major source of plastic pollution, with an estimated 14.5 million tons of plastic waste generated annually in the form of beverage containers, bags, and food packaging.

Plastic packaging can be reduced in a variety of ways, from businesses to individuals and at-home to on-the-go purposes.

Reducing Plastic Packaging for Businesses

One of the best ways businesses in the food industry in particular can reduce their plastic footprint is by switching to sustainable takeout containers.  While styrofoam containers have become significantly less prevalent in recent years, many restaurants still package their takeout orders in plastics. When looking for sustainable alternatives to plastic packaging, there are fortunately many options to best suit your business’s needs.

Biodegradable Papers

Biodegradable packaging is typically made from various paper and plant pulp, and can commonly be decomposed in industrial facilities or at-home composters. A major problem with recyclable plastic containers is that residual food waste can decrease their viability for recycling, even when cleaned off. However, biodegradable paper containers can be composted regardless of residual food waste.

One drawback with these materials is that they may not be as sturdy as other packaging materials. Paper pulp can be flimsy, especially when holding hot or heavy contents.

PLA and Bio-Plastics

Bio-plastics are materials sourced from plants, typically made out of sugarcane or cornstarch, that have the look and feel of traditional plastics. Unlike petroleum-based plastics, though, these materials don’t produce greenhouse gases during their production or break down into harmful residual chemicals. However, a downside of bio-plastics is that they may not always be fully biodegradable. Bio-plastics that end up in landfills rather than industrial composting facilities may never fully break down, and because these materials look the same as traditional petroleum-based plastics, many users may not know how to discard them properly.

PLA plastics, also known as polylactic acid plastics, are a type of bioplastics derived from corn, plant sugars, and resins. These produce up to 75% fewer greenhouse gases than traditional petroleum plastics during their production, and biodegrade in industrial composting facilities. Similar to other bio-plastics, this material is slow to break down in natural conditions – if at all – and needs to be sent to a facility for its disposal.

However, bio-plastics and PLA plastics are both sturdy, sustainable materials that make adequate substitutes for traditional plastic, and as they grow in popularity, their prices are rapidly decreasing.

Reducing Plastic Packaging at Home

Reducing our personal plastic consumption is an important step to reducing global plastic waste. At-home food containers can be a major contributor to plastic waste, with single-use or nondurable containers ending up in landfills. By switching to sustainable alternatives for at-home packaging, individuals can reduce their plastic consumption while simultaneously reducing their exposure to harmful chemicals commonly found in low-quality plastic containers, including: 

At-home plastic reduction comes in multiple forms, including food and beverage containers, which can be produced in a variety of sustainable materials.

Read about biodegradable alternatives to plastic bags here: 5 Best Biodegradable Alternatives to Plastic Bags

Glass

Glass is a sustainble, durable material that produces far fewer greenhouse gas emissions than plastics, and can be recycled indefinitely. Glass containers with bamboo lids are growing in popularity for beverage containers like water bottles and tumblers, as well as food containers as they can withstand heat and are long lasting.

Borosilicate glass is a recently developed style of glass that is specifically designed to be resistant to thermal shock. This durable glass is perfect for freezing or reheating meals and holding hot or iced drinks, and is extremely difficult to shatter. Its durability helps it last far longer than traditional glass or plastic materials, making it perfect for those of us trying to reduce their overall consumption.

Read about sustainable alternatives to plastic water bottles here: Plastic Bottle Alternatives: Best Eco-Friendly Water Bottles

Bamboo

Bamboo is a sturdy, sustainable material that can have a look and feel similar to plastic without the harmful greenhouse gas emissions and the lasting waste. Bamboo is also biodegradable, typically in industrial composting facilities, though some products may be compostable at-home. Since bamboo plants are fast-growing and don’t require pesticides or irrigation, they’re one of the most sustainable materials in the world.

This versatile material is great for both food and drink containers. Bamboo has extremely high tensile strength, making it resistant to breakage and wearing, and it’s durable enough to hold hot or cold food and beverages for long periods of time.

Sustainable Shipping: Mailing Plastic-Free

Another significant source of plastic packaging stems from shipping materials. The sustainability of shipping materials has greatly improved in recent years, with styrofoam fillers and disproportionately large packaging largely becoming a thing of the past. However, as international shipping and consumption rates increase worldwide, it’s more important than ever to ensure our shipping materials are sustainable.

Efforts towards sustainable shipping can be taken by both businesses and individuals. With a growing popularity and awareness of sustainable alternatives to plastic packaging, finding and affording eco-friendly packaging is easier than ever. Recycled cardboard, plant-based plastic bags, and mushroom packaging are just a few of the best alternatives to plastic packaging for shipping.

Recycled Cardboard

Most packaging boxes are made of cardboard, which can easily be recycled or decomposed. However, recyclable and recycled materials can extend to other aspects of sustainable shipping as well. Recycled cardboard has become a common replacement for styrofoam packaging peanuts as void fill, which protects packages inside the box. This can also be used as a substitute for plastic bubblewrap in the form of corrugated wrap. Corrugated wrap is made from up-cycled cardboard and is great for cushioning fragile materials like bottles and glasses.

Made from organic materials, cardboards and papers can be recycled multiple times before they have to be disposed of, and are biodegradable when they reach the end of their viability.

