Summer Special 2024: Through August 31, 2024, get 20% off all

Advanced recycling technologies, bio- and CO2-based chemicals, building blocks, and polymers, as well as regional insights and renewable building blocks are only a few examples. For a specific fee, the most recent nova-Institute studies regarding the markets for renewable carbon are accessible.

Every pertinent subject pertaining to renewable carbon is covered in the nova-Institute market report portfolio. The publications go into great detail about feedstocks used in the chemical industry, ranging from chemical recycling to biomass to CO2. They offer thorough analyses of the Chinese bio-based and biodegradability landscape, guidelines, standards, and labels for bio-based products, as well as a comprehensive overview of bio- and CO2-based building blocks and polymers, the advanced recycling landscape, and particular renewable building blocks like naphtha. Additionally, research on technology, strategy, major companies, and the most recent industry statistics are accessible from nova-Institute.

The market and trend studies, which are among the most trustworthy and reputable sources available, were put together by nova scientists in collaboration with top worldwide specialists.
For 29 market reports, you may enjoy a 20% discount by using the authorization code Summer2024. You may get all of the reports at https://renewable-carbon.eu/commercial-reports.

The following thorough overview reports are included in the package, albeit they are not the only ones:
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“Technologies and Market, Status and Outlook for Alternative Naphtha – Replacing Fossil-Based Feedstocks in Refineries and Naphtha Crackers”

The chemical industry must discover substitutes for fossil-based naphtha in order to defossilize. The “alternative naphtha” concept uses the infrastructure already in place for refineries, steam cracking, and the chemical industry. It suggests replacing some of the fossil-based feedstocks, such as crude oil or fossil-based naphthas, with renewable carbon alternatives made from CO2, biomass, and recycling.

https://docs.google.com/document/d/15yhguSFjKzB05n7CwYIe1tDu-0absJarZvh6ydaStlA/edit

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