The ITC research teams develop thermochemical process chains. In a holistic approach, process steps are investigated from laboratory scale up to industrial scale. Following the key objective of sustainable transformation of the energy system, work is focused in raw material change as well as low quality feed material such as waste streams.

Research comprises development and application of specific measuring techniques to enable process understanding and simulation by means of theoretical modelling.

Furthermore, we run the gasification and high-pressure / high-temperature gas cleaning of the bioliq®-process, generating on-spec syngas for chemical production from biomass.

Two examples for current innovations driven by ITC research are the Celitement®-process to manufacture new types of cement reducing process inherent CO2 by-production drastically, and chemical recycling of mixed plastic waste through pyrolysis.

The associated chair for High-temperature Process Engineering teaches at the KIT department “Chemical engineering”.

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News

Logo ITCLogo ITC
Lecture Hochtemperaturverfahrenstechnik

Sommersemester 2021 - Online MS-Teams

Beginn: 23. April 2021

Vorabanmeldung in ILIAS notwenig.

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Pyrolysis Automobile Plastic ResiduesKIT
Pyrolysis of Automobile Plastic Residues

Cooperation of KIT and AUDI within the THINKTANK Industrial Resource Strategies on chemical recycling.

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State Minister Environment UnterstellerMagali Hauser
State Minister of the Environment Untersteller visits KIT

Visit at the ITC's plastics pyrolysis plant of State Minister of the Environment Untersteller on August 6, 2020 as part of his summer tour at KIT.

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Events
Event time place issue Referent

DD.MM.2021,
11:00 - 12:00 Uhr

Online via MS-Teams

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12.07.2021,
11:00 - 12:30 Uhr

Online via MS-Teams

Nutzung von mineralischen Produktionsausschüssen und Rückbaumaterial zur Synthese von Bindemittel am Beispiel der Porenbetonherstellung

Michael Köhler

12.07.2021,
11:00 - 12:30 Uhr

Online via MS-Teams

Charakterisierung des thermischen Abbaus von Carbonfasern unter oxidativen Reaktionsbedingungen in einem Festbettreaktor

Oliver Birchen