Plant-Based Plastic Bags

If a package doesn’t come in a cardboard box, the alternative is most likely a plastic bag. Recycled and up-cycled plastic bags are a good option, but those bags will still end up in the landfill – or waterways. Luckily, there’s a growing popularity of plant-based plastic bags made from biodegradable material. These bags can be made from any number of sources, including corn starch, sugar cane, and PLAs. These quickly break down in industrial facilities, with little to no traces left in less than six months. Some can even be composted at home.

These biodegradable plastics extend to void fill as well, with many companies incorporating plant-based air pillows into their shipping.

Read about sustainable alternatives to plastic bags here: Where to Buy The Best Biodegradable Plastic Bags

Mushroom Packaging

A new innovation, mushroom packaging is becoming wildly popular as a sustainable packaging material. Mushroom packaging is made primarily out of hemp, mushrooms, and other agricultural wastes, and can be molded into any shape for the perfect package protector. This material breaks down more easily than any other sustainable material, and can be composted at home without the need for an industrial facility; in the case that this packaging winds up in the ocean, it will break down on its own in a matter of weeks.

Mushroom filler is made out of entirely natural products from agricultural waste, so no resources or excess land use is necessary to produce it, making it one of the most sustainable options available.

Packaging is a major part of our everyday lives, yet often goes unaddressed when trying to improve our plastic footprints. By making small changes in our daily plastic habits and taking advantage of new innovations for sustainability, we can significantly cut back on our personal plastic usage.

Colorado’s lead composter imposes stricter accepted materials rules to curb contamination

Dive Brief:

  • A1 Organics, Colorado’s largest composter, is changing its accepted materials list to be more restrictive. The goal is to reduce the growing amount — currently 10% — of material it receives that is too contaminated to effectively process while maintaining final compost product quality standards. 
  • Only food scraps and yard and plant trimmings will be accepted starting April 1. Traditionally accepted fiber materials like paper towels and coffee filters no longer will be accepted, and neither will packaging or service ware — even if it is labeled “compostable.” The only food and yard scrap collection bags that will be allowed are three gallon versions certified by the Compost Manufacturing Alliance.
  • Nonprofit recycler Eco-Cycle is among the organics haulers and municipalities that are working with A1 Organics to educate customers about which items to put in curbside compost bins to prevent contaminated loads from being sent to landfill.

Dive Insight:

As curbside organics programs have expanded across the U.S., so too has contamination. Bits of glass, plastic and metal are commonly cited contaminants. A1 Organics says that these fragments in the final compost product affect resale quality, and contaminated compost can’t be sold to certified organic farmers. And debate grows over whether or not compostable packaging does, in fact, break down or if it is a contaminant.

“Contamination is a serious problem,” said Rhodes Yepsen, executive director at the Biodegradable Products Institute, via email. “It’s about keeping the wrong items out of compost bins like glass and conventional plastics, all of which BPI supports through its labeling requirements, consumer testing, and a national public policy program.”

Last summer, A1 Organics began inspecting all incoming truckloads and rejecting those with unacceptable levels of contamination. It said in last week’s material change announcement that contaminants can’t effectively be removed from a mixed load, so the presence of contamination requires the entire load to be rejected.

Colorado nonprofit recycler Eco-Cycle cautioned in a newsletter last week that haulers who see unacceptable items in customers’ curbside carts may choose to not collect them. “We share your concern with this strict new standard. We also fully support it as a means for A1 Organics to create a high-quality compost product made from clean compost materials,” it stated.

More organics program operators are questioning the viability of continuing to collect commonly accepted fiber and “compostable” products. The University of Wisconsin-Madison had a composting program since 2009 that was canceled in 2021. The organics processing equipment for years struggled with non-organic items, as well as paper items that slowed down the system. And in 2019, Oregon composter Rexius stopped accepting compostable packaging due to its inability to effectively handle the resulting contamination.

Although one objective of compostable packaging is to reduce contamination from other types of packaging in compost, A1 Organics says not all of these items break down fully or as quickly as needed — even those labeled as “certified” compostable. The company’s material change announcement states that traditional certification standards “measure compostability based on laboratory conditions, not actual field conditions. Meaning some ‘compostable’ items don’t fully compost with our technology.”

BPI provides third-party certification for compostable products, and Yepsen says the product certification is sound. 

“BPI certified products have been used successfully in composting programs across North America for decades, breaking down completely, boosting food scrap diversion rates, and even reducing contamination,” he said. “The US Composting Council has resources for composters to navigate the decision to accept compostable products, looking at operating conditions, equipment, market needs, economics, etc., but the science of compostability and validity of BPI’s certification are not in question.”

Organics companies and municipalities are investing in new processing equipment to produce a cleaner compost product. Phoenix Public Works installed a “depackager” at its composting facility last fall to separate food and beverages from their packaging, which eliminates manual sorting. And Teton County Integrated Solid Waste and Recycling in Wyoming recently received $300,000 in grants to pilot an air knife density separator, which separates small, light, unpickable items like stickers.

The cities of Boulder and Denver are helping to spread the word to residents about the changes to the region’s composting programs. Last fall, Denver voters approved an ordinance that expands the city’s composting program and requires that apartment complexes and a variety of food waste-producing businesses begin offering composting options. Last year, an extended producer responsibility law for packaging passed in Colorado; it included clauses related to composting, including clarifying funding to support contamination reduction in composting and to support the processing of compostable packaging.

