TOPICS

TOPIC 1: 
Pressure-driven and osmotic membrane processes (MF, UF, NF, RO, FO, PRO)

  • Microfiltration, ultrafiltration
  • Nanofiltration, reverse osmosis
  • Forward osmosis, pressure retarded osmosis
  • Applications for seawater and brackish water desalination, wastewater treatment and drinking water

TOPIC 2:
Electro-membrane technologies for energy and sustainability

  • Electro-membrane processes (RED, ED, etc.)
  • Membranes for energy, (microbial) fuel cells, batteries, electrolysers
  • Industrial applications and scale-up
  • Waste a resource recovery

TOPIC 3:
Gas separation, pervaporation, membrane distillation and crystallization, CO2 capture and utilisation

  • Gas separation and pervaporation
  • Membrane distillation, osmotic distillation, membrane crystallization
  • Membrane-based solvent extraction
  • Membrane emulsification, membrane nanoprecipitation
  • Membrane contactors, membrane condensers, membrane dryers
  • Membrane technologies for CO₂ capture and utilisation

TOPIC 4:
Membrane process modelling

  • Modelling, simulation, and artificial intelligence methodologies in membrane science and engineering
  • Transport models, fluid dynamic, module design
  • Membrane process intensification, techno-economic analysis, life cycle assessment

TOPIC 5:
Membrane processes for bio-applications, medicine, industry and environmental applications

  • Biocatalytic membrane reactors and membrane affinity chromatography
  • Membranes in biotechnology, bioprocessing, bioseparations, biorefinery, biosensors
  • Membrane (bio)artificial organs, membrane tissue engineering and regenerative medicine, membranes in controlled delivery/release
  • Membrane reactors, photocatalytic membrane reactors, membrane bioreactors
  • Membranes for air treatment (purification, dehumidification)
  • Integrated membrane processes
  • Environmental remediation

TOPIC 6:
Novel membrane materials

  • Innovative future materials (porous, dense)
  • Inorganic and carbon materials, inorganic nanomaterials (MOFs, graphene, phosphorene, etc.)
  • Polymer, biopolymer materials
  • Mixed matrix membranes (formation, modification, characterization)
  • Membranes for harsh environments
  • Hybrid, biohybrid, biomimetic and bioinspired materials

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