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RO EDI System

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MOQ : 1 Piece

RO EDI System Specification

Water in conductivity
<300 S/cm

Frequency
50/60 Hz

Power Consumption
2-8 kW (Depending on model)

Ph Level
6.5 - 8.0

Pump Type
High Pressure Multi-Stage Pump

Usage & Applications
Pharmaceutical, Electronics, Laboratories, Power Plants, Industrial Water Purification

Noise Level
<65 dB

Feature
High Efficiency, Low Maintenance, Compact Design

Efficiency (%)
>98%

Technology
Reverse Osmosis with Electrodeionization

Recycle Rate
Up to 75%

Flow Rate
250 LPH - 10000 LPH

Water Out Conductivity
<0.1 S/cm

Water Source
Tap Water, Ground Water, Industrial Feed

Drive Type
Electric

Material
Stainless Steel

Power Source
Electric

Volume
Customizable as per requirement

Product Type
RO EDI System

Purity Level
Up to 99.99%

Voltage
220-240 V

Automatic Grade
Semi Automatic

Filter Type
Pre-filter, Carbon Filter, Micron Filter

Capacity
250 LPH - 10000 LPH

Installation Type
Skid Mounted, Floor Standing

RO EDI System Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
9 Pieces Per Month

Delivery Time
3 - 4 Days

Main Domestic Market
All India

About RO EDI System

Our RO EDI System is a Reverse Osmosis Electrode ionization system that is a water purification system that uses a combination of reverse osmosis & electrode ionization to produce high-purity water. The system first uses reverse osmosis to remove impurities & minerals from the water, then passes it through a resin bed where electrodes apply an electric field that removes any remaining ions. The RO EDI System we are offering is efficient, easy to operate, and requires minimal maintenance, making it a popular choice for high-purity water production.

Advanced Water Purification for Sensitive Applications

This RO EDI System meets stringent industry standards (ASTM/ISI), consolidating reverse osmosis with electrodeionization to remove contaminants and achieve ultra pure water. With a robust stainless steel structure and customizable capacities, it ensures reliability for pharmaceuticals, laboratories, electronics, and industrial setups.

Comprehensive Pretreatment and Compact Design

Featuring sand and activated carbon filters as pretreatment, along with integrated pre-filtration, this system is equipped to handle tap, ground, or industrial feedwater. Skid-mounted or floor-standing installation options make it suitable even for limited spaces, providing flexibility and ease of maintenance.

Automated, High-Efficiency Performance

Automated PLC controls govern system operations, reducing manual intervention and ensuring process consistency. Optional Clean-In-Place functionality, a high-pressure multi-stage pump, and up to 75% water recycle rate enhance both efficiency and operational longevity, minimizing resource consumption and maintenance requirements.

FAQs of RO EDI System:

Q: How does the RO EDI System achieve ultra pure water quality?

A: The system uses advanced Reverse Osmosis (RO) followed by Electrodeionization (EDI) to remove dissolved solids, organic substances, and silica, resulting in water with conductivity below 0.1 S/cm and purity levels up to 99.99%. Pre-filtration and precise PLC-based automated controls optimize every stage for stable, high-quality output.

Q: What pretreatment is necessary before operating the RO EDI System?

A: A sand filter and activated carbon filter are required as pretreatment to remove physical debris, chlorine, and organic impurities, ensuring longevity and efficiency of the Polyamide Thin Film Composite membranes and EDI modules. The system includes comprehensive pre-filtration options for optimal protection.

Q: Where can the RO EDI System be installed and used?

A: The system is suitable for pharmaceutical facilities, electronics production, laboratories, power generation plants, and various industrial water purification requirements. Its customizable configuration and compact, skid-mounted or floor-standing design allow installation in a wide range of environments across India.

Q: When should the optional Clean-In-Place (CIP) system be used?

A: The optional CIP system should be used during preventive maintenance or if membrane fouling or scaling is detected. Frequent use is recommended in environments with higher contaminant loads to ensure consistent system performance and prolong the life of filtration components.

Q: What makes the control and operation of this system efficient?

A: Automated PLC-based controls monitor and regulate all process variables, drastically reducing the need for manual adjustment. This automation offers precise operation, real-time fault detection, lower risk of human error, and dependable continuous production of ultra pure water.

Q: How does the recycling feature benefit water and cost savings?

A: With a recycle rate up to 75%, the system significantly minimizes wastewater, conserving water resources and reducing disposal costs. This efficient resource management translates into operational cost savings and underscores the systems eco-friendly attributes.

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