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Superglue can be turned into a recyclable, cheap, oil-free plastic alternative

Superglue can be turned into a recyclable, cheap, oil-free plastic alternative

Our team used superglue as a starting material to develop a low-cost, recyclable and easily produced transparent plastic called polyethyl cyanoacrylate that has properties similar to those of plastics used for single-use products like cutlery, cups and packaging. Unlike most traditional plastics, this new plastic can be easily converted back to its starting materials, even when combined with unwashed municipal plastic waste.

To make a plastic from superglue, we first had to address the very issue that makes superglue so “super” – it sticks to just about everything. When superglue is used to stick something together, it is actually reacting with moisture in the air or on the surface of whatever is being glued together. This reaction forms molecular chains of repeating superglue units called polymers. The polymers made when gluing something together are short and don’t bind to each other well, which makes the glue brittle and easy to break.

While short polymers are good for glue, long polymers have more binding locations and result in stronger materials. Our team realized that if we could create longer versions of the same type of polymers made from superglue, we might be able to produce a strong plastic.

The way we make these plastics is relatively simple when compared with how other types of plastics are made – we simply mixed acetone and a little bit of an eco-friendly catalyst into store-bought superglue. Once this mixture dries, it produces a solid, glassy plastic made up of long polymer chains.

In our lab, we can easily produce up to 10 pounds of this material in a matter of days and turn it into usable products. By pouring the mixture into molds before it dries, we can make plastic objects in many shapes, like bowls and cutlery. We also discovered that heating up the plastic after it dries not only allowed us to shape the material into other products, but also strengthened the plastic.

Why it matters

When manufacturers need to produce a stiff plastic object – like cutlery, disposable razors, CD cases or plastic models – they often turn to polystyrene. Polystyrene is one of the most widely produced and least recycled types of plastic.

Because our superglue plastic has properties similar to polystyrene – it is light, durable, cheap and easy to mass-produce – it could replace polystyrene in many products. But there are two distinct benefits of our superglue-based material: It isn’t made from oil and is easy to recycle.

When our material is heated to 410 degrees Fahrenheit (210 C), the long molecule chains made of repeating superglue units break apart into their small, individual superglue molecules. At this point, the superglue molecules turn into a vapor that is easy to separate out from a mixed waste stream of other plastics, paper, food residue, aluminum and other refuse commonly found in recycling waste streams. Once you collect the superglue vapor, you can cool it and turn it right back into our new plastic with over 90% efficiency.

What’s next?

Since superglue is inexpensive and already produced on an industrial scale, we imagine our method of creating superglue plastics should be easy to scale up. Finally, the machinery used to make superglue could also be used to recycle the superglue plastics and could be simply adapted into existing industrial processes.

Finding a replacement for polystyrene is a big step toward sustainable plastics, but polystyrene is only one of thousands of plastics used today. Our team is now designing superglue-based plastics with properties that resemble other kinds of commodity plastics, while still being easy to produce and recycle.

 

 


 

 

Source World Economic Forum

You’re (Probably) Recycling Wrong: Here’s How To Do It Right

You’re (Probably) Recycling Wrong: Here’s How To Do It Right

What Is Recycling?

Recycling is the process of converting waste into reusable materials. There are many examples of recycling that don’t involve putting items into a green bin, like using an old jam jar as a vase for flowers.

 

Why Should You Recycle?

Everyone has their own reasons for recycling, but here are five major reasons why you should make a habit to recycle properly:

  1. Reduce your carbon footprint: Throwing away recyclable materials like aluminum cans or newspapers is a huge waste of energy — equivalent to the annual output of 15 power plants. Recycling cans saves 95% of the energy required to make them from a virgin source.
  2. Preserve our natural resources and wildlife: The process of mining for raw materials is harmful to natural ecosystems and animals.
  3. Reduce landfill waste: Most of us have the luxury of never seeing where our bags of trash end up, but it has to go somewhere. Not only are landfills aesthetically displeasing and have adverse effects on tourism, but they’re also wreaking havoc on our environment.
  4. Prevent pollution: Recycling products to (1) keep them out of landfills and (2) reduce the amount of mining of raw materials prevents air and water pollution.
  5. Create jobs and stimulate the economy: Recycling and reuse activities account for more than 680,000 jobs, $37.8 billion in wages, and $5.5 billion in tax revenues in the U.S. alone.

