Nike makes Air Max shoebox from recycled milk jugs and coffee lids

June 13, 2017 by  
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Nike is thinking inside the box—the shoe box, that is. 30 years after the Air Max 1 changed the sneaker industry forever, the sportswear giant is revolutionizing the shoe’s packaging with a polypropylene receptacle derived entirely from post-consumer recycled milk jugs, juice containers, and coffee-cup lids. The brainchild of Arthur Huang, CEO of Taipei-based engineering firm Miniwiz , the revamped shoe box features a modular design that makes stacking for storage or display a cinch. Even better, it can be repurposed as a hardshell backpack. Another bonus? At the end of its life, the shoe box can easily be recycled. No waste, no haste. The container’s pro-planet traits dovetail neatly with Miniwiz’s own business philosophy, Huang said in a statement. “These are all intentional features and qualities which revolve around the intent of every Miniwiz product—reducing the impact on the environment in every way it can,” Huang said. “In this case, we’re adding features and efficiency to an existing product—shoe boxes—and by reusing non-virgin materials in a sustainable and responsible way.” Related: Clever Little Bag: Fuseproject and PUMA revolutionize the shoe box The sneaker the container was designed to support, the NikeLab Air Max 1 Royal, takes a similar resource-conserving tact. It’s clad in Nike’s Flyknit fabric, which the company stitches together using a seamless technique said to produce 60 percent less waste than conventional cut-and-sew means. Related: Nike’s stunning Flyknit Feather Pavilion lights up the night “We love Flyknit as a technology,” Huang said. “It gives designers a new canvas to create cool, while lowering environmental impact. We want to be associated with that and are glad that we are a part of this revolution.” + Nike Air x Arthur Huang Via Dezeen

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Nike makes Air Max shoebox from recycled milk jugs and coffee lids

UK tests cheaper, longer-lasting roads made with recycled plastic

April 25, 2017 by  
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Around 24.8 million miles of roads crisscross the surface of Earth. And hundreds of millions of barrels of oil have been used for that development. Engineer Toby McCartney came up with a solution to that waste of natural resources and the growing plastic pollution problem. His company, Scotland-based MacRebur , lays roads that are as much as 60 percent stronger than regular asphalt roads and last around 10 times longer – and they’re made with recycled plastic. Our city roads require a lot of maintenance over time as weather deteriorates them and potholes open up. Meanwhile there are around five trillion pieces of plastic in the ocean. McCartney came up with an answer to both issues. He turns 100 percent recycled plastic into what he calls MR6 pellets, or small pellets of waste plastic, which replace bitumen , the material used to bind roads together (extracted from crude oil) and sold by oil companies like Shell. Related: Vancouver Becomes First City to Pave Its Streets With Recycled Plastic Normal roads are comprised of around 90 percent rock, sand, and limestone, with 10 percent bitumen. MacRebur’s process replaces most of the bitumen, using household waste plastic, farm waste, and commercial waste. Much of the trash would have otherwise ended up in a landfill . At asphalt plants the MR6 pellets are mixed with quarried rock and a bit of bitumen, and a plant worker told the BBC the process is actually the same “as mixing the conventional way with additions into a bitumen product.” McCartney was inspired to design plastic roads after his daughter’s teacher asked the class what lives in the ocean, and his daughter said, “Plastics.” He didn’t want her to grow up in a world where that was true. He’d also spent time in India, where he saw locals would fix holes in the road by putting waste plastic into the holes and then burning it. He started MacRebur with friends Nick Burnett and Gordon Reid. MacRebur’s first road was McCartney’s own driveway, and now the company’s roads have been laid in the county of Cumbria in the United Kingdom . + MacRebur Via the BBC Images via MacRebur Facebook

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UK tests cheaper, longer-lasting roads made with recycled plastic

