Our project

TrackAct - Tracking the Active Site in Heterogeneous Catalysis for Emission Control

More than 95% of all chemical products have seen a catalyst during their production, hence, catalysis plays a tremendeous role, presently being a 3 trillion $ / year market of chemical industry. Heterogeneous catalysis is a substantial part of it, and the great importance of emission control for environmental and human health is obvious.

Despite this importance, still very little is understood about the mechanisms on a truly atomic scale which is necessary for better control of function on all length scales up to the macroscopic. Consequently, catalyst design has been more empirical than knowledge-driven up to now. More than 60% of the noble metals produced worldwide are used in catalysis. As noble metals are finite resources, there is an urgent need to reduce their content in catalysts to the effective minimum, the so-called active site. Structural changes under process conditions and their pronounced heterogeneity often pose a great challenge for knowledge-based design. New perspectives are evolving, e.g. in the preparation of defined metal clusters/particles, their characterization, and theoretical modeling, allowing to track and fundamentally understand the active sites in catalytic systems. This is the starting point of this interdisciplinary Collaborative Research Centre, where we aim at a holistic understanding by linking the different length scales and catalyst complexity levels. Our scale-bridging approach connects three areas: (A) size-selected clusters and defined nanoparticles, (B) porous catalysts with noble metal particles of defined size on support oxides with oriented surfaces and (C) hierarchically structured catalysts at the reactor level.

Project Area A

Project Area B

Project Area C

FuturEMission: Register now

Submission Deadline extended to 25.4.! Find out more.

The goal of TrackAct is to identify and track the nature of the active site, to design and manipulate them from bottom-up across the various length scales, and - on a long-term vision - predict and actively control them during operation.

TrackAct officially  started on January 1st 2021, press release from DFG and KIT.

Auf der Jagd nach dem aktiven Zentrum - Video

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Auf der Jagd nach dem aktiven Zentrum - Video

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Katalyseforschung auf drei Skalenebenen - Video

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Katalyseforschung auf drei Skalenebenen - Video

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News

Here you can find the most recent news.

Thumbnail of video "Katalyseforschung auf drei Skalenebenen"Christian Wetzel, ZML
Katalyseforschung auf drei Skalenebenen - Video

Get to know the different departments in our second video! Here, our scientists present their work - from catalysts in the microcosm to hand-sized, applied catalysts.

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Thumbnail of video "Auf der Jagd nach dem aktiven Zentrum"Christian Wetzel, ZML
Auf der Jagd nach dem aktiven Zentrum - Video

How do catalysts work and what do they look like during the reaction? These are the key questions for the development of efficient catalytic processes, the understanding of which is the ultimate goal of TrackAct.

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From left to right: Dr. Gesa Netzeband (Managing Director of DGMK), TT-Prof. Dr. Moritz Wolf (Carl-Zerbe Awardee), Prof. Dr. Dieter Vogt (Head of DGMK Division Petrochemistry)Peter Leuten, DVV Media
Carl-Zerbe Award for Prof Dr Moritz Wolf

TT-Prof. Dr. Moritz Wolf has received the prestigious Carl-Zerbe Award from the German Scientific Society for Sustainable Energy Sources, Mobility and Carbon Cycles e. V. (DGMK). The prize recognizes outstanding scientific work by young scientists in the fields of processing and application of carbon carriers, such as their conversion. The award, endowed with €5,000, was presented at the DGMK/ÖGEW/SCI Conference "C1 Building Blocks for Future Chemistry" on October 12, 2023 in Dresden. Congratulations from the entire CRC!

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Image abstract of A First-Principles Approach to Modeling Surface Site Stabilities on Multimetallic CatalystsACS Catal. 2024, 14, XXX, 874-885
New Publication in A05!

Congratulations to P. Plessow and co-workers for their recent study on modeling surface site stabilities on multimetallic catalysts. Learn more on their fascinating appraoch here.

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Image belonging to the publication
New Publication in B1, B2, B3, C1 and C2

Congratulations to our Projects B1, B2, B3, C1 and C2 for their recent study on "TiO2-CeOx-Pt Hollow Nanosphere Catalyst for Low-Temperature CO Oxidation". New synthesis strategy for hollow nanospheres already lead to active materials and is a promisong concept for future emission control catalysts.

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Graphical abstract of the publication
New Publication in A2

Congratulations to Project A2 for their recent study on the question: How do Silver-clusters dissociate in gas phase? This complex process was answered in detail using mass spectrometry and complementary theoretical calculations.

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