Electrodialysis application technology

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Electrodialysis application technology Specification

Automation Grade
Automatic

Operating Pressure
Low (typically < 3 bar)

Capacity
Customized as per application requirement

Features
High recovery rate, Low energy consumption, Scalable design

Material of Construction
Corrosion-resistant materials

Power Supply
AC / DC compatible

Operation Mode
Continuous / Batch

Flow Rate
Up to client specifications

Membrane Type
Ion-exchange membranes

Technologies Used
Membrane Separation

Maintenance
Easy to operate & maintain

Control System
PLC-based automated system

Number of Stages
Single/Multiple as required

Voltage Range
Up to 600 V

Application
Electrodialysis

Installation
On-site installation available

Usage
Industrial water desalination, Wastewater treatment, Chemical processing, Food & Beverage sectors

Electrodialysis application technology Trade Information

Payment Terms
Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
No

Packaging Details
Applications: (1)Surface water purification, brackish water desalination, seawater desalination, and other domestic and drinking water preparation (2)Industrial primary water desalination, industrial water desalination, industrial saline wastewater treatment, reverse osmosis concentrated water desalination and other industrial water preparation, treatment and recycling (3)Removal of salts from chemical/food/pharmaceutical processes to ensure product quality or process sustainability Electrodialysis desalination, Advantage: Membrane anti-pollution, simple pretreatment, high water yield, lower operating costs Electrodialysis concentration, advantages: membrane resistance to contamination, simple pre-treatment, high concentration of concentrated water (small volume) Electrodialysis separation, advantages: membrane resistance to contamination, simple pretreatment, low material loss rate, less generation of saline wastewater

Main Export Market(s)
Asia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Australia, Central America

Main Domestic Market
All India

About Electrodialysis application technology

Electrodialysis process is a combination of electrochemical process and dialysis diffusion process. Driven by the external direct current electric field, using the selective permeability of the ion exchange membrane (that is, the cation can pass through the cation exchange membrane, the anion can pass through the anion exchange membrane), the negative and the cation move to the anode and the cathode, respectively. In the process of ion migration, if the fixed charge of the membrane is opposite to the charge of the ion, the ion can pass through; If they have the same charge, the ions are repelled, thus achieving the purpose of solution desalination, concentration, refining or purification.

Efficient Water Treatment Solutions

Our electrodialysis system applies membrane separation using ion-exchange membranes to deliver high recovery rates while consuming minimal energy. Supported by a PLC-controlled automation grade, the technology is suitable for various sectors, including industrial water desalination and food and beverage processing.

Customizable and Scalable Design

Clients benefit from flexible flow rates, capacity adjustments, and multi-stage options-all tailored to specific application requirements. The robust construction using corrosion-resistant materials guarantees durability and long service life, even in demanding environments.

Hassle-Free Installation and Operation

On-site installation services are available for seamless integration with existing infrastructure. The electrodialysis units are easy to operate and maintain, leveraging automatic operation via advanced control systems.

FAQ's of Electrodialysis application technology:

Q: How does the electrodialysis technology achieve water desalination in industrial applications?

A: The electrodialysis system utilizes ion-exchange membranes and a PLC-based automation system to separate and remove salts from water under low pressure (typically below 3 bar). This results in highly efficient water desalination for varied industrial uses.

Q: What are the advantages of using AC/DC compatible power supply with this electrodialysis equipment?

A: AC/DC compatibility provides flexibility in installation sites and ensures uninterrupted operation regardless of power availability. It also helps optimize energy consumption for the specific application environment.

Q: When is on-site installation available for electrodialysis units, and what does it include?

A: On-site installation is available upon request and includes integration of the system with your infrastructure, setup of PLC control systems, and initial operation support, ensuring optimal performance from the start.

Q: Where can this electrodialysis technology be applied?

A: The system is ideal for industrial water desalination, wastewater treatment, chemical manufacturing, and food & beverage processing. Our units are distributed throughout India, via manufacturers, exporters, suppliers, and traders.

Q: What maintenance processes are required for this electrodialysis system?

A: Routine maintenance involves periodic inspection and cleaning of ion-exchange membranes and a check of the automated control system. The design emphasizes easy access for operators, reducing downtime and service requirements.

Q: How does the scalable design benefit clients with evolving water treatment needs?

A: Clients can choose between single or multiple stages, adjust flow rates, and expand capacity as required over time. This adaptability ensures that the system meets current needs and accommodates future changes with minimal investment.

Q: What are the operational benefits of a PLC-based automated control system?

A: The PLC-based system automates process controls, monitors performance, and minimizes human intervention. This enhances operational reliability, facilitates batch or continuous processing, and simplifies troubleshooting and optimization.

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