Evoqua Electrodeionization EDI Stack Modules
Ionpure IP-LXM45Z-5 CEDI Module with 5.1–7.67 m³/h Design Flow Rate
1.Product OverviewThe Ionpure IP-LXM45Z-5 is a continuous electrodeionization (CEDI) module designed to produce a continuous flow of high-purity deionized water from RO permeate. It is intended for boiler makeup water in power plants and water treatment for hydrocarbon and chemical proce
1. Product Overview
The Ionpure IP-LXM45Z-5 is a continuous electrodeionization (CEDI) module designed to produce a continuous flow of high-purity deionized water from RO permeate. It is intended for boiler makeup water in power plants and water treatment for hydrocarbon and chemical processing.
2. PRODUCT SPECIFICATIONS
Item | Specification |
Brand | Ionpure |
Model | IP-LXM45Z-5 |
Product type | Continuous electrodeionization (CEDI) module |
Ordering part number | W3T17314 |
Dimension L | 907.3 mm (35.72 in); tolerance ±6.4 mm (±0.25 in) |
Dimension C | 747.7 mm (29.44 in); tolerance ±3.2 mm (±0.13 in) |
Shipping weight | 205 kg (451 lb), including shipping crate |
Operating weight | 157 kg (345 lb) |
3. OPERATING PARAMETERS
Parameter | Value / Range |
Minimum flow rate | 2.57 m³/h (11.3 gpm) |
Design flow rate | 5.1–7.67 m³/h (22.5–33.8 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, as S²⁻ | ≤ 0.01 ppm |
Total hardness, as CaCO₃ | ≤ 1.0 ppm |
Dissolved organics, TOC as C | ≤ 0.5 ppm |
Silica, as SiO₂ | ≤ 1.0 ppm |
Typical DC voltage | 0–400 V |
Typical DC amperage | 1.0–6.0 A |
Recovery, DC voltage, DC amperage, and product water quality are typical module performance values. Product resistivity is based on a maximum feed water conductivity equivalent of 40 μS/cm. Actual performance may vary depending on site-specific operating conditions and can be evaluated using Ionpure’s IP-Pro projection tool. The datasheet does not specify separate test or cleaning conditions.
4. Key Features & Benefits
Typical recovery: Recovery is typically 90–95%, depending on site-specific operating conditions. This range can be used as a reference for preliminary system planning.
Product water resistivity: Typically >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 be evaluated using Ionpure’s IP-Pro projection tool.
Silica removal: Typically 90–99%, depending on feed conditions.
5. Key Applications
Boiler makeup water for power plants
Hydrocarbon processing
Chemical processing
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