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    Stora Enso introduces sustainable RFID tag technology ECO for intelligent packaging

    • Stora Enso

    Stora Enso launches a new sustainable RFID tag technology called ECO™ by Stora Enso, designed for intelligent packaging functionalities in supply chain, retail and e-commerce applications. The technology enables paper-based RFID tags, providing a plastic-free and recyclable solution for packaging authentication.

    Intelligent Packaging by Stora Enso develops and delivers RFID (Radio Frequency Identification) technology, which allows the packaged product to be automatically tracked, traced and tamper-proofed throughout the entire supply chain. Stora Enso’s ECO technology enables the RFID tags to be produced on a 100% fibre-based paper label, unlike traditional plastic tags, resulting in a lower carbon footprint for sustainability conscious B2B and B2C companies.

    “The launch of ECOTMcreates a truly sustainable option for our customers and consumers, accelerating the use of smart technology in Stora Enso’s renewable solutions” says Martin Ros, Head of Stora Enso Intelligent Packaging. “Our ECO technology is unique in the sense that it offers a recyclable and plastic layer free option for RFID end-users, thus enabling a digital and sustainable packaging infrastructure.”

    By integrating the RFID tag with a paper label, the manufacturing process becomes more scalable and, as result, also more cost-effective – all without compromising on performance and reliability. The ECO tag can be recycled in an environmentally friendly way together with paper and board materials. Moreover, it offers high conductivity at a lower cost compared with graphene or silver printed antennas. The ECO technology is available for use in multiple ongoing projects across multiple sectors.

    See also

    Stora Enso starts the production of new-generation formed fiber products free from plastic and PFAS

    Stora Enso has started the production of formed fiber food service products at Hylte Mill in Sweden. The production ramp-up follows the investment announced in 2019 and enables the manufacture of products that are renewable, recyclable and biodegradable. The PureFiber by Stora Enso eco-product range is produced without plastic and per- and polyfluoroalkyl substances, enabling a safe and sustainable alternative for fresh food packaging.

    Stora Enso’s Sustainability Report rated among top ten globally

    For the second year running, Stora Enso’s Sustainability Report 2018 has been included in the top ten sustainability reports globally according to the latest Reporting matters publication by the World Business Council for Sustainable Development (WBCSD). In WBCSD’s Reporting matters publication, Stora Enso’s Sustainability Report is recognised as good practice for being clearly aligned with the company’s materiality assessment.

    Stora Enso launches wood-fibre-based biocomposite solutions for cosmetics, food and luxury packaging

    Introducing DuraSense to new customer segments is another step on Stora Enso’s journey to gradually replace fossil-based packaging materials with renewable solutions. DuraSense is a blend of wood fibres and polymers, which can be fossil, bio-based or recycled. With DuraSense, Stora Enso offers customers a more eco-friendly alternative to plastics while improving sustainability performance and reducing carbon footprint. With the blend of wood fibres and bio-based polymers, it is possible to get up to 98% renewable content and, thus, reduce the dependency on limited fossil resources.

    Stora Enso and startup Sulapac have joined forces to develop renewable and biodegradable straws

    Stora Enso and Sulapac continue to combat the global problem of plastic waste by launching a demo for sustainable drinking straws at Slush 2018. The demo, which targets production on an industrial scale, is designed to replace traditional plastic straws with renewable ones. The straws are based on Sulapac’s biocomposite material – made of wood and natural binders – designed to be recycled via industrial composting and biodegrade in marine environments.

    • Jo Webb
    • Product Info
    • English
    • Created 07 Nov 2018
    • Modified 31 Jan 2019
    • Hits 675