EDI Module

The EDI Module LX-300 delivers 2.0-3.5 m³/h of high-purity deionized water with >15 MΩ·cm resistivity and ≥99% silicon/boron removal. This energy-efficient electrodeionization system operates continuously without chemical regeneration, featuring middle partition full-fill technology and leak-proof design. Ideal for semiconductor, pharmaceutical, and power generation applications requiring ultra-pure water.

Advanced electrodeionization EDI module delivering 3.5-5.5 m³/h ultrapure water with >15 MΩ·cm resistivity. Features continuous operation without chemical regeneration, high current efficiency, and zero-leak design. Ideal for semiconductor, pharmaceutical, and power industries requiring stable, high-quality water purification.

Advanced EDI water purification module featuring 5.5-7.5 m³/h capacity, >15 MΩ·cm resistivity, and 99% silicon/boron removal. No chemical regeneration required with continuous operation, easy installation, and zero-leakage structural design. Ideal for pharmaceutical, semiconductor, and power generation industries requiring ultra-pure water.

DuPont XP 77 IG 8 Inch PVDF UF Membrane offers 0.03 µm precision filtration, 77 m² effective area, and 99.99% microorganism removal. PVDF construction ensures chemical resistance and durability. Ideal for pharmaceutical, beverage, and industrial water purification. Backed by DuPont global support.

Compact EDI module producing 1.5 m³/h of high-purity water (15-18 MΩ·cm). Chemical-free operation with up to 93% recovery. Ideal for pharmaceutical, electronics, and lab applications. Reliable, space-saving, and low-maintenance.

Chemical-free electrodeionization module for continuous high-purity water. Features 90-95% recovery, 0-400V DC operation, and >17 MW-cm resistivity. NSF/ANSI certified, ISO 9001/14000 manufactured. Ideal for semiconductor, pharmaceutical, and power industries.

The DuPont XP 77 IG UF Membrane removes suspended solids, colloids, and bacteria down to 0.01 microns for power plant ultrapure water pre-treatment. It protects RO and ion exchange systems, reduces fouling, and ensures consistent UPW quality. Durable PES construction, pH 2-11 compatibility, and energy-efficient operation.

The Ionpure IP-LXM30Z-5 CEDI module delivers continuous chemical-free high-purity water up to 18 MΩ*cm. Designed for pharmaceutical and microelectronics, it eliminates regeneration, reduces costs, and offers 90-95% recovery. Robust, compact, and CE certified for reliable industrial use.

Chemical-free CEDI module delivering ultra-pure water with resistivity >16 MΩ*cm. Features 90-95% recovery, 5.1-7.67 m³/h flow, and 90-99% silica removal. CE certified, ISO 9001/14000 compliant. Ideal for power, pharma, and electronics industries.

Chemical-free CEDI module producing ultrapure water up to 18 MΩ*cm. Features double O-ring seal, 90-95% recovery, and low operating costs. CE certified, ISO 9001/14000. Ideal for pharma, microelectronics, and labs. Custom options available.

Engineered for non-stop operation, the Ionpure LX-Z IP-LXM04Z-5 delivers high-purity water with a double O-ring seal for leak-free performance. Chemical-free process reduces costs. CE certified, ISO 9001/14000 compliant. Ideal for power and chemical industries.

High-temperature tolerant UF module with 0.01μm filtration accuracy. Hydrophilic membrane reduces fouling, ensures high flux. Ideal for boiler feedwater pretreatment, RO protection, and cooling water reuse. Operates up to 80°C, 6.0 bar. Compact, durable, and compatible with existing systems.

Chemical-free CEDI module producing high-purity water for boiler feed and turbine cooling. Features 5 m³/h flow, 6.9 bar max pressure, and 45°C max temperature. Reduces scaling and corrosion with minimal maintenance and compact design.

Advanced CEDI module delivering ultra-pure water up to 18 MΩ*cm without chemicals. Features 90-95% recovery, silica removal up to 99%, CE certified, and robust CPVC/titanium construction. Ideal for 24/7 beverage production.

The Veolia E-Cell MK-9 EDI Module delivers ultrapure water with resistivity ≥16 MΩ·cm and silica removal ≤5 ppb. Zero chemical regeneration reduces costs and environmental impact. Supports hot-water sanitization up to 85°C. CE, RoHS, ISO 9001/14001 certified. Ideal for power, semiconductor, and pharma industries.

The Ionpure CEDI LX-Z IP-LXM04Z-5 delivers 4 m³/h of ultrapure water with ≥18.2 MΩ*cm resistivity, meeting USP, EP, and FDA standards. Chemical-free operation ensures zero contamination risk, low maintenance, and eco-friendly performance. Ideal for pharmaceutical compounding, device sterilization, and dialysis.

Chemical-free CEDI module for ultra-pure water up to 18 MΩ*cm. Features 90-95% recovery, 5.1-7.67 m3/h flow, and silica removal up to 99%. CE certified, ISO 9001/14000 compliant. Ideal for pharmaceutical, microelectronics, and power industries.

The Ionpure LX-Z IP-LXM10Z-5 CEDI module delivers ultrapure water up to 18.2 MΩ·cm without chemical regeneration. Features 90-95% recovery, compact design, and dual O-ring seals for reliability. Ideal for pharmaceutical, semiconductor, and power generation industries. CE, ISO certified.

Chemical-free ultrapure water production up to 18 MΩ*cm. Features double O-ring seal, patented full-filled concentrate chamber, and 90-95% recovery. Ideal for biopharma, electronics, and power industries. CE certified, ISO 9001/14000. Reduces operating costs vs. traditional ion exchange.

The Ionpure LX-Z IP-LXM10Z-5 CEDI module delivers ultra-pure water without chemical regeneration, achieving 90-95% recovery. Designed for pharmaceutical, semiconductor, and power generation applications, it features dual O-ring seals for reliability and is CE, ISO, and NSF certified. Custom options available.