 

What Can Be Recycled?

Specifics can vary depending on the rules at your local recycling center or curbside recycling program, but the following items can generally be recycled:

Aluminum/Metal

Recycling aluminum cans save 95% of the energy required to make the same amount of aluminum from its virgin source.10 You can recycle the following aluminum materials, but make sure they’re free of residue.

  • Beverage cans
  • Food cans
  • Tin foil
  • Scrap metal

If there’s a hard-to-clean substance stuck to an item, you’re better off throwing it away.

Paper Products/Cardboard

Paper and cardboard have a 68% recycling rate in the U.S., which is pretty high compared to other materials. Again, make sure the material is free of food residue before putting it in the recycling bin. And be sure to check with your curbside recycling program’s policy, as some only accept corrugated cardboard.

  • Cardboard boxes
  • Milk or juice cartons
  • Newspaper
  • Printer paper
  • Frozen food boxes
  • Ream wrappers
  • File folders
  • Poster Board

Plastics

Sadly, only 5–6% of the 46 million tons of plastic generated in the U.S. gets recycled.11 You can help increase that statistic by properly cleaning and recycling the following plastic products:

  • Water bottles
  • Soda bottles
  • Plastic beverage jugs
  • Takeout containers
  • Plastic jugs and tubs labeled No. 1 or 2*

*Typically, those with the numbers 1 or 2 inside the triangle can be recycled curbside, though some may have to be taken to a recycling center. Plastics numbers 3–7 must be taken to a specific recycling facility.

 

What Can’t Be Recycled

To avoid wishful recycling, you should trash (or explore alternative options) for the following waste:

  • Food scraps (look into composting instead).
  • Plastic shopping bags (most retailers offer bag recycling).
  • Food-tainted items (pizza boxes, dirty food takeout containers, used paperware, etc.)
  • Snack bags or candy wrappers
  • Paint buckets
  • Ceramics and kitchenware
  • Glassware (non-bottles or jars)
  • Broken glass
  • Windows or mirrors
  • Plastic wrap
  • Bubble wrap or packing peanuts
  • Styrofoam
  • Photographs
  • Medical waste
  • Wood
  • Yard waste
  • Six-pack rings
  • Frozen food bags

Other Materials and Recycling

There are other materials that can be recycled but must be taken to a special recycling center to do so properly. (In other words, don’t put these items in your recycling bin.)

These items may include:

  • Textiles/clothing
  • Light bulbs
  • Fluorescent tubes
  • Batteries
  • Computers/electronics

A quick internet search of “how to recycle [item] near me” should direct you toward the proper recycling facility or drop-off center for these items.

 

Do’s and Don’ts of Recycling

We cannot stress this enough: the rules of recycling vary based on your local recycling center or curbside recycling program, so be sure to check what guidelines you need to follow to avoid recycling contamination.

However, the following are common dos and don’ts when it comes to proper recycling.

Recycling Do’s:

  • Check with your local recycling center for guidelines.
  • Empty and clean all containers before recycling, making sure there’s no leftover food or beverage residue.
  • Break down cardboard boxes.
  • Keep the lid of metal cans attached and fold them inwards so the sharp edge isn’t exposed.
  • Separate your materials by type.

Recycling Don’ts:

  • Put any of the materials listed in the above section, “What can’t be recycled,” into a recycling bin.
  • Recycle plastics No. 3, 4, 5, 6, and 7 in a curbside recycling bin (these plastics must be taken to a specific recycling facility).
  • Flatten cartons or bottles.
  • Recycle the glass from windows, mirrors, vases, or drinkware.

 

How Are Products Recycled?

You now know what can and cannot be recycled, but have you ever wondered how things are recycled? Let’s take a look at some of the processes for the most common items below.

Aluminum/Metal

Aluminum cans and other metal materials are taken to special treatment plants. After being sorted and cleaned, the metals are remelted to remove colorings, coatings, and shapes.

Once in liquid form, the aluminum is then made into giant blocks called “ingots.” Ingots get shipped out to mills, where they get rolled out into sheets before being fashioned into their new shapes. In all, it takes just a few weeks for aluminum to be recycled.

Cardboard

Cardboard is first sorted by type, either boxboard (i.e., a cereal box) or corrugated (i.e., a standard shipping box). The material is then shredded and poured into big water tanks to be turned into a pulp, with all other materials (metal, tape, etc.) getting filtered out in this process.