Timberland transforms recycled plastic bottles into shoes, bags

March 3, 2017 by  
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For its latest collection, Timberland is turning to the bottle—the plastic bottle, that is. The outdoor-wear maker has teamed up with Thread , a Pittsburgh, Penn.-based manufacturer of sustainable fabrics, to transform plastic bottles from the streets and canals of Haiti into a dapper collection of footwear, bags, and T-shirts. The Timberland x Thread collaboration goes “beyond environmental sustainability,” according to Timberland. Not only does the partnership turn an ecological blight into a resource but it also creates social value in the form of cleaner neighborhoods and job opportunities for one of the planet’s poorest nations. “The Timberland x Thread collection is incredible proof that style and sustainability can go hand-in-hand,” Colleen Vien, director of sustainability for Timberland, said in a statement. “This collection delivers good with every fiber, not just by recycling plastic bottles that would otherwise end up littering the streets, but also by creating job opportunities and cleaner neighborhoods in Haiti. Related: Take a first look at Timberland’s new boots and bags made out of recycled plastic “Consumers can feel good about pulling on their Timberland x Thread boots or backpack, and know they are making a positive impact in someone else’s life,” she added The Timberland x Thread capsule comprises five styles of men’s shoes and boots, a duffel bag and a backpack, and one T-shirt. All incorporate Thread’s “Ground to Good” fabric, which the certified B Corp. spins in the United States using 50 percent post-consumer recycled polyethylene terephthalate , better known as PET. Thread says that every yard of fabric can be traced throughout the supply chain, from bottle collection to textile creation and delivery to the manufacturer. The “bottle to boot” process employs more than 1,300 bottle collectors, entrepreneurs, and manufacturing employees in Haiti alone. “At Thread, we believe that dignified jobs cure poverty—and our fabric creates those jobs,” said Ian Rosenberger, founder and CEO of Thread. “Our partnership with Timberland marks a seismic shift in the fashion industry, combining Timberland’s large supply chain and loyal customer base with Thread’s responsible, transparent approach to creating premium fabrics and vital jobs in the developing world. The Timberland x Thread collection is a major step towards improving the way our clothes are made.” + Timberland + Thread

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Timberland transforms recycled plastic bottles into shoes, bags

Dramatic disintegration of Canada permafrost threatens huge carbon release

March 3, 2017 by  
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Permafrost , or frozen soil , is rapidly collapsing across a 52,000 square mile area in northwest Canada – about the size of the entire state of Alabama. New research from the Northwest Territories Geological Survey (NTGS) finds the permafrost thaw is intensifying, a dramatic disintegration that could speed up climate change . When these slabs of Arctic permafrost collapse, they send silt and mud rich in carbon into waterways. The research shows the decay is resulting in landslides that could alter large swaths of landscape. Similar phenomenon have been noted in Scandinavia, Siberia, and Alaska. The new study sought to measure permafrost decay in Canada using satellite images and other data – and Steven Kokelj of NTGS, lead author of a paper published in February by Geology , said “things have really taken off” in the face of climate change. Scientists from universities in New Zealand and Canada also contributed to the research. Related: Alaskan permafrost could melt in the next 55 years, says world’s leading expert The scientists observed permafrost disintegrating in 40- to 60-mile stretches of the terrain, revealing “extensive landscapes [that] remain poised for climate-driven change.” Other research has suggested thawing permafrost could lead to the collapse of coastlines or creation of new lakes or valleys. All that silt and mud could affect fish and other species living in the waterways, limiting development of aquatic plants, but scientists still need to determine how exactly this added mud might impact fish. Also up for debate is how quickly the carbon in melted permafrost becomes carbon dioxide (CO2). Scientist Suzanne Tank of the University of Alberta told InsideClimate News the carbon in permafrost becomes coarse particles that don’t become CO2 right away. But Swedish researchers conducted a study suggesting soil particles are in fact converted rapidly to CO2 when the soil is carried along to the sea. Via InsideClimate News Images via Wikimedia Commons and U.S. Geological Survey on Flickr

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Dramatic disintegration of Canada permafrost threatens huge carbon release

Egyptian scientists turn dried shrimp shells into eco-friendly plastic

March 3, 2017 by  
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Plastic is a plague on this planet, but it doesn’t have to be. A group of Egyptian researchers is developing a kind of plastic won’t languish in landfills for hundreds of years – made with dried shrimp shells. Just six months into a two-year project, the team is already seeing some success. Scientists at Nile University clean and chemically treat shrimp shells, then ground them up and dissolve them in a solution that dries to form plastic. The researchers have utilized chitosan , a polymer made from the compound chitin commonly found in crustacean shells, to make their clear, thin plastic prototype. They’re able to obtain the shells inexpensively, sourcing them from local supermarkets, restaurants, and fishermen at low prices. Project researcher Hani Chbib told Reuters Egypt imports some 3,500 metric tons of shrimp, and is left with 1,000 metric tons of shrimp shell waste. So the project could help alleviate waste and reduce plastic pollution . Related: Harvard Scientists Create Super Strong Degradable Bioplastic from Shrimp Shells The Egyptian researchers are collaborating with a team from Britain’s University of Nottingham , where the professor overseeing the project, Irene Samy, conducted post-doctoral research and began exploring the idea of converting shells into plastic. Samy told Reuters, “If commercialized, this could really help us decrease our waste…and it could help us improve our food exports because the plastic has antimicrobial and antibacterial properties.” The team envisions the biodegradable plastic might be used for packaging and plastic bags . They said their technique could potentially work for large-scale industrial production, and while so far they’ve only made small samples, are working to enhance properties like durability and thermal stability so the product could be widely used. The United Kingdom side of the team plans to approach packaging manufacturers in their country. Via Reuters Images via screenshot

