IONPURE LX-Z — INDUSTRIAL CEDI MODULE

The Ionpure LX-Z-5 modules with improved chlorine tolerance are specifically designed for a wide range of industrial deionized water applications and markets, including boiler makeup water for power plants, pharmaceutical pure water, water for hydrocarbon and chemical processing (HPI/CPI) and other high purity needs.

IONPURE CEDI modules provide a constant flow of high purity water without the need for downtime or chemical regeneration like conventional deionization methods.

 

LX-Z Series Features

• Significantly 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 exchangeable DI tanks

• Resin filled concentrate for optimal performance and ease of operation

• Continuous operation

• Up to 0.05 ppm (total CI2) feed

• Wide range of flow from 0.22 m3/h (1 gpm) to 7.67 m3/h (33.8 gpm) per module

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


IP-LXM30Z-5 Typical Applications

Semiconductor Manufacturing

Final polishing for UPW systems, achieving TOC <0.5 ppb for wafer cleaning and etching processes.

Photovoltaics

Integrated with RO+EDI systems for silicon wafer cutting/cleaning, delivering stable resistivity >17 MΩ·cm.

Chemical & Power Industries

Replaces traditional mixed-bed DI in boiler feedwater systems, reducing chemical waste costs.



IP-LXM30Z-5 Data sheet

Product Flow Min. GPM (m3/hr)

7.5 (1.65)

Product Flow Nominal GPM (m3/hr)

15.0 (3.3)

Product Flow Max. GPM (m3/hr)

22.5 (5.1)

Recovery

90-95%

DC Voltage

0-400

DC Amperage

1.0-6.0

Product Resistivity

Minimum Flow > 17 MΩ-cm*†

Maximum Flow > 7 MΩ-cm*†

Silica (SiO2) Removal

90–99%, depending on

feed conditions

Feed Water Conductivity Equivalent,

including CO2 and Silica

< 40 μS/cm

Feed Water Source

RO permeate

Temperature

5–45˚C (41–113˚F)

Inlet Pressure

1.4–6.9 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

pH

4–11

Total Hardness (as CaCO3)

< 1.0 ppm

Dissolved Organics (TOC as C)

< 0.5 ppm

Silica (SiO2)

< 1.0 ppm

Reference pictures:

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