Custom Industrial RO EDI Ultrapure Water System High Purity Output Chemical Free Operation
Custom RO EDI Water System
,High Purity Ultrapure Water System
,Chemical Free Industrial Water System
This customized industrial RO+EDI ultrapure water treatment equipment is a high-efficiency integrated water purification solution designed for industrial production, factory process water preparation, production line water supply, and industrial fine processing applications.
Combining double-stage reverse osmosis filtration with advanced EDI continuous electrodeionization technology, this system replaces traditional chemical mixed bed deionization equipment. It effectively removes suspended solids, colloids, soluble salts, heavy metal ions, organic substances, and residual trace impurities from raw water.
The system produces high-purity deionized water that meets various industrial production water standards, ensuring stable product quality and reducing production defect rates. Fully customizable to accommodate different factory water quality and production requirements.
- Multi-stage Pretreatment System: Equipped with multimedia filter, activated carbon filter, and precision security filter to intercept sediment, rust, algae, residual chlorine, and large-particle impurities, protecting core RO membrane and EDI modules.
- Two-stage RO Reverse Osmosis Purification: High-precision industrial RO membranes achieve desalination rates up to 99.5%, removing most soluble salts and organic pollutants.
- EDI Deep Deionization System: Non-chemical electric desalination technology continuously removes residual trace ions, silicon, and boron elements that cannot be completely filtered by RO system.
- Terminal Fine Filtration & Stabilization: Precision terminal filter and water quality online monitoring module maintain constant water resistivity and ensure uninterrupted stable water supply.
- Fully Customizable Industrial Solution: Flexible customization of water yield (250L/H-5000L/H), pipeline configuration, automatic functions, and cabinet size
- Chemical-free & Environmentally Friendly Operation: No acid and alkali chemical regeneration required, no secondary pollution or waste liquid discharge
- Stable High Water Purity Output: Produces deionized water with resistivity of 15-18.25MΩ*cm, low TDS and zero bacteria
- Intelligent Automatic Operation: PLC intelligent control system with touch screen operation, automatic water making, membrane flushing, and 24-hour unattended continuous operation
- Low Operation & Maintenance Cost: Long service life of RO membrane and EDI module, low water and power consumption, simple daily maintenance
- Integrated Skid-mounted Structure: Compact overall layout, small floor area, easy transportation and quick on-site installation
- Electronic factory production and component cleaning
- Electroplating, coating and surface treatment industry
- Mechanical precision processing and cleaning
- New energy, battery and photovoltaic production
- Pharmaceutical, chemical and cosmetic industrial water preparation
- Industrial boiler high-purity make-up water
- Laboratory precision analysis water supply
| Parameter | Specification |
|---|---|
| Outlet Water Resistivity | 15~18.25 MΩ*cm (25℃) |
| RO Desalination Rate | ≥99.5% |
| TOC Content | ≤1ppb |
| Custom Water Flow | 250L/H, 500L/H, 1000L/H, 2000L/H, 5000L/H |
| Operation Mode | Fully automatic 24h continuous operation |
| Control System | PLC + Touch Screen Intelligent Control |
| Recovery Rate | ≥85% |
| Working Temperature | 5℃~45℃ |
| Structure Type | Skid-mounted Integrated Customizable Structure |
We provide comprehensive customized design, manufacturing, installation, commissioning, and after-sales services for industrial water treatment projects. Based on customer's raw water quality report, factory water consumption, and industry standards, we develop exclusive RO+EDI ultrapure water solutions.
Global remote technical guidance, long-term spare parts supply, and professional after-sales support ensure long-term stable and efficient operation of factory production water systems.
