Projects

	PROJECTS 3rd GENERATION (10/2019 - 03/2023)
Research Area	Research project	Contact	Project
Material Development	Plasmonic Porous Ceramics*	Maas	01/03
	Polymer-derived Ceramics with graded structures for phase separation and catalysis*	Wilhelm	02/03
Process Analysis	NMR Methods for a comprehensive and fast characterization of mass transport and catalytic reactions in porous materials*	Dreher	03/03
	Detection of colloid motion in deep bed filtration processes by means of Fast-X-Ray-Tomography*	Odenbach	04/03
Basic Research Experiments For Mass Transport In Porous Materials	Investigation of dielectrophoretic effects in porous structures*	Baune	05/03
	Mass transport in graded monolithic catalyst supports for strong exothermal gas phase and multiphase reactions*	Thöming	06/03
Modelling And Simulation	Transport, separation and mixing of complex multiphase fluids in pores and porous membranes with varying surface activities*	Fritsching	07/03
	Simulation of structural changes of mesoporous films and layers during liquid infiltration and drying*	Mädler	08/03
	Computer analysis of complex porous ceramic structures*	Rezwan	09/03
Special Applications	Application of porous ceramics for phase separation in spacecrafts*	Dreyer	10/03

	PROJECTS 2nd GENERATION (10/2016 - 09/2019)
Research Area	Research project	Contact	Project
Material Development	Porous ceramic nanocomposites with entrapped biofunctionality for biotechnological applications*	Maas	01/02
	Multifunctional precursor derived ceramics prepared by freeze casting technique*	Wilhelm	02/02
	Catalytic active Materials prepared from Sol-Gel techniques*	Bäumer	03/02
	Synthesis and Fabrication of Sic-Based cyramic nanocomposites foams with micro-meso-macroporosity*	Kaur	12/02
	Inorganic foam structures by using residual materials	Thöming	13/02
	Proteolytic ceramic capillary membranes for the preparative production of bioactive peptides	Maas	14/02
	Preparation of Porous Ceramic Membranes for Integrated Microbial Fuel Cell – Membrane Bio Reactor (MFC - MBR)	Wilhelm	15/02
	New polysiloxanes-based electrode materials for Microbial Fuel Cells (MFCs)	Wilhelm	16/02
	New polysiloxanes-based ceramic membranes for emulsion separation/creation and membrane distillation	Wilhelm	18/02
Process Analysis	NMR methods for the characterisation of mass transport and reaction processes in porous materials*	Dreher	04/02
	Protein Adsorption on Meso- and Macroporous Ceramics*	Brüggemann	17/02
Basic Research Experiments For Mass Transport In Porous Materials	X-ray microtomography investigations of deep bed filtration processes*	Odenbach	06/02
	Investigation of dielectrophoretic effects in porous structures*	Baune	07/02
	Mass transport in graded monolithic catalysts during gas and multiphase reactions*	Thöming	08/02
Modelling And Simulation	Determining three dimensional failure surfaces for porous ceramics from FE simulations and mechanical testing*	Hochrainer	09/02
	Modeling of transport of rheological complex multiphase fluids in micropores and microporous membranes*	Fritsching	10/02
	Simulation of catalytic reaction in porous structures and its optical characterization*	Wriedt	05/02
Special Applications	Application of porous ceramics for the handling of cryogenic media in space*	Dreyer	11/02