After the filtering process, more water and chemicals are added to further pulverize the material before it gets rolled, dried, and pressed into sheets. The sheets are then cut into the proper shapes and sizes.

Paper (Office and Newspaper)

Similar to cardboard, newspapers or magazine paper are brought to a mill, where they are fed into a fiber preparation plant. From there, the paper is mixed in with water and chemicals that dissolve the ink and contaminants and turns into a soggy, mushy pulp.

The pulp is then injected between mesh sheets to form a wet sheet of paper. Once dried, the paper gets polished and rolled into big reels, later to be cut into smaller sizes and sold off.

Plastic

Once sorted by type, plastics are cleaned and then ground up and shredded. Once in bits, the plastic gets melted down and formed into small pellets about the size of a grain of rice.

The plastic pellets are then sold to companies to melt and mold into whatever container or shape they need to create.

 

How to Create a Home Recycling System

Having an organized and functional recycling system is important to promote proper recycling habits while also maintaining a healthier home (and planet). Here are a few steps to help get you started:

Step 1: Find Out the Recycling Pickup Schedule and Guidelines

If your city offers curbside recycling, make sure you’re aware of what items it accepts and what day your recycling pickup is.

Step 2: Figure Out Which Bins to Use and Label Them

Many cities require that curbside recycling be separated into separate bins. If you’re in charge of bringing recyclables to a recycling center, you’re better off buying separate recycling bins and labeling them by type (i.e., plastic, cans, cardboard, paper).

Step 3: Analyze (and Reduce) Your Waste

Do you get a lot of junk mail? Do you buy unnecessary plastic products? Perhaps you have a lot of items shipped to your home? There are ways you can reduce your waste to create fewer recycling headaches.

  • See if you can get a “no junk mail” sticker for your mailbox.
  • Opt out of junk mail by going to the website DMAchoice.org or calling 1-888-5-OPTOUT to stop receiving credit card offers.
  • When you order a product online, see if there are options for reduced shipping materials (Amazon offers this).
  • Sign up for e-notifications or statements for your bank or other service providers.

Reducing your home waste (especially ridding of those cardboard boxes) can help keep your home free of pests as well.

Step 4: Keep It Organized

Stay on top of your recycling by breaking down your materials and sorting them into their respective bins. If you have curbside recycling, set a phone reminder to move your bins to the curb the night before pickup.

 

Teaching Kids How To Recycle

Maintaining a home recycling system is a great chore for children, but the chore doesn’t have to be a bore. Here are some tips to make recycling more exciting for kids.

Make Smaller Recycling Bins Just for Kids

If possible, make smaller recycling bins for your kids’ bedrooms or playroom and teach them how to break down materials and properly sort them. The night before recycling day, they can add their separate stashes to the bigger bins.

Go on a Recycling Scavenger Hunt

A recycling scavenger hunt is a sneaky way to get your kids to help you clean the house. Have them go around your home and find different items that can be recycled, like the opened boxes from online purchases or the soda cans left in the TV room.

You can also hide recycled materials around the house to make it a little more interactive.

Create DIY Projects With Recyclable Materials

There are plenty of ways to upcycle recycled materials, especially those that can’t go into curbside recycling. You could make seed starters out of egg cartons, sew door drafts, or heating pads from old clothing. If you use recycled materials for general arts and crafts, the possibilities are endless.

Donate Toys and Clothes

Make a habit of going through the toys and clothes that your children have outgrown and asking them how these items may better serve other children in your community. Whether that be a neighbor or schoolmate or drop off at a donation center or thrift store.

Make a Bird Feeder

You can use plastic jugs or bottles to make homemade bird feeders. All you need is a pair of scissors or X-acto knife, a long stick, a piece of used wire (or string or twine), a nail, and some birdseed.

  1. Cut a hole in the side and the top of the bottle or jug.
  2. Poke a hole through the plastic with the nail.
  3. Put the long stick through both holes (this will act as the t perch for the birds to stand on).
  4. Use the nail again to poke holes in the top of the feeder.
  5. Insert the string through the top hole to make a hanger.
  6. Fill the bottom of the bottle with birdseed.
  7. Hang your bird feeder outside!

