18 January 202411 January 2024 Making plastics biodegradable by UV-light The project ULTRADREAM is using agricultural side streams and residues for developing novel modified bio-based, renewable polymers, with inherent biodegradation capabilities
The bioeconomy: What next for Europe? The bioeconomy's focus has shifted from fuels production to bio-based materials
17 January 202417 January 2024 Substantiate your green claims – Get ahead of the curve! In recent years, consumers have been confronted by producers and retailers with statements such as “carbon neutral”, “carbon negative” or “net-zero” that have increasingly lost their credibility. And rightly so, as many of these statements were more marketing than scientifically based
The brightest stars of Renewable Materials meet in Siegburg/Cologne (Germany), 11-13 June 2024 The Number One Meeting Point for Global Leaders in Industry, Academia and Policy – first 40 speakers announced, deadline for submissions for the innovation award is 28 February 2024
Cellulose Fibre Innovation of the Year 2024: Nominierte Innovationen reichen von ressourceneffizienten und recycelten Fasern für Textilien und Wandpaneelen bis hin zu Geotextilien für den Gletscherschutz Sechs für den Preis nominierte Unternehmen präsentieren innovative und nachhaltige Lösungen für verschiedene Branchen in der Cellulosefaser-Wertschöpfungskette. Das gesamte wirtschaftliche Potenzial der Cellulosefaser-Industrie wird einem breiten Publikum vorgestellt, das in Köln (Deutschland) und online über die Gewinner abstimmen kann
Cellulose Fibre Innovation of the Year 2024: Nominated Innovations Range from Resource-efficient and Recycled Fibres for Textiles and Building Panels to Geotextiles for Glacier Protection Six award nominees present innovative and sustainable solutions for various industries in the cellulose fibre value chain. The full economic potential of the cellulose fibre industry will be introduced to a wide audience that will vote for the winners in Cologne (Germany), and online
WSS Research Centre for a circular economy in the chemical industry In the new WSS Research Centre RWTH-scientists will be developing catalysis-driven production processes that enable multidimensional circularity in the chemical industry
WSS-Forschungszentrum für eine Kreislaufwirtschaft in der Chemie Im neuen WSS-Forschungszentrum werden RWTH-Wissenschaftler katalytisch getriebene Produktionsverfahren entwickeln, um eine mehrdimensionale Kreislaufwirtschaft in der chemischen Industrie ermöglichen
TIPA and ATI craft compostable, biobased coffee capsules lids The new, compostable lids combine TIPA’s breakthrough high-barrier film and ATI’s patent protected system to support consisted flow and enhanced taste experience
Genera Announces $340+ Million Investment in Sustainable Biomaterials Campus The investment will expand Genera’s manufacturing, production and distribution operations of its circular, compostable packaging solutions and biomaterials
Chemisches Recycling mit grünem Strom Lyondell Basell errichtet eine großtechnische Demonstrationsanlage für das chemische Recycling. Die Anlage wird mit grünem Strom voll-elektrifiziert betrieben
DSU receives $300,000 grant for microalgae research A Multiple-Stage Cost Effective Smart Farming of Engineered Microalgae for Simultaneous Production of High-Value Molecules and Bioenergy
Bio-based plastic: Made from renewable materials FuraCore® by Stora Enso is introducing an innovative process that addresses traditional challenges associated with FDCA production
GreenLight Biosciences Announces EPA Registration of Calantha GreenLight Biosciences Secures EPA Registration for new bioinsecticide, Calantha - Historic Step Towards A Safer and More Sustainable Food System
Turning plastic trash into chemistry treasure Researchers employ common plastics to kickstart radical chain reactions, creating a way to reuse plastic waste while improving process safety and efficiency
Verwandlung von Plastikmüll in einen chemischen Schatz "Die Verwendung von handelsüblichen Kunststoffen als chemische Reagenzien stellt eine völlig neue Perspektive für die organische Synthese dar"
16 January 202417 January 2024 Renewable Carbon Companies directory with nearly 41,000 company profile downloads in 2023 The Renewable Carbon Companies (ReCaCo) business directory has established itself as the primary source of information on renewable and sustainable materials solutions. Innovative companies in the field of renewable carbon present their products, intermediates and services
A Glass That Sifts Carbon Dioxide Research Group Develops a Glass Material That Precisely Separates Gases
Ein Glas, das Kohlendioxid siebt Forschungsgruppe entwickelt ein Glasmaterial, das Gase präzise voneinander trennt
2023 Sees NETL Make Strides in CO2 Conversion Research & Development Researchers grew versatile biocatalysts using microbes from a coalbed methane (CBM) well to convert industrial CO2 wastes and other single-carbon compounds into useful chemicals
Topsoe selected by Essar to provide technology for £360 million carbon capture project Essar’s carbon capture facility is expected to be operational by 2028, eliminating an estimated 1 million tons of CO2 per year
Industrie sieht Chance für ökologisch sinnvolle Alternative zur verschobenen Plastiksteuer So wäre es nach Ansicht der IK beispielsweise zielführend, stärkere finanzielle Anreize für hochgradig recyclingfähige Verpackungen zu setzen und damit auch den Trend hin zu schlecht recyclingfähigen Papier-Verbundverpackungen zu stoppen
