Search for any green Service

Find green products from around the world in one place

Recycle Plastic Bags into Oil with New Machine

Recycle Plastic Bags into Oil with New Machine

A Japanese inventor learned how to recycle plastic bags into oil with a new machine.

A Japanese inventor has designed an innovative machine that can recycle plastic bags into oil. 70-year old Akinori Ito created the recycling device to process hard-to-recycle plastic waste into usable fuel.

Ito’s machine shreds plastic bags into flakes and then melts them at high heat, producing an oil liquid similar to light crude. The unconventional recycling method aims to reduce waste while generating income for local communities. The machines come in a variety of sizes, from desktop-sized to community-scale.

“I don’t want this equipment to just be used by major companies. I want it to be used in small towns and villages,” Ito shared.

His compact recycling unit measures around 4.5 meters long by 2.5 meters wide with various control stations. Up to 1 kilogram of plastic bags can be loaded into the shredder per hour.

The shredded plastic is then fed into a hot furnace, melting the material at temperatures up to 430 degrees Celsius. The intense heat decomposes the hydrocarbons and will recycle plastic bags into oil.

Different grades of fuel oil can be created depending on the temperature and components used. Higher heat produces lighter oils akin to diesel or gasoline. The oil can then be sold to buyers as recycled petroleum products.

Japan generates over 9 million tons of plastic waste annually but recycles only 22% of it, government statistics report. The country imports much of its energy and previously recycled most plastics into lower-grade uses like concrete filler. The ability to recycle plastic bags into oil is something that Japan needs.

Motivated by both the waste and energy issues, Ito spent over 20 years perfecting a system to upcycle plastics into usable crude oil.

After testing various methods, the retired electronics engineer pioneered the pressurized hot furnace technique to recycle plastic bags into oil.

“I didn’t expect oil made from plastic bags would be such good quality when I first produced it,” shared Ito. “The quality of oil is high enough to be sold to consumers.”

By selling the oil produced, local groups and municipalities can fund new recycling efforts in a self-sustaining loop. “I hope more people will use the machine in their community,” said Ito.

Several Japanese municipalities have already installed Ito’s invention to process hard-to-recycle plastic films, bags, wrappings, and other waste into oil.

The city of Akita estimates they can convert several hundred kilograms of plastic waste per day into nearly $500 worth of oil. Some groups report producing over 80 liters of oil daily.

But challenges remain in scaling up the niche recycling concept. Collecting sufficient plastic volumes is difficult in smaller towns. Removing ink and labels from plastic bags is an added step. The systems also require maintenance of technical equipment.

Still, supporters believe Ito’s invention provides an important outlet to reduce unrecyclable plastics piling up in Japan and other countries. His machine offers a rare solution for polyethylene films that lack recycling markets globally.

If expanded, systems that recycle plastic bags into oil could reduce environmental and crude oil imports for countries while generating income. With further development, experts envision entire localized supply chains optimizing the plastic-to-fuel concept.

For his innovation, Ito was awarded the Medal of Honor from Japan’s Ministry of Environment in 2018. His persistence in creating a real-world solution also highlights the power of grassroots initiatives to spur change.

Said Ito: “I don’t want my technology to end up sitting on the shelf. I want it to be used practically to help communities.”

 

 


 

 

Source   Happy Eco News

Harbour9 introduces sustainable clothing line to combat climate change

Harbour9 introduces sustainable clothing line to combat climate change

Owing to the rising woes of apparel waste management globally and how they contribute to a whopping 10 per cent of global carbon emissions due to the fast fashion trend, Harbour9 – a homegrown premium apparel brand in India – is investing mindfully to make its apparel range increasingly sustainable.

Introducing a range of sustainable outdoor casual apparel for the whole family, Harbour9 is using recycled, tailoring-scrap-made yarn to make sweatshirts and tees for men, tops for women, and solid and patterned tees for kids between 0 and 12 years.

 

The futuristic fashion brand is even devising a way to turn polyester fibres from discarded PET bottles into new-age clothes.

Made by using conscious amounts of recycled materials, the finished products from the house of Harbour9 are pre-dyed to ensure minimal environmental impact, while being in line with the current fashion trends.

