CONFERENCE TOPICS

Innovation in applications and operations 

  • Advancements in pre- and post-treatment 
  • Desalination for agriculture, food, beverage, medicine
  • Industrial wastewater treatment 
  • Lessons learned, safety
  • O&M, troubleshooting
  • Mega projects and plants
  • Stand-alone off-grid systems
  • Regional case study experiences
  • Novel pre-treatment solutions-practical examples

Advanced techniques and processes

  • Dynamic RO processes (Batch/Semi-batch/CCRO/RF-RO)
  • High recovery processes and high energy efficiencies
  • Ultra-high pressure processes
  • Electrochemical processes ((F)CDI, ED, etc.)
  • Osmotically driven processes (FO, PRO)
  • Osmotically assisted processes (OARO, LSRRO, etc.)
  • Advancements in thermal processes
  • New desalination techniques
  • Salinity gradient power

Resource recovery and reuse

  • Circular water economy (water reuse) 
  • Innovative process concepts (ZLD, MLD) 
  • Brine valorization and mining
  • Brine concentration
  • Recycling of the end-of-life membranes
  • Advanced wastewater treatment for reuse
  • Direct/indirect potable reuse

Membrane development and fabrication

  • Preparation of inorganic, organic and mixed-matrix membranes
  • Advanced membranes and surface modifications
  • Novel fabrication methods
  • Membranes characterization
  • Low-cost ceramic membranes

Modelling and simulation in desalination processes

  • Mass transfer and transport through membranes
  • Heat and mass transfer and process intensification in thermal desalination

Fouling, scaling and mitigation strategies

  • Antifouling membrane/heat exchanger surface modifications
  • Cleaning strategies 
  • Monitoring and characterization of fouling

Environmental impact and ecosystem protection

  • PFAS, pollutants, microplastics etc.
  • Water quality monitoring
  • Brine disposal management
  • Water positive/resilience
  • Chemical-free pretreatment
  • Environmental monitoring
  • Lifecycle assessment and environmental footprint

Climate change adaptation and resilience

  • Designing desalination systems to cope with climate change (extreme weather conditions, sea level rise, etc.)
  • Enhancing water security in drought-prone regions
  • Emergency and decentralized desalination systems (off-grid, mobile units, etc.)

Policy and regulatory frameworks

  • Regulatory frameworks for desalination and water reuse
  • Integration of desalination in national water strategies
  • Public perception, community engagement

Digitalization and smart desalination

  • Machine learning, use of AI
  • Digital twins
  • Big data 
  • Smart infrastructures

Sustainability and energy

  • Desalination and net zero
  • Desalination for green hydrogen production
  • Desalination for emerging technologies (Data centers) 
  • Decarbonization in desalination/carbon footprint
  • Desalination using renewable energy
  • Co-generation
  • Energy efficiency
  • Energy recovery systems