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Artists recycle hundreds of plastic bottles into a dynamic arch in Chiang Mai

February 16, 2017 by  
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Plastic trash is a major problem in Thailand’s beautiful Chiang Mai , but a team of designers has found a way to creatively rethink waste in a positive light. Design collectives VINN PATARARIN and FAHPAV combined handcrafted design with 3D modeling to create Self-Ornamentalize, a temporary installation made from 850 recycled plastic bottles. The experimental pavilion was installed a part of Compeung, an artist-in-residence program hosted at Chiang Mai’s suburban village of DoiSakt. The multidisciplinary team of designers developed Self-Ornamentalize through their discovery that the traditions of local craftsmanship and use of natural materials were fading as the village modernized. Given the proliferation of plastic, the designers saw plastic as the “true local materials of this present day.” Thus, the designers chose plastic bottles as their primary building material. Related: Bottle Seedling House turns bamboo and plastic bottles into shelter for Vietnamese farmers The plastic bottles were broken down by hand to create a textile -like material. The designers used computer modeling to generate the installation’s curved form that measured nine by four meters in size. Self-Ornamentalize was installed on an elevated walkway in the large lake, a major landmark in the village, to maximize visibility. The designers write: “‘Self-Ornamentalize’ is an experiment in totally transformed the unawareness of locals’ identity through technology, materials and craftsmanship towards the wonder of self-discovery in post-modern era.” + VINN PATARARIN

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Artists recycle hundreds of plastic bottles into a dynamic arch in Chiang Mai

Margot Krasojevi 3D prints recycled plastic into a delicate Lace LED lamp

January 11, 2017 by  
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Architect and designer Margot Krasojevi? shows off the beautiful possibilities of 3D printing in her latest work, the Lace LED. Made from recycled post-consumer plastics, the LED light diffuser gets its lace-like quality from its layers of geometric shapes that fan out from a central point. The Lace LED is designed as a suspended work of kinetic art . The diffuser is hinged on a pivot that rotates within a frame to create different patterns of light and shadow. “These complex shapes direct LED light through the entire pattern, which diffuses, deflects and refracts light creating a moving shadow whilst focusing it,” write Margot Krasojevi? Architects. “The form is the antithesis of the mass-produced recycled bottles and waste used in its fabrication.” Related: Designer David Grass 3D-Prints Light Bulbs in the Shape of Modern Cityscapes The diffuser’s intricate parametric pattern was created from a digital modeling program. In addition to recycled plastic , the Lace LED is 3D printed in ceramic, polymer, silver, and brass. + Margot Krasojevi? Via v2com Images via Margot Krasojevi?

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Margot Krasojevi 3D prints recycled plastic into a delicate Lace LED lamp

The New Raw turns plastic waste into valuable raw material

July 5, 2016 by  
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Every summer, the Greek islands are swarmed with tourists who bring a lot of plastic waste that ends up polluting the country’s beautiful beaches and environment. Among the worst offenders are the plastic water bottles that are left behind. In a bid to transform the plastic waste into a more valuable raw material, a Greece-based team of creatives launched The New Raw , an initiative and hands-on workshop that seeks to provide a sustainable solution to plastic pollution using digital fabrication techniques. Over two dozen participants were invited to upcycle the plastic rubbish. Projects completed include: RE_STOOL, a compression stool for plastic waste; MISSING PART, a construction material for filling in building cracks; PET for Pets, 3D-printed shelters for stray cats; ReCYCLAD3D, a 3D-printing hub for recycled plastic; and BOTTLE UP, a recycling reward system that motivates children to recycle plastic. + The New Raw https://vimeo.com/171463805 The article above was submitted to us by an Inhabitat reader. Want to see your story on Inhabitat ? Send us a tip by following this link . Remember to follow our instructions carefully to boost your chances of being chosen for publishing!

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The New Raw turns plastic waste into valuable raw material

SPARK designs solar-powered beach huts made from discarded ocean trash

February 23, 2016 by  
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Eco Domum recycles tons of plastic waste from Mexico into low-income homes

January 25, 2016 by  
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Plastic was supposed to save us, but instead it’s threatened our environment, polluted our waterways, and endangered many of the world’s animals. Despite recycling programs in many parts of the world, an enormous amount of plastic waste escapes collection and winds up in landfills. A Mexico -based startup, Eco Domum (“eco house”), is recovering much of that plastic trash and recycling it into building materials , which are then used to create affordable housing for some of the country’s low-income families. Read the rest of Eco Domum recycles tons of plastic waste from Mexico into low-income homes

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