BASF partners with Acies Bio to drive sustainable production of Personal and Home Care ingredients
Acies Bio has developed the “OneCarbonBio”, a fully flexible synthetic biology platform designed to efficiently convert renewable methanol, derived from captured CO2 emissions, into a variety of chemical raw materials
BASF und Acies Bio fördern gemeinsam die nachhaltige Produktion von Inhaltsstoffen für Körperpflege- und Reinigungsmittel
Mit „OneCarbonBio“, einer von Acies Bio entwickelten, vollständig flexiblen Plattform für die synthetische Biologie, kann erneuerbares Methanol, das aus CO2-Emissionen gewonnen wird, effizient in chemische Rohstoffe umgewandelt werden
Maximizing the Impact of Advanced Recycling: The Importance of Pre-, Post Treatment, and Upgrading
With advanced recycling technologies progressing, the recycling sector is undergoing a significant transformation, which is particularly driven by pre- and post-treatment technologies that improve the outcome of all recycling operations
Biologisch abbaubare Kunststoffe – die neueste Entwicklung im Kampf gegen Mikrofaserverschmutzung
Die ISPO erforscht innovative Lösungen wie das biologisch abbaubare Polyester und Nylon von Ciclo, um die Verschmutzung durch Mikrofasern zu verringern und gleichzeitig die Haltbarkeit synthetischer Materialien zu erhalten
Selenis & Syre form a strategic partnership to establish a textile-to-textile recycling plant in North Carolina
The coming together of the two companies will combine new technologies in depolymerizing and polymerizing for textile-to-textile recycling all in one place, allowing for a cost efficient, industrial scale operation
Dirty Labs Expands Whole Foods Lineup with Fan-Favorite Bio Enzyme Dishwasher Detergent
Beginning November 1st, Dirty Labs' best-selling 2-in-1 Bio Enzyme Dishwasher Detergent + Booster will be available at Whole Foods Market stores across the country. This category expansion brings Dirty Labs' cutting-edge, eco-friendly cleaning products beyond the laundry room and into the kitchen, just in time for the holiday hosting season
OXMAN Unveils the O° Shoe – a 100% Biodegradable Shoe made without Petrochemicals, producing Zero Microplastics
The O° collection is made using patent pending OXMAN technology that integrates digital, material, biological, and robotic innovations and uses a single organic material to create 100% biobased consumer products
Neste, Alterra and Technip Energies collaborate to offer standardized solution to build chemical recycling plants
The partners aim to globally offer a standardized modular solution, based on Alterra’s proprietary liquefaction technology, to parties interested in building capacity for chemical recycling
Neste, Alterra und Technip Energies bieten gemeinsam standardisierte Lösungen für Bau von Anlagen für chemisches Recycling
Gemeinsam will man Unternehmen, die chemische Recyclingkapazitäten aufbauen wollen, eine modulare Standardlösung anbieten, die auf der selbst entwickelten Verflüssigungstechnologie von Alterra basiert
CARBIOS und das Textilkonsortium der Markenhersteller On, Patagonia, PUMA, PVH Corp. und Salomon stellen das weltweit erste zu 100% biologisch von Faser-zu-Faser-recycelte Kleidungsstück vor
Weltweit erstes Polyester-Kleidungsstück, das mithilfe der bahnbrechenden Biorecycling-Technologie von CARBIOS zu 100% aus enzymatisch recycelten Textilabfällen hergestellt wurde
Biologisch abbaubare Biopolymere aus Prozesswasser
ESKA, Mitglied der RDM-Gruppe, und Paques Biomaterials wollen biobasierte, biologisch abbaubare Biopolymere aus Prozesswasser der Papierherstellung entwickeln. Die Unternehmen haben eine Vereinbarung über die Entwicklung der weltweit ersten PHA -Biomasseanlage im großen Maßstab unterzeichnet
Innomost appoints new CEO to accelerate global growth of its upcycled birch bark ingredients
Newly appointed CEO Tiina Bensky has extensive experience in the beauty industry from leading brands like L’Oréal and Lumene. The appointment marks a new chapter in Innomost’s mission to grow internationally with its upcycled birch bark ingredients and become a leader in biobased solutions to replace fossil-based materials used extensively in beauty, personal care, and industrial applications like adhesives, paints, and coatings
BASF and AM Green enter MoU to jointly evaluate opportunities in low-carbon chemicals in India and for the offtake of 100,000 tons of green ammonia annually
The companies intend to conduct common feasibility studies on low-carbon chemicals production in India including a joint evaluation of potential technologies
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