Welcome to the CVT!

The Institute of Chemical Process Engineering at KIT investigates, teaches and develops new processes to chemically transform substances. In doing so, we focus primarily on chemical reaction engineering. We also develop and use models and CFD simulations so that we better understand how the reaction takes place. Based on this knowledge, we can design reactor internals and catalyst supports in a targeted manner and intensify material conversion processes.

 

 

News

Gruppe von Studierenden und Mitarbeitenden vor einem Gebäude, einige tragen weiße Laborkittel.CVT
Field trip to hte GmbH

Students and CVT staff visited hte GmbH in Heidelberg as part of two field trips. Exciting presentations and informative guided tours allowed them to experience the operation and construction of high-throughput systems for catalyst testing at first hand. Great discussions with employees and students provided excellent opportunities for professional exchange and an insight into the industry. Thank you for the invitation!
27.02.2026

Gruppe von Studierenden vor Forschungsplakaten zu katalytischen Reaktoren, Präsentationen im Wissenschaftslab.CVT
Poster presentation CARD 2026

At the end of the course Computer Aided Reactor Design (CARD) in the 2025/26 winter term, another poster presentation was held. This year’s Best Poster Award went to B. Huber, K. Iliev und T. Mack.
24.02.2026

Zwei lächelnde Personen.CVT
Successful stay abroad

We bid farewell to Ted Coles (right), who is now moving on to continue his studies at the Loughborough University after a successful stay at our institute. We thank him for his commitment to the institute and wish him continued success in the future.
17.12.2025

TeamfotoCVT
Christmas greetings from CVT

The CVT wishes you a Merry Christmas and a great start to 2026!
15.12.2025

Paper
New publication in Powder Technology

Maximilian Meyer published a new publication in Powder Technology in cooperation with colleagues from the CVT and Clariant AG.
In this work, a new method for generating synthetic packed-bed structures for particle-resolved computational fluid dynamic (PRCFD) simulations considering catalyst pellet fragments is presented. Further information.
25.11.2025

Prof. Dr.-Ing. Gregor D. Wehinger and KIT President Professor Dr. Jan S. Hesthaven in a laboratory with technical equipment in the background.CVT
Visit of our president

On October 15, 2025, President Prof. Dr. Jan S. Hesthaven visited our institute.
We were very pleased to have the opportunity to present modern induction-heated reactor concepts and recent advances in reactor modeling.
October 22, 2025