Evoqua Electrodeionization EDI Stack Modules
Ionpure IP-LXM24Z-5 CEDI Module with 2.8–4.2 m³/h Design Flow Rate
1.Product OverviewThe Ionpure IP-LXM24Z-5 is a continuous electrodeionization (CEDI) module designed to produce deionized water from RO permeate. It is intended for boiler makeup water in power plants, hydrocarbon processing, and chemical processing.Its design flow rate is 2.8–4.2 m³/h
1. Product Overview
The Ionpure IP-LXM24Z-5 is a continuous electrodeionization (CEDI) module designed to produce deionized water from RO permeate. It is intended for boiler makeup water in power plants, hydrocarbon processing, and chemical processing.Its design flow rate is 2.8–4.2 m³/h (12.5–18.8 gpm).
2. PRODUCT SPECIFICATIONS
Item | Specification |
Brand | Ionpure |
Model | IP-LXM24Z-5 |
Product type | Continuous electrodeionization (CEDI) module |
Ordering part number | W3T17303 |
Dimension L | 601.7 mm (23.69 in); tolerance ±6.4 mm (±0.25 in) |
Dimension C | 442.7 mm (17.43 in); tolerance ±3.2 mm (±0.13 in) |
Shipping weight | 113 kg (250 lb), including shipping crate |
Operating weight | 91 kg (200 lb) |
3. OPERATING PARAMETERS
Parameter | Value / Range |
Minimum flow rate | 1.36 m³/h (6.0 gpm) |
Design flow rate | 2.8–4.2 m³/h (12.5–18.8 gpm) |
Feed water source | RO permeate |
Feed water conductivity equivalent, including CO₂ and silica | < 40 μS/cm |
Feed water temperature | 5–45°C (41–113°F) |
Inlet pressure | 1.4–6.9 bar (20–100 psig) |
Feed water pH | 4–11 |
Maximum total chlorine, as Cl₂ | < 0.05 ppm |
Iron, as Fe | < 0.01 ppm |
Manganese, as Mn | < 0.01 ppm |
Sulfide, S²⁻ | < 0.01 ppm |
Total hardness, as CaCO₃ | < 1.0 ppm |
Dissolved organics, TOC as C | < 0.5 ppm |
Silica, SiO₂ | < 1.0 ppm |
4. Key Features & Benefits
Continuous electrodeionization: Produces a continuous flow of high-purity deionized water from RO permeate.
Typical recovery: The datasheet lists a typical recovery of 90–95%.
Flow-dependent product resistivity: Typical product resistivity is >17 MΩ·cm at minimum flow and >7 MΩ·cm at maximum flow, based on a maximum feed-water conductivity equivalent of 40 μS/cm. Actual performance may vary with site-specific operating conditions and can be evaluated using Ionpure’s IP-Pro projection tool.
Silica removal: Typical silica removal is 90–99%, depending on feed conditions.
5. Key Applications
Boiler makeup water for power plants
Hydrocarbon processing
Chemical processing
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