Play Zero Waste Games

You can recycle materials to make games for children. Many of these work best in bigger group settings, ideal for the classroom or parties. Here are some ideas:

  • Fill empty bottles with sand for bottle bowling.
  • Create towers with aluminum cans and see who can make theirs the tallest.
  • Do a recycling relay, where you give each kid a pile of mixed recyclables and trash and see who can properly sort their items into the correct bin the fastest.
  • Make three signs (plastic, glass, paper) and put them in different areas of the room. Call out different recycled items (like, “milk carton”) and have the kids run to whichever sign resembles the bin that item would go in.

 

Recycling and Eco Terms Glossary

Below are some helpful recycling and eco terms to know and teach to your kids.

  • Bin: A small container used to hold limited amounts of waste, typically specified by type (compost bin, paper bin, plastics bin, etc.)
  • Biodegradable: When a material can naturally be broken down by microorganisms and turned into water or carbon dioxide.
  • Commingled container: A single waste container that holds a blended collection of recyclable materials (any combination of paper, cardboard, aluminum, steel, glass, and plastic).
  • Compactor: A machine that uses pressure to compress materials into a dense mass.
  • Conserve: Protect something (especially an environmentally or culturally important place or thing) from harm or destruction.
  • Decompose: To rot or break down into essential elements.
  • E-waste: Electronic components that can be disassembled and recycled (including computers, monitors, keyboards, computer mice, TVs, cell phones, etc.)
  • Fossil fuels: Compound mixtures made of fossilized plant and animal remnants (coal, oil, and natural gas) that are extracted from the earth and burned as a fuel source.
  • Hazardous waste: Poisonous or toxic materials that can cause harm to humans, ecosystems, and wildlife if not properly disposed of.
  • Landfill: A place where trash and solid waste are dumped, buried, controlled, and managed. This trash can take decades or even centuries to break down.
  • Renewable energy: Alternative forms of energy from natural resources, like the sun (solar power), wind or water (hydropower).
  • Textiles: A type of cloth or fiber-based that may be composed of woven fabrics, yarns, or threads.

 

 


 

 

Source Today’s Homeowner

Packaging Solutions You Can Eat

Packaging Solutions You Can Eat

Tomorrow Machine has designed GoneShells, a biodegradable juice bottle made from potato starch.

Most of the packaging we use today is single-use, meaning it’s meant to serve one purpose and then discarded after. On top of that, a lot of the packaging cannot be recycled due to the assortment of materials used to make them. Globally, we produce about 400 million tons of plastic waste yearly and the plastic containers we throw away take up to 450 years to degrade. A Swedish product design studio specializing in package, product and food concepts may have a sustainable solution to our wasteful plastic consumption.

The designers have created GoneShells, a biodegradable juice bottle. The bottle is made from a potato-starch material and coated in a bio-based water-resistant barrier on both the inside and outside to preserve the liquid it contains. The packaging can be home-composted, eaten or dissolved in water. The bottle is designed to be peeled into a spiral formation, similar to peeling an orange. Doing so breaks the barrier and immediately begins the material’s decomposition process. As long as the decomposition process isn’t activated, the packaging works similarly to a traditional plastic bottle.

The product was designed to tackle landfill waste and address the lack of recycling and industrial compositing facilities in some parts of the world. The designers also wanted to create packaging that would last the same amount of time as the contents inside. The designers are also using existing equipment designed to process fossil fuel-based thermoplastics. These methods and inexpensive raw materials will help bring GoneShells to markets. The only other thing the designers are working on to make this packaging 100% sustainable is the foiling letters that appear on the bottles. They are working on a printing solution that will follow the bottle concept.

Tomorrow Machine is also known for its This Too Shall Pass line, where the packaging is made with the same short life span as the food they contain. Their olive oil packaging is made out of caramelized sugar coated with wax. To use the contents inside, you crack it open like an egg. Once it is open, the wax no longer protects, and sugar and the package will melt when it comes in contact with water. Their smoothie packaging is made of agar-agar seaweed gel, and water is designed for drinks with a short life and needs refrigeration. It can be opened like a juice box by picking the top. Like the GoneShells, their packaging for Basmati Rice is wrapped in beeswax and can be opened by peeling the packaging.

Tomorrow Machine has a very innovative way to reduce single-use waste. By introducing GoneShells to markets worldwide, we can reduce the raw materials used to produce plastic and drastically minimize the waste that ends up in the landfill every year.

