The webinar introduces the challenges and strategy to upgrade tire derived oil (aka. tire pyrolysis oil) using hydroprocessing technology to convert it into an automotive fuel (e.g. diesel) or a fuel suitable for processing in a steam cracker and to be further converted into poly-olefins.
After participating to the webinar, attendees will:
Be introduced to the challenges of upgrading tire derived oils
Understand the upgrading strategies using hydroprocessing technology such as hydrotreating and hydrocracking
Be aware of the technical requirements in order to produce fuels or feed for steam crackers when using such feedstocks
Get to see a few examples and product properties that can be obtained using different process configurations
This course will be useful to:
Organizations interested in tire pyrolysis and tire recycling
Organizations interested in upgrading of tire derived oils in order to produce transport fuels or feed to steam crackers
Refinery engineers who work with hydroprocessing and related catalysts and processes, as well as more experienced engineers interested in upgrading of alternative feedstocks
Investors evaluating investments in new technologies linked to the circular economy and materials sustainability
Researchers and consultants from other fields wishing to add know-how to their portfolio
Founded in 1940, Topsoe is a global leader in solutions for a decarbonized world, supplying technology, catalysts, and services for worldwide energy transition.
Topsoe’s mission is to help partners and customers achieve decarbonization and emission reduction targets, including those in challenging sectors. From low-carbon or zero-carbon chemicals to renewable fuels and circular plastic, Topsoe is uniquely positioned to aid humanity in realizing a sustainable future.
Topsoe: Enabling the energy transition. | Video by Haldor Topsoe.
Topsoe is headquartered in Denmark and serves customers all around the globe. To learn more, visit www.topsoe.com
Rasmus G. Egeberg
R&D Director, Clean & Renewable Fuels Technology at Topsoe
Rasmus G. Egeberg holds an MSc in Physics from the University of Copenhagen and a PhD in Surface Science from the Technical University of Denmark. Since 2001, he has worked in R&D at Topsoe. He has extensive experience in fundamental surface science, hydroprocessing reaction mechanisms, and pilot-plant testing. Dr. Egeberg currently holds the position of R&D Director for Clean & Renewable Fuels Technology, with responsibility for the development of process solutions for hydrocracking and renewable fuels. He has published over 30 technical papers and patents.
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