Furukawa Electric Joins the World Intellectual Property Organization’s “WIPO GREEN” Platform
- Expanding the use of environmental technology for upcycling difficult-to-recycle material “PolyAl” -
February 4, 2022
- Joined the WIPO GREEN platform for the exchange of technology concerning environmental preservation as a partner company.
- Registered on WIPO GREEN recycling technology for “PolyAl”, a difficult-to-recycle combination of polyethylene, paper, and aluminum.
- Expanding the use of environmental technology using Furukawa’s intellectual property.
Background
Since 1990, Furukawa Electric has actively worked to use recycled materials including cable waste and plastic packaging and containers. In 2019, Furukawa Electric developed a single-process technology for upcycling difficult-to-recycle disposable plastic products and wastepaper into reinforced plastic. Cellulose Fibre, the main component of paper, and plastic typically do not blend well, but when uitilising Furukawa Electric’s Advanced Paper Fibre Upcycling (APFU) technology to break down the paper into loose cellulose fibers while blending it with plastic, it is possible to upcycle these materials into plastic with about twice the strength as the original plastic. With the aim of expanding the use of this technology, we are partnering with government agencies in Japan and abroad, as well as the plastic and recycling industries.
Details
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note 1WIPO GREEN was established by the World International Property Organization (WIPO) in 2013 to support global initiatives for climate change by connecting companies and individuals involved in environmental technology innovation through a database and network. WIPO GREEN promotes innovation in environmental technology and contributes to initiatives in developing countries for global issues including climate change, food safety and security and the environment.
WIPO GREEN -
note 2PolyAl is the term used for the material that is left over when recycling paper beverage cartons into recycled paper. It is mainly polyethylene but also contains paper and aluminum when collecting after using. As a result, this material has typically been disposed of by incineration or into landfills.
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note 3During the process of recycling paper beverage cartons into recycled paper, it is necessary to separate the paper component (pulp) from the other materials (polyethylene film, aluminum film), and this separation process results in PolyAl with an extremely high moisture content. In order to reuse this wet PolyAl, it needs to be sufficiently dried first, requiring a large amount of energy.
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