Inclusive in their approach, Harbour9 is also making available its sustainable clothing range in plus-size options.

Breathable and trendy in design, the brand will introduce premium and cost-efficient eco-friendly clothing ranging from casual outdoor wear to performance gear for fitness aficionados.

Manoj Jain, Director, Harbour9, said “Climate change due to global warming is a big reason of worry for mankind to get back to basics and transition their lifestyle to being sustainable. One of the basic needs of humans, that is, clothing has kept evolving so quickly in recent years that has led to the adoption of fast fashion and its negative impact on the environment by involving in animal cruelty and quickly mounting landfills. To avert the negative impact of wastage and its impact on climate change, we at Harbour9 have come up with this range of sustainable clothing which is ethically sourced.”

 


 

Source  Apparel Resources 

The best eco denim to help you go green in style

The best eco denim to help you go green in style

Two billion pairs of jeans are produced globally each year, requiring around 1.4 million tonnes of raw cotton. According to a 2015 study by Levi Strauss & Co, the lifecycle of one pair of their 501s uses up 3,781 litres of H2O.

This is not a great statistic when more than 10 per cent of the world’s population currently has no access to clean water. Add chemical treatments, carcinogenic dyes, washing, rinsing and finishing, and you’ve got an industry that’s anything but sustainable. But technology is improving, making it easier to find the right shade of ‘green’ blue jeans.

 

Wrangler’s Indigood range has a dying process that cuts energy waste by 60 per centWRANGLER

 

Based in Vietnam, Saitex is a denim manufacturing plant producing 20,000 pairs of jeans a day, and while that doesn’t sound especially eco, they’re the first Asian factory to join B Corporation, and represent the easiest route to buying better jeans. Instead of 80 litres, each pair of jeans uses 1.5 litres of water during the rinsing process, saving them 430 million litres per year.

Saitex recycles 98 per cent of the water it uses, lasers have replaced traditional stone washing and sandblasting, and by air drying, energy use is cut by 85 per cent. They’ve even started producing building blocks and tiles for low-income housing projects using waste materials. Current brands working with Saitex include Edwin, Gap, Paul Smith and Everlane.

 

Replay’s Hyperflex Bio line combines organic cotton, recycled fabric and recycled PET bottles for eco stretchREPLAY

 

American stalwart Wrangler has developed Indigood, a new dying process that uses foam to eliminate the need for water in the process, and has cut energy waste by 60 per cent. One example that has caught our eye is the Indigood Texas slim low, £75.

Wrangler are also starting to make jeans with a percentage of recycled yarn, something that Replay has also adopted with their Hyperflex Bio range which combines organic cotton, recycled fabric and recycled PET bottles for eco stretch.

 

Candiani’s N-Denim jeans are dyed using Kitotex, made from recycling shrimp shells, and so need 75 per cent less water and 65 per cent fewer chemicals

 

Like Replay, Italian manufacturer Candiani has been striving to find a less thirsty way to make jeans. Their N-Denim jeans start with certified organic cotton and are dyed using Kitotex, an innovation made from recycling shrimp shells from the food industry which, combined with Indigo Juice, another innovative method for achieving vintage/faded looking jeans without multiple washes, requires a claimed 75 per cent less water and 65 per cent fewer chemicals per pair of strides.

Candiani has also developed Coreva Denim, the first biodegradable naturally sourced stretch denim, derived from natural rubber. Our pick? Candiani’s Razor Biostretch Selvedge Denim, €340, features both N-Denim and Coreva.

 

Levi’s Red High Loose Taper jeans are made with cottonised hemp, which requires less water and fewer chemicals to grow than traditional cotton

 

And as for Levi’s, they’ve been collaborating with re:newcell to introduce a substance called Circulose into their manufacturing loop. This material is made in a similar way to recycling paper, but the resulting cotton fibre, created using old jeans offcuts, makes up 50 per cent of the new pair.

Levi’s also has a whole range of sustainable, water-saving, waste-reducing styles. All their women’s loose-fit jeans fall into this category, too. The 90s-inspired High Loose Taper (£110), for example, is made with the brand’s cottonised hemp, which requires less water and fewer chemicals to grow than cotton, plus the finished fabric is softer.

 


 

Source Wired