The CRC examines reacting moving granular assemblies with gas flow, an important unit operation in energy process engineering.
We develop models for reactive particle systems from DNS up to large-scale reactor simulations by DEM/CFD. Additionally, we focus on innovating measurement techniques that provide a detailed insight into the phenomena in moving, reacting particle beds.
The CRC is funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation ) Project ID 422037413 – CRC 287.
07.04.2026 – 10.04.2026 CRC 287 participates at INFUB (European Conference on Industrial Furnaces and Boilers) at Porto Read more
17.03.2026 – 19.03.2026 The annual Doctoral and Post-Doc Workshop together with Code & Data Sprint takes place in Darmstadt Read more
17.03.2026 PhD Defense of Josephine Oppotsch (CRC 287) Read more
24.03.2026 Paper on ”Influence of Bed Stoking on Pyrolysis of a Polydisperse Bulk of Particles” published in Combustion Science and Technology. Read more
12.12.2025 PhD Defense of Reza Namdar (CRC 287) Read more
06.11.2025 Paper on ”Tabulation applied to thermal conduction within complex particle geometries” has been accepted in Particuology. Read more
29.10.2025 Guest Lecture by Prof. Kit Windows-Yule, University of Birmingham.
Title: Using nuclear imaging, numerical simulation, and lightweight AI to optimise industrial systems. Read more
27.10.2025 JMR/JMRO “New Voices in Magnetic Resonance” Award for CRC 287 Project A2 Paper. Read more
Dr. Nicole Vorhauer-Huget (left) and professor Dr.-Ing. Alba Dieguez Alonso (right) are preparing for experiments on the microwave reactor at the University of Magdeburg. For further reading, click here.