Interested in more packaging news? Packaging Dive is launching March 27. Sign up today.

Is biodegradable better? Making sense of 'compostable' plastics

Bacardi rum bottles, Skittles sweet wrappers, designer water bottles — a bevy of companies are developing biodegradable plastic packaging they say is better for the environment than traditional plastics.

While experts agree we should use less plastic in any form, some say as long as plastics are here to stay, we should be using degradable materials — and also pushing governments to help us dispose of them.

But amid confusion about what is or isn’t biodegradable, and in the absence of proper disposal facilities, some fear these “magical” solutions could lead to further environmental havoc and even encourage more wasteful consumption.

“People tend to believe they’re contributing to the protection of the planet while buying these products, but it’s not at all the case,” said Gaelle Haut, EU affairs coordinator at Surfrider Foundation Europe.

Synthetic petrochemical plastics can linger in the environment for hundreds of years.

Biodegradable plastics generally break down quicker but they do need to be disposed of correctly, whether it’s in an industrial compost facility or a home compost, Haut said.

But most people don’t have access to such facilities, meaning biodegradable plastics generally end up in recycling centers or landfills — or worse, the environment.

‘A lot of confusion’

From the United States to Europe to China, supermarket shelves are increasingly stocked with items packaged with “bioplastic” or “biodegradable,” “compostable” or “sustainable” plastics.

Some companies even claim to have developed edible plastics.

Many governments don’t regulate such claims, and most consumers don’t know what they mean.

Bacardi says its biodegradable bottle for spirits will hit the shelves this year. Confectionery giant Mars-Wrigley has announced the roll-out of biodegradable Skittles packaging in the United States.

And late last year, California startup Cove launched what it said was the world’s first biodegradable plastic water bottle.

None of the firms responded to requests for interviews.

Several companies have emerged in recent years to help certify biodegradability claims and help consumers make sense of the terminology.

“There is a lot of confusion on the market,” said Philippe Dewolfs, business manager at TUEV Austria, one of the world’s leading certifying agencies for biodegradable plastics, which is paid by companies to assess materials.

Counterintuitively, bio-based plastics are not necessarily compostable or biodegradable, he said.

These plastics contain at least some biomass feedstock like corn, potato starch, wood pulp or sugarcane — but may also contain fossil fuel-derived materials.

Conversely, biodegradable plastics may contain no biomass, but are designed to break down into carbon dioxide, water and biomass — usually in an industrial or home compost facility.

Compostable items can either break down in industrial or home compost. In some cases they may biodegrade in landfill, but it depends on moisture, microorganisms, and the composition of the product.

VeganBottles with zero oil are 100% biodegradable, compostable and are made from sugar cane. This batch is seen on the production line at the Lyspackaging factory in Saintes, France, in 2018. | REUTERSVeganBottles with zero oil are 100% biodegradable, compostable and are made from sugar cane. This batch is seen on the production line at the Lyspackaging factory in Saintes, France, in 2018. | REUTERS
VeganBottles with zero oil are 100% biodegradable, compostable and are made from sugar cane. This batch is seen on the production line at the Lyspackaging factory in Saintes, France, in 2018. | REUTERS

In November, the European Commission proposed new rules on packaging to tackle waste and also clarify terms used to describe plastics presented as environmentally friendly.

“Biodegradable plastics must be approached with caution,” it said.

“They have their place in a sustainable future, but they need to be directed to specific applications where their environmental benefits and value for the circular economy are proven.”

‘Eternal pollutants’

Some fear that confusion could lead to littering, adding to the world’s plastic pollution problem.

“You will think ‘okay, so if I forgot my biodegradable plastic bag in the forest after a picnic, it’s not a problem because it will be biodegraded sitting in nature,’” said Moira Tourneur, advocacy manager at Zero Waste France.

She said some consumers might not think twice about over-consuming biodegradable plastic products, believing they’re less polluting.

“This is encouraging single plastic production,” she said.

Experts say consuming less plastic should be prioritized, opting for other materials such as glass or metal or reusing plastic as much as possible.

Activists like Tourner say companies and governments should focus on standardizing glass packaging for things like yogurt and milk, so they can be returned to shops to be sterilized and reused.

That could also help to reduce the mountains of plastic that end up in the environment every year, which break down into microparticles and enter our food chain ultimately to be ingested by humans and other animals.

Microplastics have been found in soil, oceans, rivers, tap water and even in the blood, breast milk and placentas of humans.

“They are eternal pollutants,” said Nathalie Gontard, research director at France’s national agriculture research institute.

“Once these particles are dispersed … it’s impossible to take them back and separate them,” she added. “It’s too late.”

‘It’s a jungle’

But in a world where plastics are so pervasive, aren’t biodegradables better than “eternal pollutants?”

“We can make an active decision as a society to choose a material that won’t persist,” said Phil Van Trump, chief science and technology officer at Danimer Scientific, a U.S.-based firm mainly producing PHA biodegradable plastic, largely for food packaging and consumer goods.

But plastics remain an important part of our industrialized economies, he said: “We need them.”

