Deionizers (Ion Exchanger)

Deionizers (Ion Exchanger) Specification

Accuracy
High Purity Output (0-2 S/cm)

Features
Easy to Install, Low Maintenance, Rustproof, High Durability

Shape
Vertical Cylindrical

Temperature Resistance
Up to 60C

Display Type
Analogue/Conductivity Meter (Optional)

Control Type
Manual / Automatic (Optional)

Type
Deionizers (Ion Exchanger)

Dimension (L*W*H)
400 x 180 x 820 mm

Equipment Type
Water Purification System

Equipment Materials
Polypropylene / FRP (Fibre Reinforced Plastic)

Power
Not Required (Gravity Based / Manual Operation)

Material
Industrial Grade Plastic / FRP

Application
Water Purification, Laboratory, Pharmaceutical, Industrial Use

Capacity (Ltr)
20 Ltr/hr to 1000 Ltr/hr

Performance Standard
IS 3119, ASTM D1193 Compliant

Service Flow Rate
10 Ltr/hr to 1000 Ltr/hr

Color
White / Blue / Customer Specific

Resin Type
Cation and Anion Exchange Resin

End Connection
Threaded / Flanged

Design Pressure
Up to 3.5 kg/cm2

Regeneration
Manual Regeneration

Usage
Ideal for Boiler Water, Laboratory Water, Process Water

Inlet Pressure
Max 3 kg/cm2

Operation
Batch / Continuous Possible

Replaceable Cartridge
Yes

pH Output Range
6.5 to 7.5

About Deionizers (Ion Exchanger)

The plant consists of One cation Exchanger column containing cation exchanger resin. One anion exchanger column containing anion exchanger Resin. Plant ismounted on M.S. stand with assembly of valves and tubing. One conductivity meter with cell to monitor the ionized solids of purified water and thus control the functions of de-mineralization. The meter is direct reading having reading heavy range 0.40 microns/cm.

JDE-01:

Capacity 50 litre.
Capacity 75 litre.
Capacity 100litre.

Optional Accessories:

Digital D.O.Meter

Versatile Water Purification Solution

Engineered for use in laboratories, pharmaceutical, and industrial applications, our deionizer ensures consistent delivery of high-quality purified water. Capable of handling both batch and continuous flow, it supports a wide capacity range, from 20 up to 1000 liters per hour to suit varied operational requirements.

Durable and User-Friendly Design

Constructed using industrial-grade plastic or fibre reinforced plastic (FRP), the system boasts resistance to corrosion and temperatures up to 60C. Its vertical cylindrical structure allows effortless installation and enhanced space efficiency, while manual or optional automatic controls make operation straightforward.

Efficient Resin-Based Ion Exchange

Utilizing both cation and anion exchange resins, the deionizer effectively removes dissolved salts and impurities, providing output water of high purity. Manual regeneration capability and replaceable cartridges guarantee sustained performance and simplified maintenance routines.

FAQ's of Deionizers (Ion Exchanger):

Q: How does the deionizer remove impurities from water?

A: The deionizer works by passing water through cation and anion exchange resins, which replace dissolved ions in the water with hydrogen and hydroxyl ions, resulting in high-purity, deionized water suitable for sensitive industrial and laboratory applications.

Q: What are the recommended applications for this deionizer?

A: This system is ideal for laboratory water preparation, boiler feed water, process water in industrial settings, and pharmaceutical use, thanks to its ability to deliver high-purity water consistently.

Q: When should the resin cartridges be replaced or regenerated?

A: Cartridges should be replaced or regenerated when the conductivity of the output water exceeds acceptable levels or when the pH or purity parameters drift from the standard 6.5-7.5 pH and 0-2 S/cm. Regeneration is performed manually as required based on water usage and feedwater quality.

Q: Where can this deionizer system be installed?

A: The unit's compact, vertical design allows installation in laboratories, industrial plants, or pharmaceutical facilities with access to compatible water inlets. Its rust-proof build and operating pressure tolerance make it suit various locations within these environments.

Q: What is the operational process for using the deionizer?

A: Water is introduced via gravity or manual operation, flowing through the cation and anion resin beds. After ion exchange, the deionized water exits the system for immediate use. No external power source is required, and control is accomplished manually or via optional automation.

Q: How does the system's manual regeneration process work?

A: Manual regeneration involves flushing used resins with specific chemicals to restore their ion exchange capacity. Operators follow included guidelines, ensuring safe handling and system readiness for continued purification cycles.

Q: What are the primary benefits of choosing this deionizer?

A: Key advantages include high water purity, low maintenance due to replaceable cartridges, robust and corrosion-resistant construction, adaptability for varying capacities, and compliance with IS 3119 and ASTM D1193 performance standards.

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