Converting Sea Water into High Quality Drinking Water

Jibei SWRO Desalination Plant

  • Aviv Toledano
  • March 20, 2024
  • BlueGen Water®

Nedtex was awarded a contract by TWC for the construction and operation of the Jibei Island SWRO desalination plant. Due to highly saline existing groundwater wells, TWC initiated a project to produce 600 m³/day of desalinated water.

Jibei SWRO Desalination Plant

  • Client: Nedtex Technology Company
  • Type: Municipal
  • Segment: State Water Agencies
  • Location: Jibei island, Taiwan
  • Capacity: 600 m³/day
  • Type of Contract: EPS
  • Solution: Sea Water Desalination
  • Tech Solution: Partial double pass RO
  • Scope: Design, supply, commissioning

BlueGen Water®

Converting Sea Water into High Quality Drinking Water

Overview:  Nedtex was awarded a contract by the Taiwanese State Water Corporation (TWC) for the construction and operation of the Jibei Island SWRO desalination plant. Located west of the Taiwanese mainland, the island experiences high population density during tourist season but is nearly deserted during the off-season. Due to highly saline existing groundwater wells, TWC initiated a project to produce 600 m³/day of desalinated water. One of the challenges encountered was the requirement for a creative, out-of-the-box design due to logistical limitations stemming from the island’s small-sized port

BlueGen Water Solution: BlueGen Water implemented a unique solution utilizing a partial double pass RO process. This approach involves directing a portion of the initial pass permeate into the second RO system, while the remaining low salinity permeate bypasses the RO, undergoes re-mineralization, and mixes with the permeate from the second pass. This method increases mineral levels while significantly reducing energy consumption caused by high pressure, thereby reducing the plant’s environmental footprint.
 

Key Features and Innovations:

High recovery ratio
Production of high-quality potable water
Low energy consumption, supported by an energy recovery system
Cost-efficient operation with reduced chemicals consumption
Reduced environmental impact and footprint
Efficient re-mineralization process