Plastics are crucial, for example, in the healthcare and transport sectors. But once plastic products reach the end of their life, we should be able to biodegrade those not easily recycled or where waste infrastructure is absent or lacking — from coffee pots to ketchup packets to baby nappies, Van Trump said.

Experts on all sides of the biodegradable battleground agree that beyond reducing use, governments need to set up better disposal infrastructure to ensure biodegradable plastics don’t end up in oceans and on forest floors.

Setting up industrial compost facilities and collection is a crucial first step.

Governments also need to educate the public and punish companies that make misleading claims, said Haut of Surfrider Europe.

“Otherwise it’s a jungle if we leave it to the companies to decide what they do.”

Whole Foods lags in reducing plastic pollution, report says


Whole Foods lags in reducing plastic pollution, report says | The Hill








coronavirus COVID-19 amazon whole foods ware house 2 reduce delivery orders popular quarantine
SAUL LOEB/AFP via Getty Images

Customers who shop at Whole Foods are getting their groceries with a side order of plastic, a new report has found.

After early progress in removing single-use plastic from its stores, Whole Foods’ efforts to move away from the material have lagged, according to a report published on Thursday morning by the nonprofits PIRG and Environment America.

“Whole Foods was a pioneer in the movement to reduce plastic waste and shift toward sustainable packaging,” the authors wrote.

“But when it comes to plastics, its environmentally friendly rhetoric is no longer followed through in practice.”

The last several years have seen rising concerns over the health impacts of plastic particles in food and the environmental impacts of the growing surge of single-use plastic packaging.

Those concerns have particular salience against the backdrop of the East Palestine trainwreck last month that led to the release of a toxic chemical used to make plastic, highlighting the risks posed by the production of the material.

The Austin-based grocery chain has built itself into a national brand by cultivating an image as a high-end purveyor of healthy, sustainable foods — and as a perceived refuge from the health and environmental concerns that haunt the American food system.

One key element of that push was a bid to rid the store of single-use plastics — a campaign that began with the elimination of single-use plastic bags at checkout and plastic straws at the deli.

But in recent years, the company has backslid, according to reports from other environmental nonprofits. In 2020, the advocacy group As You Sow gave the company an ‘F’ for its plastic packaging policies — ranking it below many companies which boast a far less sustainable public image.

For example, As You Sow ranked Whole Foods’ single-use plastic policies below those of Walmart, McDonalds, Kroger, Taco Bell and Clorox.

In an ironic counterpoint to the store’s image, Whole Foods’ nearest peers in the As You Sow report were factory farming giants Tyson, Hormel, and Smithfield — precisely the sort of corporations that Whole Foods has long defined itself in opposition to. 

The Environment America and PIRG report found that many of the chain’s stores offered no plastic-free packaging alternatives for a wide variety of 365 items.

“At most Whole Foods stores we visited, a customer would be hard pressed to find Whole Foods branded products in packaging that doesn’t contain at least some plastics,” the report found. 

For some products, like milk, spaghetti and yogurt and packaged bread, it ranges from difficult to impossible at most stores to find an option that doesn’t include plastic, the report found.

Others, like rice, deli cheese, bakery bread, and produce, were sometimes available in non-plastic packaging if customers search for them — but the report found even at stores that offered these options, plastic remained the easy default. 

For some of these products, plastic could be easily eliminated, the report authors argued. For example, many Whole Foods-branded pastas come and easily recycled cardboard containers — which feature an ornamental plastic window to allow shoppers to gaze upon their pasta.

“There is simply no need for it, as the percentage of the same products sold in boxes without plastic windows prove,” the authors wrote.

Similarly, only about a third of stores offered a non-plastic option in either the bulk section or the produce section — two areas where customers encounter products and unpackaged form.

“It’s time for [Whole Foods] to step up and start leading the field once again,” the authors wrote.

The Hill has reached out to Whole Foods for comment.

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Adrift Lab classifies new disease caused by plastic ingestion by Lord Howe Island seabirds

A previously unknown disease in seabirds caused by the ingestion of plastic has been found on Lord Howe Island by scientists from the United Kingdom and Australia.

Named plasticosis, the newly classified disease is caused by plastic that repeatedly injures soft tissue and leads to the formation of extensive scar tissue in a bird’s stomach.

Impacted scar tissue does not operate like healthy tissue and can impact organ structure and function.

The discovery was made by a cross-disciplinary team that included scientists from the UK’s Natural History Museum and Australian institutions, which collaborated as part of a global team under the banner of Adrift Lab and classified the disease.

Adrift Lab researcher Hayley Charlton-Howard said it raised concern about plastic ingestion in other species, including humans.

Plastic ingested in oceanic food

Flesh-footed shearwater birds on Lord Howe Island off New South Wales regularly consume plastics, with scientists surmising plastic ingestion starts at hatching.

A dead bird sits next to a water paper towel covered in small pieces of plastic. Size varies.
Ingested plastic from the stomach of a flesh-footed shearwater bird.(Supplied: Silke Stuckenbrock)

The plastics were ingested when collecting mainly oceanic food, such a squid.

“If you can imagine a piece of plastic on the beach, it’s quite sharp and brittle,” Ms Charlton-Howard said.

“Imagine that plastic continuously digging into the really soft, fragile tissue of the stomach over and over again.

“That’s going to cause a lot of injury within the stomach.”

