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Absolut Vodka in Paper Bottles

Absolut Vodka in Paper Bottles

Over 50 years ago, we were introduced to the concept of box wine – a wine that came in a box with a collapsible bag inside. The invention gained popularity because it was cheaper than other wines and spirits. Adding the integral tap in the bag made it easier to pour a glass of wine and store it. From an environmental standpoint, boxed wine is recyclable and easier to transport. Although glass is recyclable, it requires a lot of energy to produce and transport.

Switching to cardboard is less energy-intensive to produce and is a lot lighter in comparison to transport. Although boxed wine has been associated with being a cheaper quality wine, the quality has improved significantly over the years, with many winemakers packaging their products in boxes.

If wine can be packaged more sustainably, what about other types of alcohol? Swedish company Absolut Vodka wants to switch from glass bottles to paper bottles. As part of a pilot project, Absolut has made bottles out of 57% wood fibres certified by the Forest Stewardship Council. To prevent the liquid from leaking through, the bottles contain an integrated moisture barrier made from recycled plastic.

This pilot project is part of a collaboration with Paboco and the Pioneer Community. Paboco is a paper bottle company working towards creating the world’s first 100% bio-based and recyclable paper bottle. The paper bottle is recyclable as paper packaging and can be designed to hold many different products, from soda to sun location. The company has partnered with L’Oreal, the Coca-Cola Company, Procter & Gamble and many others to help introduce smarter and more sustainable packaging solutions into more significant markets.

Paboco is no stranger to packaging alcohol in paper bottles. They have been successful with beer company Carlsberg with their Fibre Bottle, made out of plant-based PEF polymer lining. The material is compatible with plastic recycling systems and can degrade in nature. The PEF, which is made out of natural raw materials, protects the taste and fizziness of the beer, and the outer shell helps to keep the beer colder for longer compared to cans or glass bottles.

Absolut Vodka has been testing these paper bottles for over a decade, and they are finally launching 500-millilitre paper bottles in select Tesco stores in Manchester, in the UK. The city of Manchester was chosen as a testing site because it had the recycling infrastructure to handle the bottles. Absolut also found that Manchester had higher household recycling rates than any other region in the UK.

Much like how wine boxes are lighter and less energy-intensive to transport, Absolut will calculate the carbon footprint of the paper bottles, which will be significantly lighter than their traditional glass bottles. The company is also collecting feedback from consumers, retailers and distributors and will use their findings to make necessary adjustments. They will also be working on developing ways to make the bottles from more than 57% paper and achieve a 100% paper bottle target.

While glass is a better option and can be used infinitely, compared to plastic bottles, it is pretty costly to recycle. Glass can only be recycled in furnaces that use high energy to reach high heat, increasing pollution. The switch to paper bottles could have a significant impact on the emission that comes from the food and drink industry. While Absolut Vodka is only one of many alcohol companies, it could be the inspiration needed to make the switch. We might see our liquor stores go from clanky, heavy glass bottles to lightweight paper ones in the near future.

 

 


 

 

Source  Happy Eco News

Can AI Recycling Robots Solve the Waste Crisis?

Can AI Recycling Robots Solve the Waste Crisis?

Our global waste crisis is enormous, with billions of tons of trash generated each year, and much of it ending up in landfills instead of being recycled. A major reason recycling rates remain low is actually the extreme difficulty of efficiently sorting and separating the complex jumble of materials in our waste streams. But what if AI recycling robots could take over this dull, dirty, and dangerous work from human sorters? That’s the ambitious vision of EverestLabs, a startup aiming to totally transform recycling as we know it.

 

AI Recycling Robots Faster, Smarter

EverestLabs was founded in 2020 by a team of engineers and technologists from Apple, Google, NVIDIA, and other leading tech companies. They’re on a mission to bring the power of artificial intelligence, computer vision, and advanced robotics to tackle the massive challenges facing global recycling efforts. Imagine conveyor belts loaded with trash of all types, with sophisticated robotic arms directed by AI rapidly grabbing items and precisely sorting them into different bins for recycling.

RecycleOS is an AI recycling robot operating system for recycling plants that uses vision technology, robotics, and data analytics to improve the efficiency and accuracy of recycling. It uses 3D depth-sensing cameras to identify recyclable materials like plastics, metals, and paper. The system then uses robotic arms to sort the materials into different bins. RecycleOS also uses data analytics to track the system’s performance and identify improvement areas.

RecycleOS is designed to be more efficient and accurate than traditional manual sorting methods. It is being used in a variety of places, including recycling centers, manufacturing plants, and retail stores. The company has also partnered with a number of major companies, such as Coca-Cola and Procter & Gamble, to deploy AI recycling robots.

  • Coca-Cola: EverestLabs and Coca-Cola have partnered to deploy RecycleOS at a number of Coca-Cola bottling plants in the United States. The goal of the partnership is to improve the efficiency and accuracy of recycling at Coca-Cola’s plants.
  • Procter & Gamble: EverestLabs and Procter & Gamble have partnered to deploy RecycleOS at a number of Procter & Gamble manufacturing plants in the United States. The partnership aims to improve the efficiency and accuracy of recycling at Procter & Gamble’s plants.

In addition to Coca-Cola and Procter & Gamble, EverestLabs has also partnered with a number of other major companies, including:

  • PepsiCo
  • Kraft Heinz
  • Walmart
  • Target
  • Unilever

It may sound futuristic, but EverestLabs AI recycling robots are already built and working. As prototypes, they can sort the waste at speeds no human worker could match. The AI recycling robot system can consistently achieve over 90% accuracy across dozens of material categories like plastics, paper, electronics, and metals. That leads to much purer recycled material streams that retain their value.

 

Potentially Huge Business Scale

EverestLabs is running pilot projects with major waste haulers and recyclers to prove the AI recycling robot solution. They’ve also raised $16 million in venture funding to hire engineers and scientists across AI, computer vision, and robotics disciplines to turn the technology into commercial-ready products. The founders envision their automated recycling concept eventually operating 24/7 at massive scales, processing waste volumes human sorters could never handle.

Adoption faces challenges, from high upfront costs to reluctance by old-school waste companies to change. But the sheer size of the opportunity makes EverestLabs hard to ignore. The environmental payoffs would be enormous if advanced intelligent automation could boost global recycling rates and economics. Untold millions of tons of usable materials could be recovered rather than dumped or incinerated.

As urbanization intensifies globally, solving the waste crisis is increasingly urgent. EverestLabs and other startups applying cutting-edge tech see huge potential for robots and AI algorithms to handle the waste sorting that humans simply cannot physically achieve. Autonomous recycling may even protect thousands of vulnerable workers from hazardous manual labor. The future remains uncertain, but companies like EverestLabs show how emerging technologies could positively disrupt even our most entrenched industrial systems.

 

 


 

 

Source   Happy Eco News