FENIGAL-FG Water Technologies
Tel: +86-15052233707 [email protected] Industrial Water Systems · Membranes · EDI · Desalination
FENIGAL-FG Water Technologies Wuxi Fenigal · Industrial Water Division
Translate this website

Google Translate is loaded only when you open this panel, reducing unnecessary requests and layout work during the first page load.

Loading language options…
Request Quote

Evoqua Electrodeionization EDI Stack Modules

Professional Product Detail

Ionpure LX-Z CEDI LXM04Z-5 | 99.9% Resistivity >15MΩ·Cm | Low Energy Consumption

Ionpure LX-Z CEDI LXM04Z-5 | 99.9% Resistivity >15MΩ·Cm | Low Energy ConsumptionIonpure® LX-Z IP-LXM04Z-5 CEDI Module – Key Advantages1. Chemical-Free OperationEliminates the need for hazardous acid and alkali regeneration, ensuring safer handling and reduced environmental impact compared to

Category: Evoqua Electrodeionization EDI Stack Modules
Ionpure LX-Z CEDI LXM04Z-5 | 99.9% Resistivity >15MΩ·Cm | Low Energy Consumption

Ionpure LX-Z CEDI LXM04Z-5 | 99.9% Resistivity >15MΩ·Cm | Low Energy Consumption

Ionpure® LX-Z IP-LXM04Z-5 CEDI Module – Key Advantages

1. Chemical-Free Operation

Eliminates the need for hazardous acid and alkali regeneration, ensuring safer handling and reduced environmental impact compared to traditional ion exchange systems.

2. Continuous High-Purity Water Production

Delivers consistent, ultra-pure water without interruptions, unlike mixed-bed DI systems that require frequent regeneration.

3. Low Maintenance & High Reliability

Designed for long-term, trouble-free operation with no resin replacement or downtime, minimizing operational disruptions.

4. Energy Efficient

Optimized electrical consumption for cost-effective performance, reducing overall water treatment expenses.

5. Compact & Space-Saving Design

Ideal for small to mid-scale applications where footprint matters, without compromising performance.

6. Seamless Integration

Works effortlessly with RO systems as a polishing step, enhancing water purity for critical industrial processes.

7. Industry-Proven Performance

Trusted in pharmaceutical, microelectronics, and power generation for reliable, high-quality water output.


Why Choose Ionpure LX-Z?
A sustainable, low-maintenance solution for continuous ultra-pure water, reducing costs while maximizing efficiency—perfect for demanding applications.


1718608262179501.png

LX-Z Series Features

Wide range of ffow from 0.22 m3/h (1 gpm) to 10m3/h (44 gpm) per module

• Signiffcantly lower operating costs than conventional ion exchange

• Generates mixed-bed quality deionized water without the use of chemicals

• Continuous production instead of batch, with consistent quality

• Double O-ring seal guarantees* leak-free operation

• No need for acid/caustic, neutralization system or exchangable DI tanks

• Resin fflled concentrate for optimal performance and ease of operation

• Continuous operation

• Up to 0.05 ppm (total CI 2) feed

• Wetted materials of construction comply with NSF® 14 and NSF® 61 requirements



QUALITY ASSURANCE STANDARDS

CE mark certification, each module is strictly tested before leaving the factory to meet the high standards of the industry and is manufactured under the conditions of complying with ISO 9001 and ISO 14000 quality and environmental management system standards.


About the operating environment of the IONPURE LX-Z module:

The module should be installed indoors, away from direct sunlight, and ensure that the ambient temperature does not exceed 113°F (45°C) to ensure its stable and efficient operation. This can effectively extend the service life of the module while ensuring the stability and reliability of the water quality.


TYPICAL MODULE PERFORMANCE
Operating Parameters
Recovery90–95%
DC Voltage0–400
DC Amperage1.0–6.0
Product Water Quality
Product ResistivityMinimum Flow > 17 MW-cm*† Maximum Flow > 7 MW-cm*†
Silica (SiO2) Removal90–99%, depending on feed conditions

* Actual performance can be accurately estimated using the IP-Pro prediction tool provided by Ionpure.

*Performance data is based on testing at the maximum inlet water conductivity equivalent value (40 μS/cm), ensuring excellent deionization results in various application scenarios.

FEED WATER SPECIFICATIONS
Feed Water Conductivity Equivalent, including CO2 and Silica< 40 μS/cm
Feed Water SourceRO permeate
Temperature5–45˚C (41–113˚F)
Inlet Pressure1.4–6.9 bar (20–100 psig)
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
pH4–11
Total Hardness (as CaCO3)< 1.0 ppm
Dissolved Organics (TOC as C)< 0.5 ppm
Silica (SiO2)< 1.0 ppm
PHYSICAL SPECIFICATIONS
Item NumberL +/- 6.4 mm (0.25")C +/- 3.2 mm (0.13")
LXM04Z257 mm (10.12")146.8 mm (5.78")
LXM10Z347.7 mm (13.69")235.7 mm (9.28")
LXM18Z488.2 mm (19.22")353.8 mm (13.93")
LXM24Z601.7 mm (23.69")442.7 mm (17.43")
LXM30Z696.5 mm (27.42")531.3 mm (20.92")
LXM45Z907.3 mm (35.72")747.7 mm (29.44")
LX8000Z1062 mm (41.81")888 mm (34.95")
LX-Z FLOW RANGE AND WEIGHTS
Ordering Part #Model NumberMinimum Flow Rate m3/hr (gpm)Design Flow Rate m3/hr (gpm)Shipping Weight kg (lbs)**Operating Weight kg (lbs)
W3T17286IP-LXM04Z-50.22 (1.0)0.44-0.67 (2.0-3.0)59 (130)31 (69)
W3T17291IP-LXM10Z-50.57 (2.5)1.1-1.65 (5.0-7.5)78 (171)51 (113)
W3T17297IP-LXM18Z-51.02 (4.5)2.0-3.1 (9.0-13.5)99 (217)74 (163)
W3T17303IP-LXM24Z-51.36 (6.0)2.8-4.2 (12.5-18.8)115 (254)92 (103)
W3T17312IP-LXM30Z-51.70 (7.5)3.3-5.11 (15.0-22.5)132 (291)110 (243)
W3T17314IP-LXM45Z-52.57 (11.3)5.1-7.67 (22.5-33.8)205 (451)157 (345)
W3T584543IP-LX8000Z-53.13 (13.75)7.5 - 10 (33 - 44)225 (496)190 (419)


Project Inquiry · Technical & Commercial

Send Your Water Treatment Requirement

Tell us the feedwater, required capacity, target water quality and project conditions. Your inquiry email will automatically include the page you are viewing so our team can understand the exact product, technology or reference that led to your request.

  • Feedwater source / available analysis
  • Design flow or required production capacity
  • Target product-water quality or process duty
  • Project country, operating conditions and delivery target
Inquiry context Current page details will be attached automatically.