Damage to digestive glands could also occur and limit the seabirds’ ability to digest and absorb nutrients.

First for study of wild animals

It is the first time a plastic-related illness had been named in wild animals that were feeding on the rubbish in the wild, rather than in laboratory conditions.

It followed a decade of seabird studies, with a sudden increase in scar tissue observed in recent years.

Ms Charlton-Howard said no significant link had been found between fibrosis (tissue thickening and scarring) and the consumption of naturally occurring abrasive debris, such as pumice stone.

“We found evidence of birds eating rocks all the way through history, in fossil evidence,” she said.

“If eating pumice was causing the damage we’re seeing, it likely wouldn’t have evolved as such a robust behaviour across different bird taxa.”

Diagram showing macroplastics and pumice stone ingested by bird and impact on tissue
The naturally abrasive volcanic rock, pumice, is also consumed by shearwaters without significant impact.(Supplied: Adrift Lab)

Scientists did not know if the condition was fatal as the birds studied were euthanised due to “incredibly poor health”.

“We’d love to know if this scar tissue is present in other organs,” Ms Charlton-Howard said.

“And basic questions like, if the condition is fatal. We don’t know if birds can survive from this.”

Implications for other species

Beyond shearwaters, the study could have implications for other species ingesting plastics.

A global study commissioned by the World Wide Fund for Nature in 2019 found on average that humans consumed as much as five grams of plastic a week.

Ms Charlton-Howard said microplastics had also been found in human breast milk and human placentas.

“We have very little idea of what these plastic fragments are doing to human health,” she said.

“In terms of plasticosis, these birds are ingesting high quantities of large plastic pieces, in comparison to humans where a lot of the plastic [humans] are ingesting is tiny, microscopic fragments.

“We may not see the overall condition of plasticosis in humans, but we may see really localised cases of injury and inflammation and scar tissue formation within our tissues.”

Ms Charlton-Howard reiterated it was a new field of research where further research was required, but the classification of plasticosis was an important step towards quantifying how plastic was affecting health.

“Plastics have really unique pathological properties that natural items, even if they are similarly abrasive, just don’t seem to have,” Ms Charlton-Howard said.

“There are over a thousand marine species known to ingest plastic.

“Here at the Adrift Lab we want to push for further research, awareness and action on the plastic pollution crisis.”

Person standing smiling on beach. Black tshirt and blonde hair.
 Adrift Lab researcher Hayley Charlton-Howard is part of the team responsible for classifying plasticosis.(ABC News: Loretta Lohberger)

Recycling lake litter, Ugandan makes innovative tourist boat

LUZIRA, Uganda (AP) — Flowering plants rise as if by magic from Lake Victoria onto a wooden boat, giving it a leafy ambiance that enchants many visitors.

The initial attraction becomes more compelling when tourists to Uganda learn that the greenery emerges from an innovative recycling project which uses thousands of dirt-encrusted plastic bottles to anchor the boat.

Former tour guide James Kateeba started building the boat in 2017 in response to the tons of plastic waste he saw in the lake after heavy rains. He realized the vessel could serve as an example of a sustainable business on the shores of Lake Victoria: a floating restaurant and bar that could be unmoored to drift for pleasure.

Many who come to relax here in Luzira, a lakeside suburb of Uganda’s capital, Kampala, know nothing of the boat’s backstory. Kateeba insists it’s first and foremost “a conservation effort,” one man’s attempt to protect one of Africa’s great lakes from degradation.

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Lake Victoria is the world’s second-largest freshwater lake and spans three countries. Yet it is plagued by runoff waste and other pollution, sand mining and a decline in water levels due in part to climate change.

Layers of plastic waste float near some beaches during the rainy season, a visible sign of the pollution that’s a worry for fishing communities heavily dependent on the lake.

“The fact that we had a problem of pollution as a country … I decided to design something out of the ordinary,” Kateeba said, surveying the lake horizon tinged with a green substance that indicates contaminants from a nearby brewery.

He started by asking fishermen from nearby landing sites to collect plastic bottles for a small fee. He received more than 10 tons of bottles within six months. Batches were tied up in fishing nets and daubed with solid dirt, creating the firm bases upon which the boat is moored and that are also fertile ground for climbing tropical plants.

Today, the boat, marketed as the Floating Island, can comfortably serve 100 visitors at a time, Kateeba said.

“This is morning glory,” he said proudly, caressing a vibrant flowering vine one recent afternoon as he prepared to unmoor the boat for the enjoyment of his customers. Elsewhere on the boat, a group of TikToking teenagers danced. Upstairs, a carpenter was building a new wooden sun deck.

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Jaro Matusiewicz, a businessman visiting from Greece, said he had “never seen a place like this,” praising the boat’s “accommodative” atmosphere as he dug into fish and chips.

“This is a very good idea,” he said. “If he’s collecting the bottles and using them, it’s fantastic! … You are not only cleaning the environment but also providing something unique, very unique.”

A similar project was launched in 2018 on the beaches of Kenya, where a small boat, known as the Flipflopi, was built entirely from recycled plastic that once littered sandy shores and towns along the Indian Ocean.

In 2021 the Flipflopi went on a voyage on Lake Victoria “to raise awareness of the pollution plaguing the region’s most critical freshwater ecosystem, ” according to the United Nations Environment Programme.

