DM Plant

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MOQ : 1 Unit

DM Plant Specification

Water Out Conductivity
< 1 S/cm

Flow Rate
250 LPH 50,000 LPH

Ph Level
6.5 7.5

Technology
Ion Exchange

Frequency
50 / 60 Hz

Noise Level
< 70 dB

Efficiency (%)
Up to 98%

Recycle Rate
Up to 95%

Pump Type
Centrifugal Pump

Water in conductivity
Max 500 S/cm

Feature
Corrosion resistant, easy installation, robust design

Volume
Customizable

Power Source
Electric

Automatic Grade
Automatic

Purity Level
Up to 99% TDS removal

Drive Type
Electric Motor Driven

Product Type
Demineralization Plant (DM Plant)

Material
FRP / Mild Steel with Epoxy Coating

Water Source
Borewell, municipal, industrial water supply

Capacity
250 LPH to 50,000 LPH

Installation Type
Skid Mounted / Floor Mounted

DM Plant Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
1 Unit Per Week

Delivery Time
5 Days

About DM Plant

Deionization and demineralization is the technique of removing such amount of salts and minerals from the water. DM Plant is completely based upon the ion exchange technology through which users can achieve the most acceptable and safe water. In comparison to conventional distillation plants, our DM Plant uses specifically produced ion resins that offers ion exchange sites for mineral salts replacements. In addition, this plant is the proven method of producing mineral free water by following the techniques of degasification, polishing and ion exchange.

Features:

Quick and without scale buildup
Rapid and reversible
Simpler distribution and collection systems

Further Details:

We manufacture and export DM plant, DM water system, demineralisation water plant etc comprises two vessels filled with strong acid cation exchange resin and strong base anion exchange resin. They are available in a range of diameters. DM Plant is based on ion exchange technology. It contains single vessel filled with anion exchange resin and cation exchange resin. This system works as a polisher unit and giving best quality of water. System would produce IP grade water VAS offer DM & MB plant for various sectors:

Pharmaceutical
Power plant
Oil & Gas
Chemical industries
Textile industries

Ion Exchange Technology for High Purity

The plant utilizes ion exchange technology to efficiently remove dissolved solids and ions, delivering water with conductivity below 1 S/cm. This ensures purification quality suitable for critical industrial processes and labs, making the equipment highly reliable for rigorous applications.

Flexible Installation and Design Options

With options to install as skid-mounted or floor-mounted models, this DM Plant offers flexibility to fit varied spatial requirements. The robust construction using FRP or mild steel with epoxy coating caters to long-term durability, supporting usage in diverse industrial conditions across India.

Automated Operation and Efficient Performance

Equipped with an electric motor-driven centrifugal pump and fully automatic controls, the system provides consistent flow rates (250 LPH 50,000 LPH) at high recycling efficiency (up to 95%). Installed for borewell, municipal, or industrial water sources, it simplifies water management and quality assurance.

FAQs of DM Plant:

Q: How does the DM Plant achieve such high water purity levels?

A: The DM Plant uses advanced ion exchange technology to remove up to 99% of total dissolved solids (TDS), resulting in output water with conductivity below 1 S/cm. This process involves resin beds that extract ions from the incoming water sourced from borewell, municipal, or industrial supplies.

Q: What is the typical installation process and where can the DM Plant be installed?

A: Installation can be skid-mounted or floor-mounted, offering flexibility for site requirements in factories, industrial complexes, or commercial facilities. The corrosion-resistant build allows reliable installation in environments handling various water sources and operational conditions.

Q: When should industrial users opt for a DM Plant with customizable capacity?

A: Industrial users should choose a DM Plant when precise water purity and large-scale treatment are needed, especially for applications such as pharmaceuticals, power plants, or manufacturing where the conductivity and TDS levels must be controlled and adjusted depending on usage volume.

Q: What makes the DM Plant easy to operate and maintain?

A: Its automatic grade, electric motor-driven pump, and robust design minimize manual intervention. The system includes features like simplified controls, corrosion resistance, and easy installation, making routine operation and maintenance straightforward.

Q: Where does the purified water from the DM Plant typically get used?

A: Purified, deionized water produced by the DM Plant is commonly used in laboratories, pharmaceutical production, electronics manufacturing, boiler feed in power plants, and other processes requiring ultra-low conductivity water.

Q: What are the core benefits of using a DM Plant with up to 95% recycle rate?

A: A high recycle rate reduces overall water consumption and operational costs, making the DM Plant an environmentally sustainable choice. It provides efficient resource management while supporting up to 98% purification efficiency for various industrial needs.

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