What does Demineralization Plants stand for in a water pump?

Demineralization Plants stands for demineralized in the context of water pumps and water treatment. A DM water pump is typically used to handle demineralized water — water that has had all its mineral ions removed, especially for industrial or laboratory use.

Is Demineralization Plants water safe for drinking?

No, Demineralization Plants water is not recommended for drinking.

Demineralized water lacks essential minerals like calcium and magnesium, which are important for health. It may also be aggressive (corrosive) to pipes and containers, and can disturb the body’s electrolyte balance if consumed regularly.

What is the Demineralization Plants process?

Using ion exchange technology, dissolved mineral salts (both anions and cations) are extracted from water as part of the demineralization process.
Positively charged ions including calcium (Ca²⁺), magnesium (Mg²⁺), sodium (Na⁺), and others are eliminated by cation exchange resin.
Anion exchange resin removes negatively charged ions like chloride (Cl⁻), sulfate (SO₄²⁻), nitrate (NO₃⁻), etc.
Optional: A mixed-bed resin may be used to polish the water for ultra-high purity. See More

What is the Demineralization Plants water specification?

Demineralization Plants water specifications can vary by application, but typical parameters include:

Parameter	Specification
TDS (Total Dissolved Solids)	< 10 ppm (often < 1 ppm)
Conductivity	< 10 µS/cm (often < 1 µS/cm)
pH Range	6.5 – 7.5
Silica	< 0.02 ppm (for high-purity use)
Hardness	0 ppm

How Does a Demineralization Plants Work?

A Demineralization Plants works using the ion exchange process to remove dissolved salts (both cations and anions) from water, producing mineral-free, high-purity water suitable for industrial use. Read More

Step-by-Step Demineralization Plants Working Process:

Pre-Treatment (Optional): Removes suspended solids, chlorine, and organic matter.
Cation Exchange Unit:

Exchanges positive ions (e.g., Ca²⁺, Mg²⁺, Na⁺) with H⁺ ions.
Results in acidic water (due to free H⁺).

Degasser Tower (Optional)

Removes CO₂ formed by HCO₃ breakdown for enhanced efficiency.

Anion Exchange Unit:

Replaces negative ions (e.g., Cl⁻, SO₄²⁻, NO₃⁻) with OH⁻ ions.
H⁺ + OH⁻ combine to form pure H₂O.

Mixed Bed (MB) Unit (Optional):

Anion and cation resins combined for polishing.
Delivers ultra-pure water with conductivity as low as 0.1 µS/cm.

Demineralization Plants & MB Plant – High-Purity Water Treatment System

A DM & MB Plant is a high-efficiency, dual-stage water purification system designed for:

Boiler feed water
Pharmaceutical & laboratory use
Semiconductor & electronics industries
Power plants and refineries

Key Benefits:

Removes over 99% of ionic impurities
Achieves ultra-low conductivity
Suitable for continuous, high-capacity operations
Cost-effective and customizable

Why Choose Us for Your Demineralization Plants & MB Plant Needs?

✔ Custom-Built Systems – Designed to match your water quality, flow rate & application

✔ Premium-Grade Ion Exchange Resins – Long life, high exchange capacity

✔ Regeneration control and conductivity monitoring are features of both automated and manual options.

✔ Expert Engineering Support – From design to installation & AMC

✔ Trusted by Industries Nationwide – Across pharma, power, food, and more

✔ Compact Skid-Mounted Designs – Easy to install & relocate

✔ Quick Delivery & Competitive Pricing

Need Help?

FAQs – DM & MB Plant

1. What is a Demineralization Plant ( DM )t used for?

A DM Demineralization Plant ( DM ) is used to produce deionized water by removing dissolved salts, making it ideal for industrial, chemical, and power generation processes.

2. What makes RO water different from Demineralization Plant ( DM ) water?

RO water removes 90–98% of TDS using membranes, while Demineralization Plant ( DM ) water removes nearly 100% of ions using ion exchange resins. DM water has lower conductivity and is preferred where ultra-pure water is needed.

3. What is a Mixed Bed (MB) unit?

A Mixed Bed unit is a polishing step in a DM system containing both cation and anion resins. It further purifies water to reach ultra-low TDS and conductivity levels, often used in final rinse or lab-grade water applications.

4. Is Demineralization Plant ( DM ) water safe for drinking?

No. Demineralization Plant ( DM ) water lacks essential minerals and may affect the body’s electrolyte balance. It is not safe for human consumption and is intended for industrial and technical uses only.

5. How often do the resins in a Demineralization Plant ( DM ) need to be regenerated?

Regeneration frequency depends on water quality and usage volume. On average, resins may need regeneration after treating 5,000 to 30,000 liters of water, using acid and alkali solutions.

6. What is the conductivity of Demineralization Plant ( DM ) water?

Properly treated Demineralization Plant water has conductivity levels <10 µS/cm, and when polished with a Mixed Bed unit, it can go as low as 0.1–1.0 µS/cm.

7. What chemicals are used for regeneration in a Demineralization Plant ( DM )?

Hydrochloric acid (HCl) for cation resin
Sodium hydroxide (NaOH) for anion resin
The resin’s ability to exchange ions is restored by these substances.

Waste Water Treatment Plants

Water Treatment Plant – WTP

Solid Waste Treatment

Repaire Services