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Kateeba said he hopes his boat is exemplary.

“I am sure, with some bit of experience that we gain from this, we should be able to encourage other people to design things,” he said. “Other methods, not necessarily this type … of trying to deal with plastic pollution on Lake Victoria.”

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Plastic is choking Ghana’s sea

Frustration is written across Richard Yartey’s face as he drags his heavy net to shore. It is filled with plastic bottles and bags, but not fish. This will cost him money. 

“We often have to repair our fishing nets two or three times a week because of the plastic in the water,” he says.

Jamestown in Accra, where Yartey had cast his net, was once a thriving fishing enclave. But Yartey says they now often have to travel to Elmina, a fishing spot about 130km away.

Markets in Accra pay better but the same city also pollutes the waters with discarded water bottles, sachets and other refuse. 

Ghana produces 840 000 tonnes of plastic waste annually, with only a small portion being recycled, according to data provided by the World Economic Forum.

When the unrecycled waste finds its way into the ocean, it’s not only a problem for people. 

“Marine animals like turtles and whales mistake it for food and suffer serious harm or even die,” says Christopher Gordon, of the Institute for Environment and Sanitation Studies at the University of Ghana.

A 2018 United Nations study reported that 80% of municipal solid waste generated in African cities was recyclable and if this was done, it could generate up to $8 billion a year.

In 2019, Ghana launched its national plastic action, which relies on encouraging businesses to make products out of recycled plastic.

Some have heeded the call. Nelplast Ghana, for example, produces pavement blocks from plastic waste and has a workforce of 300 people.

But small-scale private enterprise is an insufficient solution to this major public problem that occurs across Africa. 

Citizen initiatives in Africa recycle about 11% of the recyclable waste, according to a 2022 UN report by Desta Mebratu and Andriannah Mbandi. But there are few large-scale efforts so the rubbish instead ends up as a costly and harmful mess.

In places such as Jamestown beach, every plastic-clogged net is a reminder of the urgent need for bigger solutions. Gordon says a ban on single-use plastic should be one of Ghana’s solutions to pollution. 

This article first appeared in The Continent, the pan-African weekly newspaper produced in partnership with the Mail & Guardian. It’s designed to be read and shared on WhatsApp. Download your free copy here.

The 5 most common recycling mistakes, and how to avoid them

Doing right by the planet can make you happier, healthier, and—yes—wealthier. Outside’s Head of Sustainability, Kristin Hostetter, explores small lifestyle tweaks that can make a big impact. Write to her at [email protected].

I’m standing in front of my recycling bin holding an empty cardboard carton of organic milk. I want to recycle it. Part of the reason I bought this milk, which was about a buck more than the stuff in the plastic jug, is that for several years now I’ve been waging a war against plastic in both my personal and professional life.

Cardboard is one of the most recyclable materials in the world. But a little voice inside my head is nagging, “What about that plastic coating on the inside? Does it matter? It’s still mostly cardboard…right?”

I hope for the best, drop it in the bin, and just like that, I’ve “wishcycled.”

Turns out, my cardboard milk container is not recyclable here in northern Vermont, despite the carton’s How2Recycle label advice. But if I saved it and brought it to my mom’s house in Massachusetts, I could throw it in her bin. (Want to know if you can curbside-recycle cardboard milk and juice containers? Plug your address in here.)

Wishcycling is when you put something in the recycle bin because you want to recycle it. You hope it will get turned into some shiny new object. But you don’t really know if it will and so you decide to let someone else down the line figure it out for you.

Your intentions are good, but you’re actually creating a huge pain in the ass for recycling facilities.

Wishcycling Versus Reality

“Wishcycling adds financial, labor, and environmental burdens throughout every recycling system around the world,” says Michele Morris, director of marketing and communications of the Chittendon Solid Waste District in Vermont, which owns the recycling facility near my home in Stowe, Vermont. “A worker will have to manually pull that thing off the conveyor belt and send it to the landfill, when you could have made that choice and avoided all those impacts throughout the process.” Morris says she sees some wild items come through the facility: shoes, bicycle tires, garden hoses, styrofoam coolers, plastic toys, and even the odd bowling ball or two.

The antidote to wishcycling is pretty simple: Don’t make assumptions and take the time to learn which items are recyclable in your area. I googled “town dump Stowe Vermont”  and found this page which has a tab spelling out what I can recycle where I live.

There’s no magic Google phrase for all locales, though. If you live in a city, say Chicago, try “recycling Chicago.” Within a few clicks you’ll find what you need. If you have specific questions not answered there, find the contact page and pick up the phone. “What’s accepted in your area depends on how far you are from processors and how much recycling your community generates, among other factors,” says Morris. “All these can vary not just regionally, but even within one state.” Some examples of things that can vary region by region: different types of plastics, and yes, those milk cartons.

“People love to say that recycling is broken,” says Stefanie Valenti, editorial director of Waste360. “It’s not, but it is disjointed. The infrastructure hasn’t evolved along with all the different types of materials, mainly plastics, that have come out. The waste management industry is investing lots of money in improving its logistics, but it’s a slow process.”

The whole concept of recycling is based on economics. Recycling was a $2.9 billion business in 2020 and like all markets, it’s based on supply and demand. There’s big demand for certain types of materials, like cardboard Amazon boxes and plastic Miracle Whip jars. But for some materials—like milk cartons—there are fewer processors who can break down the multi-layered material and therefore less of a recycling market for it.

