Electrodeionization EDI Equipment Water Purification For Industrial Water

Product Description:

The Electrodeionization (EDI) equipment is a cutting-edge water treatment technology that integrates reverse osmosis and electrodeionization to produce high-purity water. The EDI system utilizes electric fields to stimulate ion migration and filter dissolved ions in water via selective membrane separation, resulting in superior deionization. The technology does not necessitate chemical regeneration, therefore reducing environmental impacts and the usage of chemical reagents. This makes it perfect for ultrapure water requirements for numerous industries.

Working Principle:

Here is how the EDI equipment operates:

1. Influent pretreatment: The raw water is treated with reverse osmosis to eliminate most dissolved solids and impurities.
2. Membrane separation: Selective membranes (cationic and anionic membranes) are used to efficiently separate and remove cations and anions, resulting in a purer effluent water.
3. Electric field action: The EDI system is subjected to voltage, and an electric field is created between the negative and positive electrodes, causing cations to migrate to the cathode and anions to the anode.
4. Wastewater discharge: The concentrated chamber extracts and disposes of the eliminated ions and impurities to maintain an efficient and clean system.

Product Function:

The EDI equipment has a number of features:

• Efficient deionization: The system removes both cations and anions from the water to meet ultrapure water standards.
• Chemical-free regeneration: Avoiding chemical agents reduces environmental pollution and operating expenses.
• Real-time monitoring: The equipment comes with a water quality monitoring system to monitor changes in water quality in real time.
• Automatic control: The smart control system enables automated operation, which improves the system's stability.

Features:

Our enhanced water treatment system is designed to provide high-quality water with many benefits over traditional deionization methods. Our advanced technology, known as EDI, yields higher pure water and consumes less energy, making it an easy choice over other deionization processes.

• Skid Design
• Flexible Configuration
• Low Maintenance Requirements
• Economical and Efficient
• Wide Application

Our system adopts a skid design that is easy to expand and maintain, providing scalability to meet the water treatment needs of different scales. It's customizable according to specific water quality requirements without compromising on performance. With low maintenance frequency and reliable operation, our system ensures that you enjoy the efficiency of low operating costs by reducing the use of chemicals and improving water treatment efficiency.

System Design:

Our elaborate system design includes the following:

• Design of Water Inlet Flow Rate
• Design of Concentrated Water Flow Rate
• Design of Voltage, etc.

Our system meets the strict requirements of various industries for ultrapure water and is suitable for a wide range of applications. Contact us today to learn more about our advanced water treatment solutions!

Technical Parameters:

The efficiency of a system can depend on various factors. In this case, the main influencing factors are:

• Influent conductivity
• Influent flow
• Voltage and current
• Influent pH
• Temperature and pressure

Influent conductivity refers to the ability of the influent solution to conduct electricity. High concentrations of ions in the influent solution can affect system efficiency. Influent flow is another important factor. The flow rate can affect the system's ability to remove contaminants and impurities. Voltage and current are also important in determining the efficiency of the system. The values need to be appropriate for the system to function efficiently. Influent pH is another factor that can affect the system's efficiency. The pH level can affect the ionization of contaminants and impurities, affecting their removal. Temperature and pressure are also important factors. They can affect the efficiency of the system by changing the rate of the reactions in the system.

Applications:

Electronics industry: Ultrapure water supply for semiconductor manufacturing and cleaning processes.
Pharmaceutical industry: Ensure that the water used in the production process meets high standards of purity.
Laboratories and scientific research institutions: Provide stable experimental water to support high-precision experimental needs.
Chemical industry: Treat wastewater and recycled water to support compliance with environmental regulations.
Power industry: Provide high-quality water sources for boiler feed water and cooling systems.