 

 


 

 

Source Happy Eco News

 

Xeros study explores upcycling of laundry microfibres

Xeros study explores upcycling of laundry microfibres

Microfibres are defined as tiny ‘threads’, smaller than 5mm, that break off from textiles through the everyday acts of wearing and laundering garments and textiles Xeros explains.

Estimates from The Microfibre Consortium suggest every year more than half a million tons of microfibres are released into the world’s oceans simply from washing our clothing.

Meanwhile, independent research shows that microfibres from synthetic textiles (known as microplastics) are one of the biggest sources of microplastic pollution in the world’s oceans.

In order to address this, Xeros Technology has developed a washing machine filtration device, XFilter, which captures the microfibres and prevents their release into the world’s oceans.

XFilter lasts the lifetime of a washing machine and allows users to place the captured microfibres directly into their bin to be disposed of with other household waste, as we already do with vacuum cleaners and tumble driers that collect similar mixed fibres.

“Microfibre waste from filtration is a complex material to recycle within existing recycling infrastructure: not only are the microfibres often mixed materials, but they also contain captured dirt and soil,” says Xeros. “This is why Xeros have teamed up the University of Surrey – to accelerative research into improved methods to permanently reduce this continued pollution build-up in the future.

 

 

Led by Dr Melis Duyar, the team from the University of Surrey and North Carolina State University have developed a new method specifically designed to upcycle textile micro/nano fibres shed during the washing and drying of clothes. The method produces clean hydrogen and solid carbon nanomaterials as a by-product.

Dr Duyar, senior lecturer at the School of Chemistry and Chemical Engineering at University of Surrey, said: “At the University of Surrey, we are developing solutions to upcycle microplastics without releasing the fossil carbon contained within them into the atmosphere in the form of greenhouse gas emissions. Plastics are one of the problems associated with our dependency on fossil fuels, so any solution we develop to address plastics pollution must also fit within our strategy for reaching a net zero emission economy. This partnership with Xeros will allow us to bring our technology closer to commercialisation, by developing methods for upcycling real microfibre waste collected from commercially available filters. We are excited to see our patent pending processes in action as applied to mixed fibre feedstocks, which is a big step towards developing a viable, real-world solution.”

The carbon nanomaterials developed using this upcycling method can be used in various essential products including batteries, solar cells and medical devices.

Dr Paul Servin, application development director of Xeros, added: “There is nothing better than to convert, what is today considered to be waste and a problem in the world, into a highly valuable product which is what we, together with the excellent researchers at University in Surrey, will accomplish. I’m extremely excited about this project which can hopefully lead the way to future separated collection of microfibres from washing machines, tumble dryers and vacuum cleaners for the purpose of upcycling to a higher valued product.”

The project began this month with research conducted over a 12-month period.

 

 


 

 

Source Just Style

No trash goes to waste on Greek islands racing to recycle

No trash goes to waste on Greek islands racing to recycle

Before the tiny Greek island of Tilos became a big name in recycling, taverna owner Aristoteles Chatzifountas knew that whenever he threw his restaurant’s trash into a municipal bin down the street it would end up in the local landfill.

The garbage site had become a growing blight on the island of now 500 inhabitants, off Greece’s south coast, since ships started bringing over packaged goods from neighbouring islands in 1960.

Six decades later, in December last year, the island launched a major campaign to fix its pollution problem. Now it recycles up to 86 per cent of its rubbish, a record high in Greece, according to authorities, and the landfill is shut.

Chatzifountas said it took only a month to get used to separating his trash into three bins – one for organic matter; the other for paper, plastic, aluminium and glass; and the third for everything else.

“The closing of the landfill was the right solution,” he told the Thomson Reuters Foundation. “We need a permanent and more ecological answer.”

Tilos’ triumph over trash puts it ahead in an inter-island race of sorts, as Greece plays catch-up to meet stringent recycling goals set by the European Union (EU) and as institutions, companies and governments around the world adopt zero-waste policies in efforts to curb greenhouse gas emissions.

“We know how to win races,” said Tilos’ deputy mayor Spyros Aliferis. “But it’s not a sprint. This is the first step (and) it’s not easy.”

The island’s performance contrasts with that of Greece at large. In 2019, the country recycled and composted only a fifth of its municipal waste, placing it 24th among 27 countries ranked by the EU’s statistics office.

That’s a far cry from EU targets to recycle or prepare for reuse 55 per cent of municipal waste by weight by 2025 and 65 per cent by 2035.

