Multifunctional Ceramic Filter Systems for Metal Melt Filtration

Carbon-bonded filter materials and filter structures with active and reactive functional pores for steel melt filtration.- In-situ high-temperature microscopy on the interaction of exogenous non-metallic particles with endogenous particles in molten steel.- New insights in the aluminum melt filtration.- Thermodynamic assessment as a tool for modeling interactions at the interface between ceramic filter and melt.- Structural and thermodynamic properties of filter materials: A Raman and DFT investigation.- Microstructure of filter constituents and non-metallic inclusions and their interaction at high temperatures.- Using SPS/FAST to facilitate interface reactions and to establish reaction mechanisms.- Dealing with Fe in secondary Al-Si cast alloys including metal melt filtration.- Influence of reactive filter materials on casting's quality in aluminum casting.- Filtration of magnesium.- Qualitative and quantitative X-ray tomography of filter macrostructures and functional components.- Metal melt filtration in a water-based model system using a semi-automated pilot plant: experimental methods, influencing factors, models.- Modelling and Pore-Scale Simulation of Fluid Flow and Particle Transport inside Open-cell Foam Filters for Metal Melt -Filtration.- Characterisation of Heat Transport and Diffusion Processes during Metal Melt Filtration-Microprocesses of agglomeration, heterocoagulation and particle deposition of poorly wetted surfaces in the context of metal melt filtration and their scale up.- Modeling and evaluation of the chemo-thermo-mechanical behavior of filter materials and filter structures.- Reactive cleaning and active filtration in continuous steel casting.- Virtual Prototyping of 3D Printed Metal Melt Filters: An HPC-based Workflow and Software Tool Chain.- Registration of filtration efficiency of active or reactive filter in contact with steel melt in a steel casting simulator.- Decopperization by utilization of filter and the thermophysical

Christos Aneziris has been a professor of Ceramics at the Technische Universität Bergakademie Freiberg, Germany since 2001. His major field of research includes fundamental and applied aspects of modern refractories in advanced metallurgy processing routes. His current research spans the areas of iron and steel clean technology and casting up to advanced casting of non ferrous low and high temperature materials, refractories in energy applications as well as non conventional processing routes of metal and ceramic matrix fine- and coarse-grain composite materials, and porous materials. He is speaker of the collaborative research center of the German Research Foundation (DFG) "Multifunctional Filter systems; a contribution to Zero Defect materials", deputy speaker of the collaborative research center "TRIP - Matrix - Composites" and speaker of the Priority Program "Refractory Initiation for Reduction of Emissions". Christos Aneziris has been a full member of the Saxon Academy ofSciences and Humanities in Leipzig since 2009 and the German Academy of Technical Science (ACATECH) since 2011. Since 2012 he is a member of the review board of the German Research Foundation (DFG) in the field of "Ceramic and Metallic Sintered Materials" and since 2014 member of the board of the "Federation of International Refractory Research and Education - FIRRE". He has been serving as a member of the board of the German Ceramic Society since 2003 and in 2017 he was elected Fellow of the European Ceramic Society. In 2018 he became member of the World Academy of Ceramics and distinguished life member of the UNITECR organization.

Horst Biermann has been head of the Institute of Materials Engineering at the Technische Universität Bergakademie Freiberg, Germany, as University Professor for Materials Engineering since 2000. There, he was Dean of the Faculty of Materials Science and Technology for 10 years. He studied Materials Science at the University of