Maersk signs MoU with City of Yokohama and Mitsubishi Gas Chemical on development of green methanol bunkering infrastructure in Yokohama The successful implementation of this initiative heavily relies on the establishment of port bunkering infrastructure for methanol worldwide
Glitter has a microplastics problem. One company says it has the solution Like the Ronald Britton team decided Germany’s Sigmund Lindner to replace plastic with regenerated cellulose and reconstitute it into a clear film, which is then coated with a thin layer of aluminum and color
The extra mile from the lab to industry Converting the greenhouse gas CO₂ into raw materials for industry using renewable energies: What electrocatalysis can do in theory should be applied as quickly as possible
Die Extrameile vom Labor in die Industrie Das Treibhausgas CO₂ mittels erneuerbarer Energien in Ausgangsstoffe für die Industrie umwandeln: Was die Elektrokatalyse in der Theorie kann, soll möglichst schnell in die Anwendung
15 January 202416 January 2024 Invitation to the Stakeholder Event “Bio-Based Innovations for Industrial Applications“ 24 April 2024, 9:00-17:00 CET, Brussels, Belgium
Innovative Bastfaseranwendungen für die Industrie – Vorträge zum Workshop des DuroBast Projektes verfügbar
Printing inks made from plants On the path to a circular economy, Judith Deriu is developing natural color pigments from plants and uses them to make sustainable printing inks for industry in the laboratory at the Research Institute of Textile Chemistry and Textile Physics in Dornbirn
Druckfarben aus Pflanzen Auf dem Weg zur Kreislaufwirtschaft entwickelt Judith Deriu im Labor am Forschungsinstitut für Textilchemie und Textilphysik in Dornbirn natürliche Farbpigmente aus Pflanzen und darauf basierende, nachhaltige Druckfarben für die Industrie
Global Bioenergies specifies the schedule of its new biobased isobutene plant for cosmetics The finalization of the basic engineering design, concurrent with the signing of the first tranche of financing for the plant, is expected in summer 2024
No More Crying Over Spilled Milk Research chemist at the ARS has spent much of his career researching ways to convert agricultural waste products into bioplastics
Neste verdoppelt 2023 die Menge an verarbeiteten Kunststoffabfällen Das in den Testläufen hergestellte Produkt ist ein ISCC PLUS zertifizierter, hochwertiger Rohstoff für die Kunststoffproduktion
Neste doubled the amount of waste plastic processed during 2023 The output of the runs is high-quality, ISCC PLUS certified material for new plastics
ACWA Power signs agreement to develop green hydrogen project in Egypt worth more than $4 billion First phase of project will produce 600,000 tonnes-per-year of green ammonia
LyondellBasell Introduces New Plastics Made from Recycled Marine Maritime Gear Lyondell Basell presents a new recyclate for vehicles. The polypropylene copolymer is made from used fishing nets
Fischernetz-Rezyklat für Fahrzeuge Lyondell Basell stellt ein neues Rezyklat für Fahrzeuge vor. Das Polypropylen-Copolymer wird aus gebrauchten Fischernetzen hergestellt
12 January 202411 January 2024 Free PEFerence webinars in February: PEF in bottle applications and for textiles PEF is an aspiring new bio-based material aiming at replacing fossil PET in a variety of applications such as PEF bottles and as a new and sustainable material in the textile industry
Novel Catalyst System for CO2 Conversion Homogeneous catalysts investigated under industrial conditions
Neues Katalysesystem für die CO2-Umwandlung Homogene Katalysatoren unter industrienahen Bedingungen untersucht
OMV and Synthos sign MoU to cooperate on sustainability, including the supply of sustainable butadiene for synthetic rubber Sustainable butadiene will be produced in the steam cracker at the Burghausen refinery in Germany, which received full ISCC PLUS certification in March 2022
OMV und Synthos unterzeichnen MoU zur Zusammenarbeit im Bereich Nachhaltigkeit, einschließlich der Lieferung von nachhaltigem Butadien für synthetischen Kautschuk Nachhaltiges Butadien wird im Steamcracker der Raffinerie Burghausen in Deutschland hergestellt, der im März 2022 die vollständige ISCC PLUS-Zertifizierung erhielt
LyondellBasell and Pigeon Singapore Collaborate to Incorporate CirculenRenew Polymers in Nursing Bottles The used LyondellBasell CirculenRenew polymers are made from renewable feedstocks derived from bio-based wastes and residual oils, such as used cooking oils
A new EU project to valorize slaughterhouse waste and paper and pulp sludge Valorisation of different organic wastes to produce cost-efficient polyhydroxyalkanoates (PHAs) for agricultural and personal care applications
Der Pilz macht´s: Myzelbasierte Materialien nachhaltig und wirtschaftlich Myzelium ist ein interessanter Kandidat für neue, nachhaltige Materialien, wie Forschende schon vor Jahren fanden und begannen, mit myzelbasierten Materialien zu experimentieren
Using fungi to create sustainable and economical mycelium-based materials Mycelium is an interesting candidate for producing new, environmental-friendly materials, as researchers many years ago began experimenting with mycelium-based materials
Sumitomo Chemical to Establish Innovative and Highly Efficient Technology for Producing Methanol from CO2 Completion of CCU Pilot Facility for Demonstration of the Technology as a Green Innovation Fund Project
Insights Into the Metabolism of Plastic-Eating Bacteria Researchers have shown for the first time how bacteria break down common plastic coatings
Einblick in den Stoffwechsel plastikfressender Bakterien Forschende haben erstmals gezeigt, wie Bakterien häufig vorkommende Kunststoffbeschichtungen zersetzen