Greece has taken some steps against throwaway culture, such as making stores charge customers for single-use plastic bags.

Still, “we are quite backward when it comes to recycling and reusing here,” said Dimitrios Komilis, a professor of solid waste management at the Democritus University of Thrace, in northern Greece.

Recycling can lower planet-warming emissions by reducing the need to manufacture new products with raw materials, whose extraction is carbon-heavy, Komilis added.

Getting rid of landfills can also slow the release of methane, another potent greenhouse gas produced when organic materials like food and vegetation are buried in landfills and rot in low-oxygen conditions.

And green groups note that -waste schemes can generate more jobs than landfill disposal or incineration as collecting, sorting and recycling trash is more labour-intensive.

But reaching zero waste isn’t as simple as following Tilos’ lead – each region or city generates and handles rubbish differently, said researcher Dominik Noll, who works on sustainable island transitions at Vienna’s Institute of Social Ecology.

“Technical solutions can be up-scaled, but socioeconomic and sociocultural contexts are always different,” he said.

“Every project or programme needs to pay attention to these contexts in order to implement solutions for waste reduction and treatment.”

High-value trash

Tilos has built a reputation as a testing ground for Greece’s green ambitions, becoming the first Greek island to ban hunting in 1993 and, in 2018, becoming one of the first islands in the Mediterranean to run mainly on wind and solar power.

For its “Just Go Zero” project, the island teamed up with Polygreen, a Piraeus-based network of companies promoting a circular economy, which aims to design waste and pollution out of supply chains.

Several times a week, Polygreen sends a dozen or so local workers door-to-door collecting household and business waste, which they then sort manually.

Antonis Mavropoulos, a consultant who designed Polygreen’s operation, said the “secret” to successful recycling is to maximise the waste’s market value.

“The more you separate, the more valuable the materials are,” he said, explaining that waste collected in Tilos is sold to recycling companies in Athens.

On a June morning, workers bustled around the floor of Polygreen’s recycling facility, perched next to the defunct landfill in Tilos’ arid mountains.

They swiftly separated a colourful assortment of garbage into 25 streams – from used vegetable oil, destined to become biodiesel, to cigarette butts, which are taken apart to be composted or turned into materials like sound insulation.

Organic waste is composted. But some trash, like medical masks or used napkins, cannot be recycled, so Polygreen shreds it, to be turned into solid recovered fuel for the cement industry on the mainland.

More than 100 tonnes of municipal solid waste – the equivalent weight of nearly 15 large African elephants – have been sorted so far, said project manager Daphne Mantziou.

Setting up the project cost less than 250,000 euros ($255,850) – and, according to Polygreen figures, running it does not exceed the combined cost of a regular municipal waste-management operation and the new tax of 20 euros per tonne of landfilled waste that Greece introduced in January.

More than ten Greek municipalities and some small countries have expressed interest in duplicating the project, said company spokesperson Elli Panagiotopoulou, who declined to give details.

No time to waste

Replicating Tilos’ success on a larger scale could prove tricky, said Noll, the sustainability researcher.

Big cities may have the money and infrastructure to efficiently handle their waste, but enlisting key officials and millions of households is a tougher undertaking, he said.

“It’s simply easier to engage with people on a more personal level in a smaller-sized municipality,” said Noll.

When the island of Paros, about 200 km (124 miles) northwest of Tilos, decided to clean up its act, it took on a city-sized challenge, said Zana Kontomanoli, who leads the Clean Blue Paros initiative run by Common Seas, a UK-based social enterprise.

The island’s population of about 12,000 swells during the tourist season when hundreds of thousands of visitors drive a 5,000 per cent spike in waste, including 4.5 million plastic bottles annually, said Kontomanoli.

In response, Common Seas launched an island-wide campaign in 2019 to curb the consumption of bottled water, one of a number of its anti-plastic pollution projects.

Using street banners and on-screen messages on ferries, the idea was to dispel the common but mistaken belief that the local water is non-potable.

The share of visitors who think they can’t drink the island’s tap water has since dropped from 100 per cent to 33 per cent, said Kontomanoli.

“If we can avoid those plastic bottles coming to the island altogether, we feel it’s a better solution” than recycling them, she said.

Another anti-waste group thinking big is the nonprofit DAFNI Network of Sustainable Greek Islands, which has been sending workers in electric vehicles to collect trash for recycling and reuse on Kythnos island since last summer.

