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Water Demineralization (DM) Plant in Gujarat

Water Demineralization (DM) Plant in Gujarat

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Water Demineralization (DM) Plant

Desalination Plant Sea Water - Crown Puretech
Desalination Plant Sea Water - Crown Puretech

Product Specification

Specification Value
Brand Crown Puretech
Capacity(LPH) 500 LPH
Inlet Flow Rate (m3/hr) 100 m3/hour
Automation Grade Automatic
Water Source Industrial Effluent
Voltage(V) 240V
Frequency Range 50-60Hz
Descriptions

Crown Puretech takes pride in its specialization in manufacturing and exporting a cutting-edge DM Plant – a robust and innovative solution designed to meet the diverse needs of industries requiring demineralized water. Our DM Plant stands out as a pinnacle of high reliability, user-friendly operation, and unparalleled efficiency.

DM Plant, Crown Puretech extends its expertise to an excellent Perforating Plant. Clients seeking top-notch solutions for perforation needs can confidently reach out to us for innovative, reliable, and high-performance equipment.

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Robust Construction on Wheels

Our DM Plant boasts a robust construction designed for mobility, featuring wheels that facilitate easy movement. This versatility ensures adaptability to varying operational requirements within your facility.

Compact Assembly for Single-Person Control

The plant is a compact assembly of units, intelligently designed to be controlled by a single person. This streamlines operations, enhances efficiency, and allows for seamless handling by crew members.

Innovative Technology and Progressive Design

Crown Puretech integrates innovative technology and a progressive design ethos into every DM Plant. Stay at the forefront of demineralized water solutions with a system that embodies advancements in water treatment.

User-Friendly Operation

Prioritizing user-friendliness, our DM Plant is equipped with intuitive controls and interfaces. This ensures that operations can be easily managed by personnel, contributing to a smooth and hassle-free user experience.

Customer-Oriented Design

Every aspect of our DM Plant is crafted with the customer in mind. We understand the importance of aligning our solutions with client needs, resulting in a customer-oriented design that exceeds expectations.

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Frequently Asked Questions

A DM plant removes dissolved mineral salts from water using ion-exchange resins. Cation resin exchanges the positively charged ions and anion resin the negatively charged ones, so the water leaving the plant is close to mineral-free and has very low conductivity.
A softener only exchanges hardness ions (calcium and magnesium) for sodium - the TDS stays the same. RO uses a membrane to reject most dissolved salts. A DM plant uses ion exchange to strip virtually all dissolved minerals and produces the highest-purity water of the three, which is why it is used where even trace salts are unacceptable.
Boiler feed water, power plants, pharmaceutical and laboratory use, electronics and battery manufacturing, and process industries where dissolved salts would cause scaling, corrosion or product contamination. In boilers in particular, mineral-free feed water directly prevents scale and tube failure.
Once the resin beds are exhausted they are regenerated - the cation bed with acid and the anion bed with alkali - which restores their exchange capacity for the next cycle. Regeneration frequency depends on inlet TDS and throughput, and the spent regenerant needs correct neutralisation and disposal.
A mixed bed contains cation and anion resin together in a single vessel, acting as a large number of polishing stages in series. It is normally installed after a two-bed DM or an RO to polish the water to very high purity, and it is what allows extremely low conductivity to be achieved.
It depends on inlet TDS and the purity you actually need. On high-TDS feed, running DM alone means very frequent regeneration and high chemical cost, so RO is normally used first to take out the bulk of the salts, with DM or a mixed bed polishing the RO permeate. Crown Puretech recommends the combination after reviewing your water analysis.

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