Electrolux presents a vacuum cleaner ptototype made of 100% recycled and reused materials

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An important step towards circular economy has been made by Electrolux, that has presented a vacuum cleaner made of 100% recycled and reused materials. It is still a prototype developed by the Swedish company with Stena Recycling, using plastic and components originated from consumers electronic products, such as used hairdryers, vacuum cleaners and computers. The project addresses some of today’s key recycling challenges while exploring circularity in household appliances.
Electrolux underlines that more than 400 million metric tons of plastic are produced globally every year, but less than 12% of this comes from recycled materials. Therefore manufacturers have difficulty finding enough safe and consistently high-quality recycled material.
Electrolux is partnering with Stena Recycling in the collaboration Circular Initiative. The goal is to learn more about how to make the market for recycled plastics function as well as for virgin materials. The first concrete result is a visionary vacuum cleaner made of 100 percent recycled plastic and reused components from electronic consumer products.
«We at Electrolux – explains Jonas Samuelson, CEO at Electrolux have a strong commitment to reduce our climate impact by 2030 and circularity is a key dimension of this. The partnership with Stena Recycling is one of the important initiatives we engage in to push ourselves and the industry forward through knowledge sharing and innovation. We want to support consumers in making sustainable choices, and to succeed we need a solid approach to circularity.»
Henrik Sundström, Head of Sustainability at Electrolux, adds: «This project has highlighted many of the considerations we take into account as we seek to become more circular. From product design and material use to new business models, there are regulatory requirements as well as quality and safety questions that need to be addressed. We have to strike a good balance in increasing the amount of reused and recycled materials when making products that are optimized for further recycling at the end of life.»

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