DM Water Plants

Name: DM Water Plants
Brand: FINE RHODIUM
Price: 36000 INR
Availability: InStock

36000 INR/Unit

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Product Details:

Frequency 50 Hz
Water Out Conductivity <2 µS/cm
Feature Corrosion Resistant, Easy Installation, High Performance, Low Maintenance
Efficiency (%) Up to 99%
Flow Rate Up to 5 m3/hr
Power Consumption 1-3 kW
Pump Type Centrifugal
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DM Water Plants Price And Quantity

Minimum Order Quantity 1 Piece
Price 36000 INR/Unit

DM Water Plants Product Specifications

Water Out Conductivity <2 µS/cm
Material FRP (Fiber Reinforced Plastic)
Drive Type Electric Motor
Capacity 500 LPH to 5000 LPH
Filter Type Multi-Grade/Sand, Carbon
Water Source Borewell, Tap Water, Municipal Supply
Power Source Electric
Feature Corrosion Resistant, Easy Installation, High Performance, Low Maintenance
Product Type DM Water Plant
Frequency 50 Hz
Purity Level Up to 99.9%
Volume 500 Liter/Hour to 5000 Liter/Hour
Voltage 220-240 V
Technology Ion Exchange
Installation Type Skid Mounted
Usage & Applications Industrial, Laboratory, Pharmaceutical, Boiler Feed Water
Ph Level 6.5-7.5
Flow Rate Up to 5 m3/hr
Pump Type Centrifugal
Power Consumption 1-3 kW
Efficiency (%) Up to 99%
Water in conductivity <500 µS/cm
Recycle Rate Up to 98%
Automatic Grade Automatic
Noise Level Low

DM Water Plants Trade Information

Payment Terms Cash Advance (CA), Cash in Advance (CID)
Supply Ability 10 Piece Per Month
Delivery Time 1 Week
Main Domestic Market All India

Product Description

Demineralized Water Plants we offer can remove the mineral ion. They also ensure the removal of cations of calcium, iron, sodium, copper, and others. These plants are utilized to treat the water and remove the chloride, nitrate and sulphate from them. They are offered with a physical process and enable the replacement of the mineral salts. These can do away with the water impurities and provide high purity mineral water. These can do away with the scale buildup. De-mineralization technology of the plants allow for the good treatment of Water. These find wide application in the field of steam, cooling, power, process, and others.

Advanced Ion Exchange Technology

Our DM Water Plants utilize ion exchange with cation and anion resins to remove dissolved salts and impurities, ensuring superior water purity. Both 2-bed and 3-bed configurations are available to suit varying process needs, with options for manual or automatic cleaning and efficient resin regeneration using acid and alkali.

Efficient Pretreatment for Superior Output

Pretreatment stages using multi-grade/sand and carbon filters safeguard the system from organic and suspended solids, extending the lifespan of ion exchange resins. This ensures consistent water production within the desired conductivity and purity specifications, whether sourced from borewell, tap, or municipal water supplies.

Customizable and High-Performance Design

The plant's FRP skid-mounted structure offers corrosion resistance and flexibility in installation. Dimensions and capacity are fully customizable from 500 to 5000 LPH, with control panels featuring microprocessor technology for ease of operation. Energy-efficient components such as centrifugal pumps and electric motors deliver reliable performance with low noise and maintenance.

FAQ's of DM Water Plants:

Q: How does the DM Water Plant achieve high purity levels up to 99.9%?

A: The DM Water Plant utilizes ion exchange technology with cation and anion resin beds to effectively remove dissolved minerals and ions, producing water with purity levels up to 99.9% and conductivity below 2 S/cm. Multi-stage filtration and efficient control systems further ensure consistent quality.

Q: What pretreatment is required before using the DM Water Plant?

A: A multi-grade or sand filter and carbon filter are mandatory pretreatment steps. These filters remove particulates and organic matter, ensuring the ion exchange resins function optimally and prolonging system life while maintaining discharge water quality as per IS:1069 standards.

Q: When should the cleaning mode be switched between manual and automatic?

A: Manual cleaning is suitable for smaller systems or when operator oversight is preferred, whereas automatic cleaning modes offer convenience and operational consistency for larger plants or where maintenance personnel are limited. The choice depends on user requirements and plant capacity.

Q: Where can the DM Water Plant be installed?

A: The plant is designed for versatile installation at industrial facilities, pharmaceutical labs, boilers, and laboratories. Its skid-mounted FRP construction supports both indoor and outdoor placement, depending on the site's infrastructure and water source.

Q: What is the process for resin bed regeneration in the DM Water Plant?

A: Regeneration involves flushing the resin beds with acid for cation exchange and alkali for anion exchange. This restores the resin's capacity to remove ions and ensures continued high-quality output. The process can be automated via the microprocessor-based control panel.

Q: How can users benefit from the high recycle rate of up to 98%?

A: A high recycle rate allows for significant water conservation, reducing operational costs and environmental impact. Efficient recycling also maximizes plant uptime and improves overall system efficiency.

Q: What materials are used for piping and construction to enhance durability?

A: All piping is made from UPVC or stainless steel (SS) for robust performance and corrosion resistance, while the main plant body is constructed from fiber reinforced plastic (FRP) to ensure longevity in challenging environments and easy maintenance.