Ionpure® LX-Z Continuous Electrodeionization (CEDI) Modules for Industrial Applications

 The Ionpure® LX-Z modules are designed to provide reliable, high-purity water solutions for a wide range of industrial applications, including power plant boiler makeup water, hydrocarbon and chemical processing (HPI/CPI), and other high-purity water needs. These modules offer continuous, chemical-free water production without the downtime or regeneration requirements of conventional ion-exchange systems.

Key Features and Benefits:

1. Wide Flow Range:

• The Ionpure® LX-Z modules cover a broad flow range from 0.22 m³/h (1 gpm) to 10 m³/h (44 gpm) per module, providing scalability for various industrial applications.

2. Lower Operating Costs:

• Compared to conventional ion-exchange systems, the LX-Z modules offer significantly reduced operating costs by eliminating the need for chemicals and regeneration cycles.

3. Continuous High-Quality Water Production:

• Unlike batch processing, the LX-Z system delivers continuous production of mixed-bed quality deionized water with consistent purity levels.

4. Chemical-Free Operation:

• These modules do not require acid/caustic or neutralization systems, eliminating chemical consumption and the need for exchangeable DI tanks. This reduces both environmental impact and operational complexity.

5. Improved Chlorine Tolerance:

• The Ionpure® LX-Z series is engineered with improved chlorine tolerance, allowing for feedwater with chlorine levels up to 0.05 ppm, which makes it suitable for more varied feedwater sources.

6. Leak-Free Operation:

• The double O-ring seal guarantees a leak-free operation, ensuring reliability in demanding industrial settings.

7. Resin-Filled Concentrate for Optimal Performance:

• The resin-filled concentrate ensures optimal performance while simplifying operation and maintenance.

8. NSF® Compliance:

• Wetted materials of construction comply with NSF® 14 and NSF® 61 standards, ensuring safety and quality in applications that involve potable water.

9. Environmental and Installation Requirements:

• The system is designed for indoor installations with no direct sunlight exposure. It operates effectively in temperatures ranging from 5°C (41°F) to 45°C (113°F).

Performance Specifications:

• Recovery Rate: 90-95%

• DC Voltage: 0-400

• DC Amperage: 1.0-6.0

• Feed Water Conductivity Equivalent (Including CO2 and Silica): < 40 μS/cm

• Maximum Total Chlorine (as Cl2): < 0.05 ppm

• Product Resistivity:

• Minimum Flow > 17 MΩ·cm

• Maximum Flow > 7 MΩ·cm

• Silica (SiO2) Removal: 90-99%, depending on feed conditions

• Iron (Fe) Concentration: < 0.01 ppm

• Manganese (Mn) Concentration: < 0.01 ppm

• Sulfide (S2-) Concentration: < 0.01 ppm

Physical Specifications:

• pH Range: 4-11

• Total Hardness (as CaCO3): < 1.0 ppm

• Dissolved Organics (TOC as C): < 0.5 ppm

• Silica (SiO2): < 1.0 ppm

Model Options:

Contact Information:

• Website: www.fgwater.com

• Email: [email protected]

• Phone/Whatsapp: +86-13646187144

For more detailed product specifications and inquiries, feel free to reach out to our team.

About FG Water Technologies:FG Water Technologies, a subsidiary of Wuxi Fenigal Science and Technology Co., Ltd., is a leader in high-performance water treatment solutions, focusing on industrial-grade systems designed to meet the most demanding water quality standards. With a global presence, we provide reliable, sustainable water treatment solutions to industries including power, petrochemicals, and semiconductor manufacturing.