8 December 20255 December 2025 Bio-Recycling: Mikroben machen Kunststoffe zu Wertstoffen Mikroben und Enzyme erschließen neue Wege im Kunststoffrecycling. Sie wandeln Abfälle in hochwertige Rohstoffe um. Wo liegt das Potenzial für die Industrie?
11 July 20257 July 2025 Mikroben verwandeln Plastikmüll in Paracetamol Wie traditionelle Chemie mit der Ingenieurbiologie zusammenarbeiten kann, um lebende mikrobielle Fabriken zu schaffen, die nachhaltige Chemikalien herstellen können
Microbes transform plastic waste into paracetamol Paracetamol production could be revolutionised by the discovery that a common bacterium can turn everyday plastic waste into the painkiller, a study reveals
26 August 202422 August 2024 Advanced Recycling Conference 2024: New Focus Areas and Innovative Program Announced Shaping the Future of Recycling From PVC and Textiles to Engineering Thermoplastics and Digital Solutions
Advanced Recycling Conference 2024 glänzt mit neuen Schwerpunkten und innovativem Programm Die Zukunft des Recyclings gestalten: Von PVC- und Textil-Recycling bis hin zu technischen Thermoplasten und digitalen Lösungen
25 June 202418 June 2024 Insect wings, bodies, and brains in bio-inspired design Researchers are building materials inspired by natural innovations to solve a wide set of problems like antibiotic resistance and unsustainable packaging
15 November 20239 November 2023 Microbial Upcycling of Waste PET to Adipic Acid A de novo biosynthesis pathway is reported in the bacterium Escherichia coli to convert terephthalate waste from post-consumer and industrial PET samples into the industrial chemical and nylon precursor adipic acid
Plastikfressende Bakterien verwandeln Abfall in nützliche Ausgangsstoffe für andere Produkte Mikrobielles Upcycling von PET-Abfällen
28 July 202217 November 2022 Plastic eating organisms Researchers caution that we are still years away from widespread commercial use
21 October 202119 October 2021 Research gives new meaning to fish-net stockings Innovation project looks to create clothing fibres from seafood processing waste
28 June 20219 September 2021 Bacteria serves tasty solution to plastic crisis Scientists have devised a novel way of tackling the mounting issue of plastic pollution… by using bacteria to transform plastic waste into vanilla flavouring
26 October 201823 October 2018 The Case for Making Cities Out of Wood Canadian JV to start building Quayside place completely from wood
15 October 201810 October 2018 Recharging soils with carbon could make farms more productive Additional biochar process could save 619,000 tonnes of CO2 emissions
16 March 201814 March 2018 Bio concrete and other construction materials from local resources Development of innovative kinds of concrete is needed, but with up to 93% lower CO2
25 November 201623 November 2016 SynBio is gearing up Synthetic Biology's large field of applications became apparent at the EFIB-conference in Glasgow, last October
17 June 201615 June 2016 Synthetic Biology – The next renewables frontier? More and more interests focusing on microbial genome engineering tools for chemicals production
24 February 20159 September 2021 Auf dem Weg zur künstlichen Photosynthese HZB-Forscher beschreiben effizienten Mangan-Katalysator für die Umwandlung von Licht in chemische Energie
The path to artificial photosynthesis HZB researchers describe efficient manganese catalyst capable of converting light to chemical energy
23 February 201522 February 2015 From waste to value: Capabilities of biogas-producing microorganisms are underestimated ATB’s junior research group APECS to explore the liquid by-products of thermochemical biomass conversion
Wie aus Schadstoffen Wertstoffe werden: Fähigkeit biogasbildender Mikroorganismen unterschätzt Nachwuchsgruppe APECS am ATB erforscht flüssige Nebenprodukte aus der thermochemischen Umwandlung von Biomasse
18 January 2010 Chance für Bio-Holzkohle gegen globale Erwärmung Amazonas-Indianer liefern Idee für umweltfreundlichen Dünger
Advanced Recycling Conference 2024: New Focus Areas and Innovative Program Announced
