Arkema and OOYOO LTD. partner to develop gas separation membranes for carbon capture
Arkema will leverage its expertise and its leading innovation in high performance polymers, while OOYOO will develop membrane design – with a specific focus on CO2 separation membranes used for their ability to reduce greenhouse gas emissions
ARKEMA achieves mass balance ISCC Plus certification at its acrylic monomers production facility in Clear Lake, Texas (US)
These certifications support the introduction of a full range of bio-attributed specialty resins and additives for lower VOC or carbon intensive technologies including high solid, waterborne and polyester powders
Monthly news from the Renewable Carbon Initiative (RCI), March 2024
About the 4th Co-Implementation meeting on Transition Pathway and a meetign with DG Grow, DG Clima and DG Envi, the new membership of RCI, an upcoming webinar, discounts for the Renewable Materials Conference and nova commercial reports, and the newest RCI members
Hannover Messe 2023: IfBB presents bioplastics for high-temperature applications in automobiles
The research project "HoT-BRo2- Bioplastics for high-temperature applications" will undertake targeted material developments and modifications in order to make thermoplastic bioplastics and bio-composites applicable across all sectors in the high-temperature range
Hannover Messe 2023: IfBB präsentiert Biokunststoffe für Hochtemperaturanwendungen in Automobilen
Im Projekt HoT-BRo2 werden gezielte Materialentwicklungen und -modifizierungen vorgenommen, um thermoplastische Biokunststoffe und Bioverbundwerkstoffe branchenübergreifend im Hochtemperaturbereich anwendbar zu machen
Arkema to increase its global Pebax® elastomers production capacity by 25%
To support its customers’ strong growth, in particular in the sports and consumer goods markets, Arkema will increase its global manufacturing capacity for Pebax® elastomers by approximately 25% through an investment at its Serquigny plant in France
Forschung: Biokunststoffe sollen auch für Hochtemperaturanwendungen im Automobilbereich eingesetzt werden
Inwiefern eignen sich Biokunststoffe für Teile im Automobilbereich, die hohen Temperaturen und Belastungen ausgesetzt sind? Am IfBB an der Hochschule Hannover wird genau das im Rahmen einer Studie erforscht
VITO optimises CO2 conversion in the European-funded BioRECO2VER project
Industrial point sources of CO2 are well suited for carbon capture & utilisation applications, in short CCU. The conversion of greenhouse gases into added value (base) chemicals can take place in biological processes. With a brand new, unique high-pressure fermenter, VITO is researching how these processes can be optimised.
Chemicals and Materials for the Future: Renewable Materials Conference 2021 – Final Program
Which renewable materials are solutions that meet the needs of future societies? As a response to this challenging question, nova-Institute has decided to unite all relevant industries in the new “Renewable Materials Conference”, May 18–20, 2021, featuring a unique concept to present all renewable material solutions at one event: bio-based, CO2-based and recycled.
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