Industrial High-Flow EDI Module for Ultra Pure Water Systems | COVNA STARK
En IONTECH IT-VNS MAX Industrial High-Flow EDI Module is a high-capacity continuous electrodeionization (EDI) solution designed for industrial ultrapure water systems. Delivering product water resistivity above 17–18 MΩ·cm, over 95% silica and boron removaly 99.8% sodium and chloride removal, it provides continuous chemical-free operation for power plants, semiconductor manufacturing, pharmaceutical production, and other demanding high-purity water applications.
Descripción del producto
High-Flow Industrial EDI Module for Continuous Ultrapure Water Production
En IT-VNS MAX Industrial High-Flow EDI Module is engineered to deliver reliable, high-purity water for industrial applications requiring continuous operation and exceptional water quality. Utilizing advanced continuous electrodeionization (CEDI) technology, the module removes dissolved ions from RO permeate or DI water without chemical regeneration, ensuring stable performance while reducing operating costs and environmental impact.
Designed for industries with strict water quality requirements, the IT-VNS MAX produces ultrapure water with product resistivity exceeding 17 MΩ·cm when fed with RO permeate and 18 MΩ·cm when supplied with DI water. The module also achieves over 95% removal of silica and boron, while reducing sodium and chloride by 99.8%, making it suitable for ultra-supercritical boiler feedwater, semiconductor manufacturing, pharmaceutical production, and precision electronics.
The module features an integrated junction box with excellent electrical insulation, a double O-ring sealing structure for leak-free operation, and supports both horizontal and vertical installation. Operating continuously at pressures up to 7 bar (100 psi) and temperatures up to 45°C, it provides long-term reliability for industrial ultrapure water systems.
With no need for acid/alkali regeneration or mixed-bed resin replacement, the IT-VNS MAX significantly simplifies system operation while lowering maintenance costs.
Parámetros del producto
| Parámetro | Especificación |
|---|---|
| Fuente de agua de alimentación | RO Permeate or DI Water |
| Conductivity (Including CO₂ & Silica) | ≤40 μS/cm |
| Silica (SiO₂) | <1.0 ppm |
| Iron (Fe, Mn, S) | <0.01 ppm |
| Total Chlorine (Cl₂) | <0.02 ppm |
| Total Hardness (CaCO₃) | <1.0 ppm |
| TOC | <0.5 ppm |
| pH | 4–11 |
| Feed Water Temperature | 5–45°C |
| Presión máxima de entrada | 7 bar (100 psi) |
Industria aplicable
The IT-VNS MAX Industrial EDI Module is widely used in:
- Ultra-Supercritical Boiler Feedwater Systems
- Power Plants
- Fabricación de semiconductores
- Microelectronics Industry
- Pharmaceutical Production
- Biotechnology Facilities
- High-Purity Chemical Manufacturing
- Precision Electronics
- Laboratory Ultrapure Water Systems
- Food & Beverage High-Purity Water
- Industrial Ultrapure Water Plants
- Reverse Osmosis + EDI Systems
Ventaja Uno
Continuous Chemical-Free Operation
Eliminates the need for acid and alkali regeneration, reducing operating costs and environmental impact.
Excellent Water Quality
Produces ultrapure water with resistivity above 17–18 MΩ·cm, meeting demanding industrial requirements.
High Ion Removal Efficiency
- Silica >95%
- Boron >95%
- Sodium 99.8%
- Chloride 99.8%
Stable Long-Term Performance
Continuous operation ensures consistent water quality without the fluctuations associated with mixed-bed resin regeneration.
Double O-Ring Leak Protection
Advanced sealing technology provides reliable, leak-free operation under industrial conditions.
Flexible Installation
Supports both horizontal and vertical installation, making system integration easier.
High Electrical Safety
Integrated junction box with excellent insulation ensures safe and reliable electrical connections.
Lower Operating Costs
No resin replacement or chemical regeneration systems are required, reducing maintenance and simplifying plant operation.
Ventaja DOS
✔ Product water resistivity >17 MΩ·cm
✔ Designed for ultra-supercritical boiler feedwater
✔ Silica removal rate >95%
✔ Boron removal rate >95%
✔ Continuous operation without chemical regeneration
✔ Stable water quality with no conductivity fluctuations
✔ No mixed-bed resin replacement required
✔ No acid or alkali regeneration chemicals
✔ Integrated junction box with excellent electrical insulation
✔ Double O-ring sealing structure for leak-free operation
✔ Supports horizontal or vertical installation
✔ Continuous operation at 7 bar (100 psi) y 45°C (113°F)
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PREGUNTAS FRECUENTES
P1: ¿Cuánto dura el sistema de ósmosis inversa?
La vida útil de un sistema de ósmosis inversa depende de la calidad del agua y del mantenimiento. Normalmente, la membrana dura entre 2 y 3 años, mientras que el sistema en sí puede durar más de 10 años con los cuidados adecuados.
P2: ¿Se puede personalizar el sistema en función de las diferentes condiciones del agua?
Sí, todos nuestros sistemas son totalmente personalizables. Analizamos su informe de aguas y sus necesidades de aplicación antes de ofrecerle soluciones a medida.
P3: ¿Qué normas cumplen los equipos STARK?
Nuestros productos cumplen las normas CE e ISO 9001, y pueden diseñarse para cumplir normativas regionales o estándares industriales específicos si así se solicita.
P4: ¿Cuál es el plazo de entrega de los sistemas de ósmosis inversa STARK?
Los sistemas estándar se envían en un plazo de 7-15 días. Para los pedidos personalizados, el plazo de entrega puede prolongarse hasta 20-25 días en función de la complejidad.
P5: ¿Ofrecen asistencia técnica u orientación para la instalación?
Sí. Proporcionamos documentación técnica completa, asistencia remota por vídeo y podemos enviar ingenieros al extranjero si así se solicita.
P6: ¿Qué incluye su presupuesto?
Nuestro presupuesto incluye el sistema de ósmosis inversa completo, el panel de control, las bombas, las unidades de pretratamiento y todos los accesorios necesarios. Si lo desea, podemos incluir herramientas de instalación y piezas de repuesto.