“When in doubt, give a shout or throw it out,” says Morris. “Learn the rules where you live and have faith that those rules are designed to capture the most important and impactful materials while keeping out the undesirable stuff. If you’re not sure, trash it.”

I think back to the thousands of recycling blunders I’ve made over the years: the unused plastic cutlery from Yum Yum Thai, the Scotch tape dispensers, the chipped pint glasses. (Yes, all of those things are no-no’s according to “the container rule,” below.)

But according to Morris, we shouldn’t sweat the small stuff. If we all focused on what she calls “The Big Five” most common recycling mistakes, it would be a huge win for the recycling world and the planet.

The Big Five Curbside Recycling Mistakes

Plastic Bags

Filmy plastic (aka “soft film”) of any kind, including zipper-locks, bubble wrap, plastic padded Amazon envelopes, garbage bags, wrap from toilet paper, and bread bags, don’t work in any single-stream recycling system.

Left: When plastic bags make their way into the single-stream recycling system, they tangle up in the machinery and wreak havoc. Right: When properly recycled, plastic bags get baled and sold to recyclers. (Photo: Boulder Country Recycling Center)

Why it’s a problem: Soft film jams machinery. Workers have to hit the kill switch on the whole operation and manually pull it out of the system. It can also tangle up with other valuable recyclables and then the whole mess gets landfilled rather than sold and repurposed. And if you bag perfectly good recyclables, like plastic water bottles and paper, the whole bag will get landfilled because workers don’t have the bandwidth to unbag and sort them.

The solution: Many grocery stores across the country accept soft film and recycle it properly. Find a local market by entering your zip code here.

Un-Rinsed Containers

Why it’s a problem: Two reasons: Old peanut butter and congealed sauce from your General Tso chicken degrades the value of the material you’re recycling (which defeats the whole purpose). And it can also pose health and safety risks to human workers who have to handle the nastiness and deal with the rats and wasps that get attracted to the facility.

two jars shown from top
Left: This peanut butter jar is not fit for the bin. Right: After 15 minutes with my puppy, it’s ready to recycle. (Photo: Kristin Hostetter)

The solution: Give your stuff a quick rinse (no need for soap or elbow grease) to remove the majority of the gunk. Or better yet, save water and give your pet another reason to love you. Dogs and cats do a very good job of licking food containers clean.

Rigid Plastic

Single-stream recycling is designed to take rigid, single-use plastic containers from food, drinks, and nonhazardous cleaning materials like shampoo and laundry soap. But don’t assume all plastic is single-stream recyclable. On most plastic, you can find a number inside a triangle of chasing arrows or letters next to it (like PET or HDPE). The numbers and letters, called Resin Identification Codes (or RICs) indicate the type of plastic, but they were never designed for consumer education. “They were created for end-market recyclers and processors to ensure consistency within each bale of materials,” says Morris.

Morris suggests ignoring the numbers and instead getting familiar with your local recycling rules. She says a good general approach is using the container rule, which simply means single-use rigid plastic containers only, like water, soda, and salad dressing bottles, salad containers, and shampoo bottles. The system isn’t designed to take durable plastic items like storage bins, flip-flops, pens, toys, sunglasses, or hampers because items need to be sorted and baled with like products. The recycler can’t collect enough pens, for instance, to create a marketable 35,000-pound load for them to sell. “On the other hand, we know that the overwhelming majority of containers we get will be the types of plastics we want—the types we can sell to processors to be turned into new raw materials.”

Why it’s a problem: While almost anything is technically recyclable, in real world terms there are a bunch of factors at play. First, Morris says, you need to have enough homogenous material (supply) to make it worthwhile from a labor, cost, and space perspective for the facility to collect. Next, you need a recycler willing and able to sort and bale that material. Then you need a marketer to collect the bales and sell it to processors. And finally, you need a processor willing to buy the material (demand) at a cost that sufficiently pays everyone along the supply chain for their labor and transportation and still nets a profit for them. “That’s why we target the common items. We know there is supply and we know there is demand,” she says.

The solution: Ask yourself, “Is this a single-use container?” If yes, bin it, regardless of the numbers or letters inside the arrows. If not, trash it. And try to avoid buying anything plastic if you can.

Scrap Metal 

The container rule applies here, too. Only empty metal food, drink, and nonhazardous cleaning materials containers belong in your bin, like drink, soup, and olive oil cans.

Why it’s a problem: Other metal objects like silverware, bottle caps, metal jar lids, blades from safety razors, and wire hangers can be extremely dangerous for workers and damage recycling machinery.

The solution: Save those items and find a local scrap metal recycler (just Google it!). Metal has value—you might even make a few bucks.

Batteries

Batteries—especially lithium ions—are huge no-nos for curbside recycling and have caused a remarkable number of fires at recycling facilities, landfills, transfer stations, and even during transport.

plastic bags jamming up the gears of a recycling machine / baled plastic bags
Dumpster fires, like this one in 2022, are disturbingly common at recycling centers, many of which stem from improper recycling of batteries. (Photo: Boulder Country Recycling Center)

Why it’s a problem: Batteries are extremely sensitive to heat and friction. And, trust me, there’s a whole lot of friction going on at recycling centers. Think: complex mazes of converter belts, metal teeth, grinding gears, vibrating steel mesh, and high-powered magnets and vacuums.)