Project manager Despina Bakogianni said this was once billed as “the largest technological innovation project ever implemented on a Greek island” – but the race to zero waste is now heating up, and already there are more ambitious plans in the works.

Those include CircularGreece, a new 16-million-euro initiative DAFNI joined along with five Greek islands and several mainland areas, such as Athens, all aiming to reuse and recycle more and boost renewable energy use.

“That will be the biggest circular economy project in Greece,” said Bakogianni.


Source Eco-Business

Carlsberg to trial 8,000 bio-based beer bottles across Europe

Carlsberg to trial 8,000 bio-based beer bottles across Europe

Carlsberg has been researching and developing the feasibility of bio-based bottles since 2015 and has today (22 June) confirmed plans to trial 8,000 of its new “Fibre Bottles” across Europe.

The bio-based bottles are fully recyclable and will be placed into the hands of consumers for the first time.

The outer bottle consists of sustainably sourced wood fibre, produced by Paboco, which is working with a variety of companies to develop paper and bio-based bottles.

Each bottle consists of a plant-based polymer lining, developed by Carlsberg’s partner Avantium, that is made from natural raw materials that are compatible with plastic recycling systems. Carlsberg also claims that the bottles can “degrade” naturally, should they fail to be placed into recycling systems.

Carlsberg has analysed the prototype bottles through lifecycle assessment applications. Under its current projections, the company believes that the fibre bottle can achieve a carbon footprint that is 80% lower than current single-use glass bottles.

Carlsberg is aiming for the Fibre Bottle to achieve the same low carbon footprint as the refillable glass bottle, which is currently the best-performing primary packaging when collected and reused.

The bottles will be rolled out across Denmark, Sweden, Norway, Finland, United Kingdom, Poland, Germany and France.

 

Image: Carlsberg

 

Carlsberg’s group sustainability director Simon Boas Hoffmeyer said: “The progress made with our new Fibre Bottle is testament to Carlsberg’s pioneering spirit, with a focus on making better products in every sense of the word.

“We’ve been working hard on this project since 2015, and aim to continue to set the industry standard by further improving the bottle’s environmental footprint and product performance. Collaboration is key and, together with our partners, we’re excited to see how research and development into sustainable packaging solutions is now becoming the norm.”

Carlsberg has also revealed that the beer inside the bottle will be more sustainable. In collaboration with barley malt supplier Soufflet, Carlsberg has used barley that has been cultivated using organic and regenerative agricultural practices. Cover crops were introduced in the barley fields to assist with regenerative farming processes.

While progress has been made on the bottle, Carlsberg has confirmed that the bottle cap is not bio-based. This is because of the quality of the material needed for the cap. Carlsberg has moved to ensure that the cap and bottle are fully recyclable.

Going forward, Paboco and Carlsberg are exploring alternative fibre-based bottle caps, with a shareable solution expected in 2023. The Absolut Company, which is also working with Paboco, has confirmed plans to develop and trial a bio-based, fully recyclable bottle cap made from sustainable sources.

Carlsberg will now gain customer and consumer feedback on the bottles, which will be rolled out at select festivals and flagship events, as well as targeted product samplings. The feedback will be used to inform the next version of the design.

 

Paper bottle community

The progress of the bio-based bottle has been three years in the making. In 2019, Danish brewer Carlsberg unveiled prototypes of the world’s first beer bottles made from recyclable and bio-based materials.

The move kick-started the formation of Paboco, the Paper Bottle Company, which is a joint venture between renewables material company BillerudKorsnäs and plastic bottle manufacturing specialist Alpla.

On the day of its formation, Paboco launched a paper bottle community. The Absolut Company is one of the founding pioneers of this community and has been joined by The Coca-Cola Company, Carlsberg and L’Oréal.

Asbolut has since announced plans to trial of 2,000 paper-based bottle prototypes across Sweden and the UK, to test the viability of paper as an alternative to single-use plastics in beverage applications. The first prototypes were made up of 100% recycled content, with 57% paper and 43% recycled plastic, with the latter used to create a barrier layer for the bottle.

Elsewhere, The Coca-Cola Company – one of the biggest plastic producers in the food and beverage space – confirmed plans to trial 2,000 paper-based bottles in 2021, to test the material’s viability as an alternative to single-use plastics.

 


 

Source Edie