3T/Hour Ultrapure Water Production EDI System
The 3T/Hour Ultrapure Water Production EDI System integrates reverse osmosis and EDI technology to continuously produce stable ultrapure water for industrial and laboratory applications.
Continuous ultrapure water production
3T/h stable system capacity
Chemical-free EDI polishing
Low energy consumption
High automation control
Stable and reliable operation
Compact integrated design
3T/Hour Ultrapure Water Production EDI System Specifications
The 3T/Hour Ultrapure Water Production EDI System is designed to produce high-purity water through a combination of reverse osmosis and electrodeionization technology. It ensures stable water quality, continuous operation, and minimal chemical consumption, making it suitable for industries requiring reliable ultrapure water.
The system integrates pretreatment, RO desalination, and EDI polishing into an automated process that improves efficiency while reducing operating costs, delivering consistent ultrapure water for electronics, pharmaceuticals, power plants, and laboratory applications.
Parameter
Specification
Product Capacity
3T/H
EDI Technology
Continuous Electrodeionization
Feed Water Type
RO Permeate
Product Water Resistivity
≥15 MΩ·cm
Recovery Rate
≥90%
Operating Pressure
0.2–0.4 MPa
Power Supply
380V / 50Hz
Control System
PLC Automatic Control
Installation Type
Skid-Mounted Integrated System
3T/Hour Ultrapure Water Production EDI System Process Flow
The 3T/Hour Ultrapure Water Production EDI System operates through a streamlined purification process to ensure stable and high-quality ultrapure water. Raw water first passes through pretreatment such as sand filtration, activated carbon filtration, and precision filtration to remove suspended solids and chlorine. The pretreated water then enters the reverse osmosis unit for desalination, followed by the EDI module where ion exchange and electric fields continuously remove remaining ions, producing stable ultrapure water suitable for demanding industrial applications.
3T/Hour Ultrapure Water Production EDI System Core Advantage
High Efficiency Continuous Ultrapure Water Production
The system integrates RO and EDI technology to continuously produce stable ultrapure water without chemical regeneration, ensuring consistent water quality and efficient operation.
Advanced EDI Technology for Ion Removal
The EDI module uses electric fields and ion exchange membranes to remove residual ions from RO permeate, delivering ultrapure water with stable resistivity.
Low Chemical Consumption and Eco-Friendly Operation
Unlike traditional ion exchange systems, the EDI process eliminates chemical regeneration, reducing chemical use, wastewater discharge, and environmental impact.
Compact Design with Stable System Performance
The integrated modular design reduces installation space while ensuring stable performance, making the system suitable for industrial facilities with limited space.
Automated Control for Reliable System Operation
Equipped with intelligent control and monitoring, the system ensures automatic operation, real-time performance tracking, and reduced manual maintenance requirements.
Long Service Life and Lower Operating Costs
High-quality components and optimized system design extend equipment lifespan, reduce maintenance frequency, and help lower long-term operational costs.
3T/Hour Ultrapure Water Production EDI System Typical Applications
Ultrapure Water Supply for Semiconductor Manufacturing
The system provides stable ultrapure water required for semiconductor wafer cleaning and microelectronic fabrication processes, ensuring extremely low ionic contamination and consistent production quality.
Ultrapure Water Preparation for Pharmaceutical Industry
It produces high-purity water used in pharmaceutical production, laboratory preparation, and injection water systems, meeting strict hygiene and quality standards for medical applications.
High Purity Water for Power Plant Boiler Systems
The EDI system supplies ultrapure water for high-pressure boiler feedwater in power plants, preventing scale formation and corrosion while improving equipment efficiency and reliability.
Ultrapure Water Production for Laboratory Applications
Laboratories use the system to produce consistent ultrapure water for analytical testing, chemical experiments, and precision research where stable water quality is essential.
Industrial Ultrapure Water for Electronics Manufacturing
Electronics manufacturing processes such as PCB production and component cleaning require ultrapure water, and this system ensures stable quality and reliable long-term operation.
High Purity Water Supply for Chemical Processing
The system supports chemical manufacturing processes that demand high-purity process water, ensuring stable production conditions and improving overall product quality.
