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Commercial DM Plant

Name: Commercial DM Plant
Brand: SYNERGY ENGINEERS AND PROJECTS
Price: 250000 INR
Availability: InStock

Price 250000 INR/ Piece

Get a Price/Quote

MOQ : 1 , , Piece

Commercial DM Plant Specification

Usage & Applications
Industrial water treatment, Boiler feed, Textile, Pharmaceutical, Laboratory

Feature
Corrosion Resistant, High Efficiency, Easy Operation

Water Out Conductivity
< 1 S/cm

Technology
Ion Exchange

Pump Type
Centrifugal / Dosing Pump

Noise Level
< 70 dB

Recycle Rate
Up to 98%

Frequency
50 Hz

Water Source
Borewell, Municipal, Industrial water

Voltage
220V / 415V AC, 50Hz

Product Type
Commercial DM (Demineralization) Plant

Power Source
Electric

Purity Level
TDS < 1 ppm

Drive Type
Electric Motor

Material
FRP / Mild Steel with Epoxy Coating

Capacity
From 100 LPH up to 50,000 LPH

Installation Type
Floor Mounted

Resin Type
Cation and Anion Exchange Resin

Discharge Requirements
Effluent Neutralization Required

Color
Blue / Customized

Connections
Flanged / Threaded

Regeneration Media
Acid and Alkali

Skid
Mounted on Robust Skid Frame

Control Panel
Digital with Meters & Indicators

Design Pressure
7 kg/cm²

Service Life (Resin)
Up to 3 Years

Compliance
Meets IS/ISO Water Standards

Maximum Operating Temperature
45°C

Pretreatment Stage
Sand and Carbon Filtration

Flow Control
Manual / Automatic Valves

Commercial DM Plant Trade Information

Minimum Order Quantity
1 , , Piece

Supply Ability
5 Pieces Per Month

Delivery Time
2 Week

Main Domestic Market
All India

About Commercial DM Plant

We are a professionally managed organization regarded in the industry for manufacturing and supplying an innovative range of Commercial DM Plant. Enabled with FRP cylinders filled with high capacity ion exchange, these plants are used for eliminating mineral salts from the water. Precisely designed at our state of the art machining facility, our Commercial DM Plant is made using quality brass procured from authentic vendors of the market. In addition, we are capable of customizing these plants as per the needs of the clients.

Features:

Simple operation
Plastic control valve
Compact in design
Monitoring conductivity meter

Further Details:

High efficiency
Quality raw material
Advanced machinery
Reasonable price

Standard Portable Deionizers :

Standard portable deionized are up flow two-bed type. They are compact and simple to operate with conductivity meter to monitor quality of treated water continuously when in operation.

Scope of Supply :

FRP cylinders filled with high capacity ion exchange resins
Mounted on M.S. frame protected with epoxy paint
Plastic control valve and conductivity meter on front operation panel
PVC flexible interconnecting tubing
Conductivity cell and two nos. plastic buckets for regeneration

Exceptional Water Purification Technology

Utilizing state-of-the-art sand and carbon filtration combined with ion exchange resin technology, this DM plant effectively removes dissolved solids and contaminants. The dual-stage resin systemcation and anion exchangeassures high-purity water output suitable for sensitive applications across industries.

Designed for Industrial Versatility

With capacities ranging from 100 to 50,000 LPH, this plant caters to diverse sectors including boiler feed, textile, pharmaceutical, and laboratory applications. Constructed from FRP or mild steel with epoxy coating, its sturdy frame makes it reliable and versatile for industrial requirements.

User-Friendly and Compliant

Equipped with a digital control panel featuring meters and indicators, operation and monitoring are simple and precise. The plant meets strict IS/ISO standards and excels in recyclingup to 98% water reusemaking it an economical and environmentally responsible choice for industrial use.

FAQs of Commercial DM Plant:

Q: How does the commercial DM plant achieve ultra-low TDS water purification?

A: The DM plant combines pretreatment (sand and carbon filtration) with dual-stage cation and anion exchange resins. This process removes suspended solids, organic contaminants, and dissolved ions, resulting in purified water with a TDS of less than 1 ppm and conductivity below 1 S/cm.

Q: What industries can benefit from using this DM plant?

A: This DM plant is ideal for various industries, including boiler feed systems, textile manufacturing, pharmaceuticals, laboratories, and other industrial processes requiring high-purity water. Its versatility and high flow capacity make it suitable for different scales of industrial operations.

Q: When should the resin be replaced in this DM plant?

A: Typically, the resin in the DM plant has a service life of up to 3 years, depending on the incoming water quality, operational conditions, and regeneration frequency. Regular monitoring through the digital control panel helps determine the optimal replacement interval.

Q: Where can this DM plant be installed and what are the connection options?

A: The DM plant is designed for floor mounting and is supplied on a robust skid frame for easy installation. It offers both flanged and threaded connection options to integrate seamlessly with existing industrial piping infrastructure.

Q: What is the regeneration process for the ion exchange resins?

A: Regeneration is accomplished using acid for the cation resin and alkali for the anion resin. The process is controlled digitally, and neutralization of regeneration effluent is required before discharge, ensuring compliance with environmental standards.

Q: How is flow controlled and what makes operation user-friendly?

A: Flow control can be managed via manual or automatic valves, depending on operational needs. The digital control panel with meters and indicators allows easy monitoring and adjustment, offering simplified operation for users.

Q: What are the main benefits of selecting this DM plant for industrial water treatment?

A: Key benefits include high efficiency, corrosion resistance, easy operation, and adherence to IS/ISO water standards. Additional advantages are high recycle rates (up to 98%), customizable design, and compatibility with borewell, municipal, or industrial water sources.

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