The solution: Save them in a box and ask your town or local recycling center for the nearest drop-off.

Kristin Hostetter is the Head of Sustainability at Outside Interactive, Inc. and the resident sustainability columnist on Outside Online.

New disease caused by plastics discovered in seabirds

Flesh-footed Shearwater (Puffinus carneipes) off New Zealand

New disease caused by plastics discovered in seabirds

Natural History Museum scientists say plasticosis, which scars digestive tract, likely to affect other types of bird too

A new disease caused solely by plastics has been discovered in seabirds.

The birds identified as having the disease, named plasticosis, have scarred digestive tracts from ingesting waste, scientists at the Natural History Museum in London say.

It is the first recorded instance of specifically plastic-induced fibrosis in wild animals, researchers say.

Plastic pollution is becoming so prevalent that the scarring was widespread across different ages of birds, according to the study, published in the Journal of Hazardous Materials.

Young birds were found to have the disease, and it is thought chicks were being fed the plastic pollution by parents accidentally bringing it back in food.

Scientists, including the Natural History Museum’s Dr Alex Bond and Dr Jennifer Lavers, studied flesh-footed shearwaters from Australia’s Lord Howe Island to look at the relationship between levels of ingested plastic and the proventriculus organ – the first part of a bird’s stomach.

They found that the more plastic a bird had ingested, the more scarring it had. The disease can lead to the gradual breakdown of tubular glands in the proventriculus. Losing these glands can cause the birds to become more vulnerable to infection and parasites and affect their ability to digest food and absorb some vitamins.

Researchers called the fibrotic disease plasticosis to make it clear that it was caused by plastic in the environment.

When birds ingest small pieces of plastic, they found, it inflames the digestive tract. Over time, the persistent inflammation causes tissues to become scarred and disfigured, affecting digestion, growth and survival.

Natural materials found in the stomachs of birds, such as pumice stones, did not cause the same problems, leading scientists to label this a specifically plastic-caused disease.

Bond, principal curator in charge of birds at the Natural History Museum, said: “While these birds can look healthy on the outside, they’re not doing well on the inside. This study is the first time that stomach tissue has been investigated in this way and shows that plastic consumption can cause serious damage to these birds’ digestive system.”

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Though the scientists studied only one species of bird in one part of the world, they believe it is likely that more species are affected, and say more research is needed to find out how widespread plasticosis is.

They say the exposure of all organisms to plastic is inevitable, because plastic emissions are increasing and plastic pollution is becoming prevalent in all environments globally.

As this problem has only emerged in recent decades, it has not been widely studied. The researchers said: “Further, the ingestion of plastic has far-reaching and severe consequences, many of which we are only just beginning to fully document and understand.”

Hidden dangers on Easter Island: The hunt for microplastics

Although barely noticeable by the human eye, microplastics can take their toll.

March 2, 2023, 8:11 AM

The deep blue waters, shimmering cliffs and palm tree-lined beaches of Easter Island face a growing threat: plastic.

“So now there are some things that belonged to this beach. For example, the rock belonged to this beach. The shell belonged to this beach. But the plastic, no,” said Rapa Nui native Ludo Tuki Burns.

PHOTO: Ivan Hinojosa carries a container of microplastics.

Ivan Hinojosa carries a container of microplastics.

GMA

Burns has spent most of his life preserving the island.

He organizes regular beach clean-ups at places suc as Anakena Beach, where he took “Good Morning America” to get a closer look.

“The plastic is going to float and then with this tool you are going to take [it out of the water],” said Burns. “And so you will take only the plastic.”

PHOTO: Ivan Hinojosa with a tool used to skim plastic out of the water.

Ivan Hinojosa with a tool used to skim plastic out of the water.

GMA

Ivan Hinojosa is a marine biologist who is studying plastic pollution on Easter Island. He estimates a ton of plastic washes ashore each month.

Below the surface Hinojosa hunts for microplastics — plastic that has since degraded in the ocean and carried by strong currents from all over the world.

“I can distinguish at least five different types of plastic here just with my eye, but in the microscope we’re going to find more,” said Hinojosa.

PHOTO: Marine biologist Ivan Hinojosa studies plastic pollution on Easter Island

Marine biologist Ivan Hinojosa studies plastic pollution on Easter Island

GMA

Degrading plastics also release greenhouse gasses that can interfere with the ocean’s ability to store carbon. It’s estimated that degrading plastic in the ocean releases 76 metric tons of methane per year, contributing to climate change, according to a study.

Although barely noticeable by the human eye, microplastics can take their toll through food. A study found that 80% of bait fish used to catch local tuna contain microplastics in their stomachs.

“For example, the plastic attracts all the chemicals that are in the water. So you have a higher concentration of toxins in the plastics,” said Hinojosa. “So that when the animals eat them, they’re also [eating] plastic and some poison chemicals.”

Despite the deluge, the local community is determined to fight back on behalf of future generations. Burns said when things are thrown away, they don’t just disappear. All trash ends up somewhere.

“Well, my message is that we are here in the middle of the Pacific and we receive all the things you think don’t matter. We receive it,” he said. “I believe that we can make a change.”