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Northumbria University graduate Danielle Coffey has designed a device that transforms oils and fats leftover from cooking into soap, to prevent them from polluting household water systems.

28. Oktober 2019 | via Dezeen.com | Read more

Northumbria University graduate Danielle Coffey has designed a device that transforms oils and fats leftover from cooking into soap, to prevent them from polluting household water systems.

28. Oktober 2019 | via Dezeen.com | Read more
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Cruz Foam uses chitin, a biopolymer found in shellfish, to make structural foam that is biodegradable and has the same mechanical properties as polystyrene and polyurethane foam.

26. Oktober 2019 | via Ubuntoo.com | Read more

Cruz Foam uses chitin, a biopolymer found in shellfish, to make structural foam that is biodegradable and has the same mechanical properties as polystyrene and polyurethane foam.

26. Oktober 2019 | via Ubuntoo.com | Read more
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Dutch Design Week, the largest design event in Northern Europe, is back once again this October to show how pioneering designers around the globe are changing the world for the better.

25. Oktober 2019 | via Inhabitat.com | Read more

Dutch Design Week, the largest design event in Northern Europe, is back once again this October to show how pioneering designers around the globe are changing the world for the better.

25. Oktober 2019 | via Inhabitat.com | Read more
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A fleet of self-sustaining vessels will collect and process mixed plastic in the world’s waterways, a nonprofit organization announced this month.

24. Oktober 2019 | via Resource-recycling.com | Read more

A fleet of self-sustaining vessels will collect and process mixed plastic in the world’s waterways, a nonprofit organization announced this month.

24. Oktober 2019 | via Resource-recycling.com | Read more
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Salvaging rags, scrap metal, and discarded junk, Jewish immigrants helped create a whole industry.

22. Oktober 2019 | via Tabletmag.com | Read more

Salvaging rags, scrap metal, and discarded junk, Jewish immigrants helped create a whole industry.

22. Oktober 2019 | via Tabletmag.com | Read more
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London-based design firm “PriestmanGoode” has launched a sustainably made in-flight meal tray meant for passengers, as part of its ‘Get Onboard: Reduce. Reuse. Rethink’ project.

21. Oktober 2019 | via Euronews.com | Read more

London-based design firm “PriestmanGoode” has launched a sustainably made in-flight meal tray meant for passengers, as part of its ‘Get Onboard: Reduce. Reuse. Rethink’ project.

21. Oktober 2019 | via Euronews.com | Read more
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The process lets any plastic—say a polyester shirt—be recycled into any other plastic (like a clear water bottle). It could fundamentally change the market for recycling.

19. Oktober 2019 | via Fastcompany.com | Read more

The process lets any plastic—say a polyester shirt—be recycled into any other plastic (like a clear water bottle). It could fundamentally change the market for recycling.

19. Oktober 2019 | via Fastcompany.com | Read more
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Ein neues Ultrahochtemperatur-Verfahren macht die Hightech-Fasern aus nachwachsenden Rohstoffen zu einer echten Alternative zu ihrem Erdölpendant.

18. Oktober 2019 | via Biooekonomie.de | Read more

Ein neues Ultrahochtemperatur-Verfahren macht die Hightech-Fasern aus nachwachsenden Rohstoffen zu einer echten Alternative zu ihrem Erdölpendant.

18. Oktober 2019 | via Biooekonomie.de | Read more
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BRELLI is designed to biodegrade in aerobic and anaerobic landfill environments. In an aerobic landfill it will biodegrade as twigs and leaves do. In an anaerobic landfill it will biodegrade into biogas.

17. Oktober 2019 | via Inhabitat.com | Read more

BRELLI is designed to biodegrade in aerobic and anaerobic landfill environments. In an aerobic landfill it will biodegrade as twigs and leaves do. In an anaerobic landfill it will biodegrade into biogas.

17. Oktober 2019 | via Inhabitat.com | Read more
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Plastik mithilfe von Enzymen zerlegen und die Bausteine Bakterien schmackhaft machen, damit sie daraus Wertstoffe erzeugen. Ein europäischer Forscherverbund hat ein Konzept für ein biotechnisches Kunststoff-Upcycling entwickelt.

15. Oktober 2019 | via Biooekonomie.de | Read more

Plastik mithilfe von Enzymen zerlegen und die Bausteine Bakterien schmackhaft machen, damit sie daraus Wertstoffe erzeugen. Ein europäischer Forscherverbund hat ein Konzept für ein biotechnisches Kunststoff-Upcycling entwickelt.

15. Oktober 2019 | via Biooekonomie.de | Read more