The Future of Water Reuse
Capacitive Electro Desalination (CED)
An innovative, non-chemical, electrically driven solution to treat water with unmatched efficiency and minimal environmental impact.
A Simple, Powerful Two-Step Cycle
CED uses a unique electrostatic process to remove dissolved solids. Unlike other technologies, it achieves higher recovery rates at a lower energy cost.
Measurable Impact and Efficiency
-0%
Reduction in Fresh Water Intake
-0%
Reduction in Wastewater Volume
0%
Water Recovery Rate
0%
Chemicals Required
How Ionic CED Compares
See how our innovative technology provides a more efficient, cost-effective, and sustainable solution than traditional water treatment methods.
| Feature | Our Solution | Reverse Osmosis | Ion Exchange | EDR |
|---|---|---|---|---|
| TDS Reduction | Tunable | > 97% | Only Hardness | Tunable |
| Water Recovery | High (Up to 95%) | Low to Medium | High | High |
| Fouling Risk | Low | High | Low | Medium |
| Chemical Usage | Low / None | High | High (Salt) | High |
| Energy Consumption | Low | High | Low | Medium |
| Maintenance | Low | High | Medium | High |
| Remote Monitoring | ||||
| High Temp. Operation | ||||
| Process Type | Electrical | Mechanical | Chemical | Electrical |
Advantages of CED Technology
CED offers significant advantages in efficiency, cost-savings, and environmental responsibility.
No Chemicals Required
The electrostatic process eliminates the need for chemical additives.
High Water Recovery
Recovers up to 95% of the water it treats, conserving resources.
Low Energy Consumption
Operates efficiently at less than 0.5 kWh/m³.
Tunable Performance
Adjusts TDS reduction from 25-95% to meet specific water quality goals.
Durable & Low Maintenance
Unaffected by silica with automated cleaning for minimal upkeep.
Wide Operating Range
Remains effective in temperatures from 1°C to 60°C.
Versatile and Scalable Applications
CED technology is modular and suitable for everything from residential use to the most demanding large-scale industrial plants.
Industrial
Cooling & AI
Agriculture
Food & Beverage
Research
Specialty
Technical Resources
Download detailed specifications and engineering data.
Capacitive Electro Desalination
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Frequently Asked Questions
Learn more about minimal discharge Capacitive Electro Desalination technology.
Still have questions?
Contact our support teamUnlike RO which uses high pressure to force water through membranes (mechanical separation), CED uses an electrostatic field to pull dissolved salts out of the water. This results in significantly higher water recovery (up to 95%), lower energy consumption, and resistance to fouling.
No. CED is a chemical-free process. Unlike Ion Exchange which requires acid/caustic regeneration or RO which often needs anti-scalants, CED operates purely on electricity and can effectively handle silica without scaling.
CED achieves ultra-high recovery rates of up to 95%, meaning much less wastewater is generated compared to traditional desalination methods.
Yes, CED is highly tunable. The system can adjust its removal efficiency from 25% to 95% TDS reduction dynamically to meet specific output requirements, whereas RO is generally fixed at high rejection.
Maintenance is minimal. The system features automated electrode regeneration (polarity reversal) which cleans the electrodes during operation. There are no membranes to replace frequently like in RO.
CED is extremely energy efficient, typically consuming less than 0.5 kWh per cubic meter of treated water, making it one of the most sustainable desalination technologies available.
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