Introducing the nova-Institute’s unique group of biopolymer experts: A new level of market and trend reporting
The nova-Institute’s world-renowned market and trend reports are produced by nova scientists in collaboration with leading international experts - they are among the most reliable and respected sources on the market
IPCEI: Hydrogenious LOHC receives multi-million grant for GreenHydrogen @ Blue Danube
Starting in 2028, the LOHC ReleasePLANT to be built as part of the Green Hydrogen @ Blue Danube project will supply up to 1,800 tons of green hydrogen to offtakers in the Bavarian industrial area in the Danube region
Unlocking the Future of the European Circular Economy: Factsheet on Carbon Capture and Utilisation by the WaterProof Research Project
The new factsheet defines and explains CCU and its advantage over carbon capture and storage (CCS), describes strategies how to make CCU a sustainable technology and lists a variety of products that can be derived from carbon dioxide (CO₂)
World-first trial of new technology to recycle CO2 emissions from steel production begins at ArcelorMittal Gent, Belgium
Together with Mitsubishi Heavy Industries and D-CRBN, ArcelorMittal is going to trial a new technology to convert carbon dioxide into carbon monoxide which can be used in steel and chemical production
World’s first supply chain established for more sustainable polyester fiber based on CO2-derived material as well as renewable and bio-based materials
For North Face in Japan, renewable and bio-based materials as well as carbon capture and utilization (CCU*) instead of fossil-based will be used. The consortium parties are Goldwin in the role of project owner, Mitsubishi Corporation, Chiyoda Corporation (all three from Japan), SK geo centric (Südkorea), Indorama Ventures (Thailand), India Glycols (Indien) and Neste
Erstmals Lieferkette für nachhaltigere Polyesterfasern etabliert, hergestellt aus CO2-basiertem Material und erneuerbaren sowie biobasierten Rohstoffen
Für North Face in Japan sollen erneuerbare und biobasierte Materialien sowie CO2 eingesetzt werden. An dem Projekt beteiligt sind Goldwin als Projektträger, Mitsubishi Corporation, Chiyoda Corporation (alle drei aus Japan), SK geo centric (Südkorea), Indorama Ventures (Thailand), India Glycols (Indien) und Neste
Carbonaxion Bioénergies Inc. is awarded the combined financial support of nearly $350,000 from the provincial and federal governments to study an innovative clean energy project in Portneuf, Quebec, one of the first of its kind in Canada
The 3G RNG will be obtained by combining biogenic CO2 from a landfill site with green hydrogen (H2), using innovative biocatalytic methanation technology developed by the German firm Electrochaea GmbH
Only One Week Left to Save 20% – Book your Advanced Recycling Conference tickets by July 16th!
Future-focused attendees of the Advanced Recycling Conference 2024 have just one week left to secure their spot and save 20% with early bird bookings. Don't miss this opportunity to explore the future of advanced recycling!
c-ton by Concrete Innovation Group – die Technologie, die aus Betonsteinen permanente CO₂-Speicher macht
Die AHE Holding GmbH, die Carbon Instead UG und die Carbon+ Solutions GmbH haben ein Additiv auf Basis von technischem Kohlenstoff entwickelt, wodurch sich alle Emissionen von c-ton-Produkten ausgleichen
Comprehensive Industrial Carbon Management calls for fast and coherent implementation of policy measures
The reduction of fossil fuel dependency and the long-term requirements of carbon as a feedstock must be supported by mechanisms incentivizing a shift to renewable carbon for the chemical and material industries
Science Based Targets Initiative (SBTi) extends scope to alternative carbon feedstocks
For the first time, SBTi’s latest draft consultation includes requirements for companies to set alternative feedstock targets for CCU, bio-based and chemical recycling – in line with RCI’s renewable carbon concept
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