Summer Special at the nova-Institute: 20 % discount on all market and trend reports starting now, until 31 August 2021
From technologies over building blocks and polymers to fine chemicals: The latest market reports on bio- and CO2-based production, recycling, bio-based naphtha and the mass balance approach for a special price
Winners of the innovation award “Renewable Material of the Year 2021”: A chair made from hemp fibres and bio-resin, PET bottles made from enzymatically recycled textile waste and CO2-based household cleaners
The new concept of the Renewable Materials Conference generated an outstanding response: 420 participants witnessed a firework of innovations of non-fossil material solutions and voted for the winners of the innovation award
LyondellBasell starts commercial production of polymers using raw material derived from plastic waste
LyondellBasell announced another step towards its ambition to advance the circular economy by making virgin quality polymers from raw materials derived from plastic waste at its Wesseling, Germany, site
Renewable Carbon Initiative (RCI) publishes comic strip and videos to introduce renewable carbon to all How to meet the global need for carbon as a feedstock in the chemical and derived materials sector in the future?
The chemical sector has a long-lasting and increasing demand for carbon that is embedded in its products. Today, 450 million tonnes of carbon are contained in chemicals and polymers, mostly sourced from fossil resources. The free report “Turning off the Tap for Fossil Carbon”, shows how the demand is met today and could be covered by renewable carbon in the year 2050.
Three advanced recycling technologies, a CO2-based cleaner, plant leather and a hemp chair are nominated for the innovation award “Renewable Material of the Year 2021”
For the first time: All fossil-free material solutions in one competition at the unique “Renewable Materials Conference”. Six innovations were nominated from 36 submissions. The conference participants will choose the winner.
Bei welchen Kunststoffprodukten ist der biologische Abbau eine sinnvolle End-of-Life-Option?
Das Projekt BioSinn fand Produkte und Anwendungen, für die biologischer Abbau am Lebensende eine echte Option darstellt. 25 Steckbriefe beantworten für jede Anwendung technische und regulatorische Fragen. Auch das Marktvolumen dieser Anwendungen wurde geschätzt: Es sind in Deutschland etwa 170.000 Tonnen*, in der Europäischen Union etwa 1 Million Tonnen pro Jahr!
For which plastic products is biodegradation a viable end-of-life option?
The BioSinn project found products and applications for which biodegradation at the end-of-life is a real option. 25 fact sheets answer technical and regulatory questions for each application. The market volume of these applications was also estimated: in Germany it is about 170,000 tonnes*, in the European Union about 1 million tonnes per year!
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