electrowater

Technology & Application

Electro Sorption Module Structure

Check Point

The Electro Sorption system is advanced water treatment solution designed to remove ionic substances from water by combining ion-exchange membranes with innovative supercapacitor flow electrodes developed by Electrowater

Technical video

The world’s first commercialized
electro sorption technology

Electro Sorption modules

ES2040

  • Point 01

    Patented multi-channel module design

    composed of water channels and flow electrode channels.

  • Point 02

    Combination of supercapacitor flow electrodes

    Maximizing removal efficiency for high-concentration ions.

  • Point 03

    Application of an expanded channel design

    Designed for wide application and flexible capacity.

  • Point 04

    Maintenance efficiency

    Maintenance is simplified by replacing the flow electrode slurry instead of fixed electrodes

Key Features & Differentiators

01

The world’s first commercially available FCDI

Our innovative flow electrode module maximizes ion adsorption, ensuring consistent performance for water with both low and high concentrations

02

Superior energy efficiency

Ion separation is achieved with low current and no high-pressure pump, reducing energy consumption by over 50% compared to traditional RO processes. (0.2~0.8kwh/m3)

03

Eco-friendly operations

Minimizes the use of chemicals such as coagulants and pH adjusters, as well as the generation of waste

04

Designed for high-capacity and high-concentration processing

With a patented modular and expanded channel design, it's capable of treating high concentration influent and making it easy to scale-up treatment capacity.

05

Easy maintenance and cost-effectiveness

Maintenance is possible simply by supplementing and replacing the electrode slurry, without complex electrode replacement.
Low operational costs and easy modular expansion.

Patents & Trademarks

Application

  • Drinking water
  • Sewage Treatment
  • Wastewater Treatment
  • Agricultural Water Treatment
  • Seawater Desalination
  • Resource Recovery Processing