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Ion Exchange Plants

Design, Supply, and Installation of Ion Exchange Systems

Clean TeQ Water is a world leader in ion exchange plants. We provide customised ion exchange systems everywhere in the world.

Our Customised Solutions

Water treatment projects are rarely the same, with varying feed water quality, different flowrates, and different project requirements. Clean TeQ Water provides customised ion exchange systems for a range of industries that are tailored to meet each customer’s needs.

Using a customised ion exchange plant design allows us to:

  • Ensure the treated water targets will be met under all conditions
  • Optimally size the system, meaning you only pay for what you need
  • Select the most suitable ion exchange resin and reagents for your application
  • Design for reduced chemical consumption and waste production
  • Use materials of construction best suited for durability and long term project success
  • Integrate with existing processes or systems you already have on site
Ion Exchange Plants
Efficient Metal recovery at Clean Teq Water

Why Work with Clean TeQ?

With over 20 years of experience in water treatment using ion exchange, we have deep expertise with resin selection, vessel design, regeneration schedules, and other process design parameters to ensure maximum efficiency, cost effectiveness, and optimal performance for the specific application.

Along with conventional fixed bed ion exchange systems, we can also offer our unique CIF® continuous ionic filtration technology when it provides benefits for the customer. This includes reduced chemical consumption, the ability to handle solids in the feed water or precipitates forming during regeneration, and provides enhanced metal recovery or contaminant removal efficiency.

We want to make the process of installing an ion exchange plant as easy as possible for our customers. Contact us for a free project assessment. We look forward to hearing from you!

Benefits of Clean TeQ's Ion Exchange Systems

FIT FOR PURPOSE WITH OPTIMISED PERFORMANCE
VERY HIGH WATER RECOVERY & LOWER WASTE
ROBUST UNDER VARYING WATER CONDITIONS WITH LOW MAINTENANCE
EASY OPERATION – FULLY AUTOMATED WITH REMOTE MONITORING

Case Studies

Ion Exchange Plants

Uranium Removal Plant, Remote Australia

360m3/day water treatment plant for a remote Australian community removing uranium for safe drinking.

Ion Exchange Plants

Bore Water Softening Plant, Australia

28m3/h water treatment plant in Australia to reduce hardness and TDS for potable use.

Efficient Metal recovery at Clean Teq Water

Uranium Removal for Cobalt Mine, DRC

Removal and concentration of uranium from a 20 MLD cobalt rich liquor in the DRC

Ion Exchange Plants

Gold Mine Wastewater Treatment Plant, Australia

2MLD DESALX® plant removing hardness and sulphate, producing water suitable for aquifer reinjection.

Ion Exchange Plants

Processing Plant Water Treatment, Oman

Treating multiple waste streams using the 0.5MLD plant, producing industrial quality water for reuse.

Ion Exchange Plants

Interstage Hardness Removal from RO Brine, China

Mobile CIF® plant for interstage RO brine hardness removal.

Ion Exchange Plants

Uranium Removal from Drinking Water, Australia

185 kL/day batch ion exchange system to remove uranium from drinking water.

Ion Exchange Plants

Coal Seam Gas Produced Water Treatment, Australia

A 0.5 MLD DESALX® plant was deployed to treat coal seam gas produced water into agricultural grade product water for livestock and crops.

Ion Exchange Plants

Bore Water Reverse Osmosis Pre-Treatment, Australia

0.6MLD groundwater treatment plant to remove calcium, barium, and strontium before RO.

Ion Exchange Plants

Manganese, Iron and Hardness Removal, Australia

25m3/h water treatment plant at a mine site in Australia to remove manganese, iron and hardness from groundwater for potable use.

Ion Exchange Plants

Waste Water Treatment Plant Reuse, Western Australia

Comparison of a 42m3/h CIF system compared to MF/RO for municipal reuse

Get in touch

Discuss a water treatment project using the contact form below.