Product Description
We are known as one of the leading manufacturers, suppliers, exporters, traders and wholesalers of a wide range of high quality Water Demineralization Plant. These products are used by various industries such as plating, glass wash, chemical manufacture, electronics and high pressure boilers, hospitals and laboratories in order to remove ions and minerals from water. Tested as per the industrial standards, these plants do not falter at the time of operation. Customized as per the requirements and specifications of our clients, DM Water Plant (Water Demineralization Plants) are available with us at industry leading rates.
Salient Features:- Mild steel pressure vessels internally lined with rubber/FRP provided with internal fittings and initial charge of cation and anion exchange resin.
- One set of regeneration equipment including hydraulic ejectors, acid & alkali tanks.
- One set of frontal pipe work & valves.
- One mild steel base frame for mounting cation & anion units.
- One conductivity meter to monitor treated water quality.
- Equipped with regeneration equipment & control panel.
Manufacturing units:- DM Water Plant
- Restaurants
- Textile industries
- Automobile sectors
- Colleges
- Corporate Offices
- Institutes
- Resorts
Technical Specification:- Minimum Order Quantity : 1 Unit
- Usage : Water filter
- Automatic Grade : Semi-Automatic
- Installation Service : Yes
State-of-the-Art Demineralization TechnologyUsing ion exchange technology, our plant removes dissolved minerals and ensures exceptional water purity. With water output conductivity of less than 1 S/cm and an adjustable pH range between 6.5 and 7.5, it meets rigorous standards for sensitive applications such as pharmaceuticals and electronics manufacturing.
Customizable and High EfficiencyChoose from a wide range of volumes (100 L to 3000 L) and flow rates (100 LPH to 30,000 LPH) according to your requirements. The plant boasts a recycle rate of up to 99%, helping you conserve water and maximize operational efficiency, while power consumption stays moderate at 25 kW.
Robust Construction and Versatile InstallationManufactured from FRP, mild steel with epoxy, or stainless steel, our demineralization plant is both durable and corrosion-resistant. Floor mounted and semi-automatic, it seamlessly integrates into existing infrastructures across pharmaceutical, electronics, and industrial laboratories.
FAQs of Water Demineralization Plant:
Q: How does the water demineralization plant operate to achieve high purity levels?
A: The plant utilizes advanced ion exchange technology to remove dissolved minerals, resulting in water purity levels up to 99.9%. By exchanging contaminant ions in the feed water with desirable ions, it consistently produces water with conductivity below 1 S/cm.
Q: What types of water sources can be used with this plant?
A: This demineralization plant supports a variety of water sources, including borewell, municipal, and surface water. The system is designed to handle input water conductivities up to 1500 S/cm effectively.
Q: When should I consider using a demineralization plant for my process?
A: A demineralization plant is essential when high-purity water is required, such as in pharmaceuticals, boiler feed systems, electronics manufacturing, and laboratory research. It ensures removal of minerals and dissolved salts to protect sensitive equipment and maintain product quality.
Q: Where can this plant be installed, and what are the installation options?
A: Our plant can be floor-mounted in industrial, commercial, or laboratory settings. It is suitable for integration in facilities where space and process needs uniquely dictate installation requirements.
Q: What is the process for customizing the plants volume and flow rate?
A: Customization is straightforward; clients can specify their required volume (from 100 L to 3000 L) and flow rate (from 100 LPH to 30,000 LPH) based on their specific application and capacity needs at the time of order.
Q: How does the plant ensure water conservation and efficiency?
A: This system achieves a recycle rate of up to 99%, significantly reducing wastewater and improving operational efficiency. Its efficient design results in over 98% operational efficiency while keeping power consumption and noise levels low.
Q: What are the main benefits of using this demineralization technology?
A: Key benefits include exceptionally high purity water, customizable capacity, high operational efficiency, low noise operation (<50 dB), robust construction, and compatibility with various water sources, making it ideal for diverse industrial and scientific applications.