Application scope
Ultrapure Water Supply for Semiconductor Manufacturing
Ultrapure Water Preparation for Pharmaceutical Industry
High Purity Water for Power Plant Boiler Systems
Ultrapure Water Production for Laboratory Applications
Industrial Ultrapure Water for Electronics Manufacturing
Cosmetics and High-End Chemical Production
Ultrapure Water Supply for Semiconductor Manufacturing
The system provides stable ultrapure water required for semiconductor wafer cleaning and microelectronic fabrication processes, ensuring extremely low ionic contamination and consistent production quality.
Ultrapure Water Preparation for Pharmaceutical Industry
It produces high-purity water used in pharmaceutical production, laboratory preparation, and injection water systems, meeting strict hygiene and quality standards for medical applications.
High Purity Water for Power Plant Boiler Systems
The EDI system supplies ultrapure water for high-pressure boiler feedwater in power plants, preventing scale formation and corrosion while improving equipment efficiency and reliability.
Ultrapure Water Production for Laboratory Applications
Laboratories use the system to produce consistent ultrapure water for analytical testing, chemical experiments, and precision research where stable water quality is essential.
Industrial Ultrapure Water for Electronics Manufacturing
Electronics manufacturing processes such as PCB production and component cleaning require ultrapure water, and this system ensures stable quality and reliable long-term operation.
High Purity Water Supply for Chemical Processing
The system supports chemical manufacturing processes that demand high-purity process water, ensuring stable production conditions and improving overall product quality.
3T/Hour Ultrapure Water Production EDI System Quality Certification
The 3T/Hour Ultrapure Water Production EDI System is manufactured under strict quality control standards and complies with international certifications such as ISO and CE, ensuring reliable performance, stable water quality, and safe long-term operation for various industrial ultrapure water applications.
CE1
CE2
CE3
CE4
ISO1
ISO2
ISO3
ISO4
ISO5
ISO6
3T/Hour Ultrapure Water Production EDI System FAQ
Q1: What is the main function of a 3T/H EDI ultrapure water system?
The system removes remaining ions from RO permeate using electrodeionization technology, producing stable ultrapure water continuously without the need for chemical regeneration.
Q2: What feed water quality is required for the EDI system?
The system typically requires reverse osmosis treated water as feed, ensuring low hardness, low TDS, and stable operating conditions for efficient EDI performance.
Q3: What industries commonly use the 3T/H EDI ultrapure water system?
This system is widely used in electronics manufacturing, pharmaceuticals, laboratories, power plants, and precision industries that require high-purity water.
Q4: Does the EDI system require chemical regeneration?
No, the EDI system operates continuously using an electric field and ion exchange membranes, eliminating the need for acid or alkali chemical regeneration.
Q5: How stable is the water quality produced by the system?
The system can continuously produce ultrapure water with stable resistivity, typically reaching up to 15–18 MΩ·cm depending on feed water conditions.
Q6: Is the system easy to operate and maintain?
Yes, the system is designed with automated control and monitoring functions, allowing stable operation, simplified maintenance, and reduced operational costs.
Technical Service
Pre-Sales Technical Consultation
Customized System Design Support
Process Flow Optimization Service
On-Site Installation Guidance
Commissioning & Start-Up Support
Operator Training Programs
Remote Technical Assistance
Spare Parts Supply Service
3T/Hour Ultrapure Water Production EDI System Packaging and Global Delivery
The 3T/Hour Ultrapure Water Production EDI System is carefully packed to ensure safe transportation over long distances. Each unit is secured with protective materials and reinforced export-standard wooden crates to prevent damage during handling and shipping. Our experienced logistics team arranges reliable global delivery by sea, air, or land, ensuring the system arrives at your project site efficiently and in excellent condition.
3T/Hour Ultrapure Water Production EDI System Video
This video introduces the 3T/Hour Ultrapure Water Production EDI System, demonstrating its structure, operation process, and key components. It provides a clear view of how the system produces stable ultrapure water efficiently for various industrial applications.
Talk to Our Water Treatment Engineering Experts
Connect with our experienced water treatment engineering experts for professional guidance on technology selection, system design, and project optimization. We provide responsive support to help you achieve efficient, compliant, and reliable water treatment solutions.
Factory Environment
Our modern manufacturing facility ensures precise production and strict quality control of water treatment equipment. Advanced machinery, standardized workflows, and skilled technicians guarantee consistent performance and dependable product quality.