deutsch  | Home | Legals | Sitemap | KIT
Prof. D. Stapf
Head of Institute
Prof. Dr.-Ing. Dieter Stapf

Karlsruhe Institute
of Technology (KIT)

Institute for Technical Chemistry
Platz 1  
D - 76344 Eggenstein-Leopoldshafen
Building 403 Room 201

Phone +49(0)721 / 608 - 29271
Fax     +49(0)721 / 608 - 24373
eMail    Dieter StapfSxp4∂kit edu

Stephanie Preßmann
Stephanie PressmannTsd6∂kit edu


28.08.2017, 11:00-12:00 Uhr
ITC, Seminarraum Bau 430 (EG)

"Ecoloop - Vergasung schwieriger Stoffe im Kalkwanderbett, erste Erfahrungen zur Transformation von Festbett-Versuchsergebnissen in der KLEAA"


Roland Möller
Geschäftsführung Ecoloop GmbH


kommende ITC-Kolloquien

Seminar Hochtemperatur-verfahrenstechnik (B/M)

04.09.2017, 11-12:30 Uhr
Seminarraum ITC, CN Bau 430

"Techno-ökonomische Prozessbewertung der Torrefizierung von Biomasse"

Alexander Schöbel


"Bestimmung der effektiven Dichte von Nanopartikeln in Flammen mittels Vergleich von aerodynamischem und Mobilitätsdurchmesser"

Andreas Schunck

kommende Seminare Hochtemperatur-


Welcome to the Institute for Technical Chemistry (ITC)

  • f01
  • f02
  • f03
  • f04
  • f05
  • f06
  • f07
  • f08
  • f09
  • f10
  • f11
  • f12
  • f13
f011 f022 f033 f044 f055 f066 f077 f088 f099 f1010 f1111 f1212 f1313

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 the Carola-Clean-Air® particle filtration technology for application at decentralized wood combustion.

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


Gerlinger Foundation 2017 Award for Martin Bublinski

The PhD Thesis of Martin Bublinski "CO2-Removal from Synthesis Gases during High-Temperature-High-Pressure Conditions" was awarded with the Gerlinger Foundation 2017 Award.


Zement aus Bergbaurückständen

KIT-ITC Partner im neuen Deutsch-Polnischen Projekt NOMECOR



New EU Project HiEff-BioPower

will demonstrate innovative Combined Heat and Power process with high temperature fuel cell technology (SOFC) for biomass gasification 1-10 MWtherm




Honoring the achievements by the VDI

Award for Fr. Daniela Baris at the competition "engineers and their achievements" from VDI