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Demineralization Water Plant

Name: Demineralization Water Plant
Brand: HARSH WATER TECHNOLOGY
Price: 95000 INR
Availability: InStock

Price 95000 INR/ Piece

Get a Price/Quote

MOQ : 1 Piece

Demineralization Water Plant Specification

Flow Rate
1-50 m/hr

Frequency
50/60 Hz

Usage & Applications
Pharmaceuticals, Laboratories, Boiler Feed, Electronics, Power Plants

Noise Level
Low

Feature
High Efficiency, Rust Proof, Reliable Performance

Water in conductivity
500-2000 S/cm

Technology
Ion Exchange

Efficiency (%)
99%

Ph Level
6.5-7.5

Power Consumption
2-7 kW (depends on model)

Water Out Conductivity
<1 S/cm

Pump Type
Centrifugal Pump

Recycle Rate
Up to 99%

Power Source
Electric

Automatic Grade
Automatic

Voltage
220-380 V

Water Source
Borewell / Municipal / Surface Water

Product Type
Demineralization Water Plant

Drive Type
Electric Motor Driven

Volume
500-10000 L

Purity Level
Up to 99% Pure

Material
FRP / Stainless Steel

Filter Type
Multi-grade filter, Carbon Filter

Capacity
1000-50000 LPH

Installation Type
Skid Mounted / Containerized

Service Life
10-15 Years (with regular maintenance)

Design Pressure
2-4 kg/cm²

Inlet/Outlet Connection Size
1" to 4" BSP/NPT

Operating Temperature
5°C to 45°C

Pretreatment Required
Yes (Sand & Carbon Filtration)

Resin Type
Cation and Anion Exchange Resin

Skid Material
Mild Steel Powder Coated / SS

Piping Material
UPVC / SS304 / SS316

Regeneration Type
Automatic / Semi-Automatic

Control Panel
PLC Based

Demineralization Water Plant Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
1 Piece Per Day

Delivery Time
1 Week

About Demineralization Water Plant

Demineralization Water Plant is often used to sanitize containers and equipment. It is also used in certain food processing applications, although membrane filtration is usually the technology used so organic material, viruses, bacteria, etc., can be eliminated. This Demineralization Water Plant is thoroughly tested on varied quality parameters before dispatching.

Product details

Inlet Pressure	50 bar
Automation Grade	Automatic
Usage/Application	Industrial
Water Source	River Water,Borewell Water
Flow Rate	800 m3/hr
Brand	Harsh water
Output TDS	Less than 100 ppm

Efficient Ion Exchange Technology

This plant utilizes specialized cation and anion exchange resins to remove dissolved minerals, ensuring a purity level of up to 99%. Its advanced design caters to applications demanding ultra-pure water, including pharmaceuticals, laboratories, and power plants, delivering consistent and high-quality results.

Robust Construction & Flexible Design

Available in FRP or stainless steel material with mild steel powder-coated or stainless steel skid options, the plant withstands diverse industrial environments. Customizable inlet/outlet sizes (1" to 4") and a wide capacity range (1000-50000 LPH) make it suitable for small to large-scale usage.

Comprehensive Pretreatment Process

Effective sand and carbon filtration as pretreatment ensures suspended solids and organic impurities are filtered out before demineralization. This step is crucial for prolonging resin life, maintaining efficiency, and achieving consistent, reliable output quality.

FAQ's of Demineralization Water Plant:

Q: How does the Demineralization Water Plant achieve high purity levels in its output water?

A: The plant uses a two-stage ion exchange process with specialized cation and anion exchange resins. This removes dissolved minerals and ions effectively, producing water with a conductivity of less than 1 S/cm and up to 99% purity, suitable for demanding applications.

Q: What type of pretreatment is required before operating this plant?

A: Pretreatment with sand and carbon filtration is mandatory. These filters remove suspended solids and organic contaminants from the raw water source, protecting the ion exchange resins and enhancing overall system efficiency and longevity.

Q: When is regeneration necessary, and how is it controlled?

A: Regeneration is needed when the resins reach their ion exchange capacity, which depends on water quality and usage rates. The plant offers both automatic and semi-automatic regeneration, managed through a PLC-based control panel to ensure optimal performance and minimal manual intervention.

Q: Where can this demineralization water plant be installed and used?

A: The plant is designed for flexible installation-either skid-mounted or containerized-for diverse applications in pharmaceuticals, laboratories, electronics, boiler feed, and power plants. It can process water from borewell, municipal, or surface sources.

Q: What are the benefits of the plant's high recycle rate and low power consumption?

A: With a recycle rate of up to 99% and power consumption between 2-7 kW (depending on the model), the plant maximizes water utilization and minimizes operational costs, making it an efficient and eco-friendly solution for industrial users.

Q: How long is the typical service life of the plant, and what maintenance is required?

A: The plant offers a service life of 10-15 years when maintained regularly. Routine maintenance includes checking filters, ensuring timely regeneration of resins, and inspecting the piping and control systems to maintain optimal performance.

Q: What makes this water plant suitable for pharmaceutical and laboratory use?

A: The plant delivers high efficiency, low noise, and reliable, rust-proof performance with consistent water quality that meets stringent requirements (conductivity <1 S/cm, pH 6.5-7.5). These features ensure it meets the purity standards necessary for sensitive industrial applications.

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