Collaborative Research Centre (CRC) 287

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.

Velocity in packed bed using LBM as well as segregation on a batch grate
The laboratory of granular material to model a silo

The CRC is funded by the Deutsche Forschungsgemeinschaft (DFG, German Research Foundation )
Project ID 422037413 – CRC 287.

  • 22,08,2023   Paper on DEM/CFD Simulations of a Generic Oxy-Fuel Kiln for Lime Production published. Read more……………..
  • 21,08,2023   Paper on Particle-particle contact heat transfer published. Read more……………..
  • 14,08,2023   Paper on Pyrolysis of Spherical Wood Particles published. Read more ………..
  • 31,07,2023   Paper on physico-chemical behavior of  wood blocks  published. Read more    ………………………………………………………

2.-5.,04,2024      CRC 287 will organise a section at the INFUB conference . Read more

18,12,2023 Hybrid-lecture “Parenthood and Science” in Magdeburg. Read more

15,12,2023 Workshop on “Gender appropriate candidate assessment” in Magdeburg. Read more

26.-28.,09,2023  CRC 287 will organise a section at the PARTEC Congress. Read more

20,09,2023  MGK Guest lecture by Prof. Bénédicte Cuenot, CERFACS, France, Sept. 20th at 10. Read more

The CRC project areas are:

A

B

C

Gas-Phase Phenomena

Particle Phenomena

Coupled Process

velocity and heat transfer in packed bed reactor
CRC retreat of Collaborative Research Centre (CRC) 287
velocity and heat transfer in packed bed reactor