NextGen, D1.3(2022) New approaches and best practices for closing the water cycle, 2022

Publication type

• Project report
  

Tags

• phosphorus
  
• ammonium sulfate
  
• nutrients
  
• recover
  
• Ultrafiltration
  
• Physicochemical
  
• natural ponds
  
• dams
  
• Water storage and recovery
  
• circularity
  
• groundwater recharging
  
• re-use
  
• reduce
  
• sewer mining
  
• water
  
• water management
  
• ammonium
  
• wastewater
  
• ammonium sulphate
  
• aquifer
  
• Resource recovery
  
• Water reuse
  
• sewer
  
• Membrane processes
  
• wastewater treatment technologies
  
• Biological treatment
  
• Wastewater reuse
  
• rainwater harvesting
  
• Reclaimed water
  
• Saline water intrusion
  
• Real time monitoring
  
• water balance
  
• real time water control
  
• automatc floodgate
  
• direct sewage reuse
  
• Alternative water sources
  
• Closing water cycle
  
• Aquifer storage and recovery
  
• Horticulture
  
• Regenerated membranes
  
• Emerging compounds
  
• RO
  
• effluent reuse
  
• stormwater reuse
  
• Water resources
  
• Water demand
  
• groundwater
  

Technologies

• UV/Ozone
  
• Ultrafiltration or nanofiltration with RO regenerated membranes
  
• MELiSSA advanced separation systems
  
• Rainwater harvesting systems
  
• Large scale Aquifer Storage & Recovery (ASR) Systems
  
• Automatic floodgates
  
• Water recovery technologies for water reuse
  
• Wastewater treatment technologies for water reuse
  
• Biological systems
  
• Metabolic Network Reactor (MNR)
  
• Groundwater systems
  
• Membrane systems
  
• Anaerobic Membrane Bioreactor (AnMBR)
  
• Membrane Bioreactor (MBR)
  
• Natural ponds and artificial surface dams
  
• Membrane aerated biofilm reactor (MABR)
  

Case studies

• Filton Airfield, United Kingdom
  
• Timisoara, Romania
  
• LaTrappe, Netherlands
  
• Spernal, United Kingdom
  
• Gotland, Sweden
  
• Costa Brava Region, Spain
  
• Westland, Netherlands
  
• Athens, Greece
  

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