Abstracts

MAT. Membrane Materials

1. Ion-conducting ceramics
2. Metals and alloys
3. Metal-oxides and silica
4. Zeolites & MOFs
5. Non-oxides
6. Carbon
7. 2D and 1D materials
8. Hybrids and composites

FAB. Membrane Fabrication

1. Synthesis methods
2. Characterization
3. Up-scaling / miniaturisation
4. Economics & Life cycle analysis

MOD. Modeling & Simulation 

1. Membrane design by modeling
2. Molecular modeling of transport,  separation mechanisms & performance
3. Process design by modeling
4. Artificial intelligence methodologies in membrane science and engineering

APP. Membrane Applications

1. Liquid-phase separations (MF, UF, NF, RO, PV, VP, MD, PerCryst)
2. Gas & vapour separations
3. Integrated processes & reactors (Catalytic reactors, Solar reactors, Electro- & Bio Reactors, SOEC, SOFC)
4. Microsystems & sensors