Seawater Desalination

Seawater Desalination Water Treatment Process Diagram

Seawater Desalination Water Treatment Process Diagram: Screen, Pre-processing, Preprocessing, Energy recovery device, SWRO, BWRO
Screen Pre-processing Preprocessing Energy recovery device SWRO BWRO
Water tower

Follow-up screen protection

Gap : 140mm
Tree screen

Plastic and jellyfish removal

Gap : 50mm
Detail screen

Remove seaweed and waste

Gap : 5mm
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Dissolved air flotation(DAF)
  • Removal of suspended matter using microbubbles
  • Effectively removes low concentration suspended solids, and oil
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Gravity multilayer filter(DMGF)
  • Removal of particulate matter through multilayer filter media
  • The pre-treatment water passes through anthracite and sand by gravity
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Energy recovery device
  • The pressure that passes through the RO facility is recovered and reused by rotating the ceramic rotor
  • Effect of reducing the power consumption of the inflow pump
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SWRO(Sea-water RO)
  • Low energy reverse osmosis membrane
  • Salt removal to TDS 100ppm or less
  • 49% recovery rate
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BWRO(Brackish-water RO)
  • Similar to SERO equipment
  • Salt removal to TDS 30ppm or less
  • Removal of salt and ionic substances

Seawater Desalination Technology

  • Evaporation (Past Trend)

    A method of removing salts by evaporating water with heat

  • Reverse Osmosis (Current Trend)

    A method of producing water by applying pressure above osmotic pressure using membranes

Daesan Coastal Industrial Area Seawater Desalination Project

Project Overview : Project Name, Project Duration, Project Location, Project Details, Total Project Cost
Project Name Daesan Coastal Industrial Area Waterworks (Seawater Desalination) Project
Project Duration 2019 ~ 2024
Project Location Daesan-eup, Seosan-si, Chungcheongnam-do, South Korea
Project Details 1. Intake Facilities: Q=224,000m³/day
2. Seawater Desalination Facilities: Q=100,000m³/day
3. Wastewater Treatment Facilities: 1 unit
4. Intake, Conveyance, Distribution, Discharge Pipelines: L=25.4km
5. Construction, Landscaping, and Other Auxiliary Facilities: 1 unit
Total Project Cost KRW 285.1 billion (30% government funds, 70% K-water)
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