Blue Ocean Closures: Summary

Blue Ocean Closures

Blue Ocean Closures are the first to develop an innovative concept for fiber-based screw cap solutions that are fully biobased, ocean biodegradable, and recyclable.

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Blue Ocean Closures' strengths include their innovative technology, partnerships with industry leaders and brand owners, and their commitment to sustainability.

Blue Ocean Closures works on sustainable fiber-based material technologies and world class innovation as part of a global community of changemakers. They aim to reduce the excessive amount of plastics in packaging by replacing plastic screw caps and other advanced re-closable packaging solutions.

Blue Ocean Closures targets corporates, public authorities, and organizations who are committed to making a change by developing more sustainable solutions.

Get in touch if you wish to join Blue Ocean Closures on their innovation journey.

Blue Ocean Closures offers fully biobased, ocean biodegradable, and recyclable fiber-based screw cap solutions. Their technology enables state of the art definition and stability, with the potential to offer fully functional and possible to drop in closure solutions. The design is a combination of a thin top-seal barrier layer, possible to combine with any type of filled goods, and a body made of sustainably sourced fiber material.

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Blue Ocean Closures has press releases announcing partnerships with Coca-Cola, achieving 85% fiber tube, and developing a new fiber-based closure for beverage cartons.

Innovative, sustainable, committed, pioneering, proud, driven, environmental, high quality.

Blue Ocean Closures has backing from industry leaders ALPLA and Glatfelter, as well as partnerships with brand owners and suppliers such as The Absolut Company of Pernod Ricard, PaBoCo, SACMI, and AROL. They also work in partnership with research institutes and universities with support from BioInnovation/Vinnova.

Blue Ocean Closures positions themselves as a sustainable start-up company in the packaging industry, with a focus on developing high quality fiber-based closures to reduce the use of plastics and environmental impact.

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