Two-Bed DM Plant
Cation + Anion + Mixed Bed | FRP Vessels
Water Systems
De-Mineralization Plant
High-purity de-mineralized water plants for industrial processes requiring water with extremely low dissolved solids.
Overview
How It Works
Our DM (De-Mineralization) plants produce high-purity water by removing virtually all dissolved minerals and salts through a two-bed or mixed-bed ion exchange process. The water first passes through a strong acid cation exchanger (which removes cations like Ca, Mg, Na) and then through a strong base anion exchanger (which removes anions like Cl, SO4, HCO3). The result is water with conductivity as low as 1-5 microsiemens, suitable for boiler feed, laboratory use, and manufacturing processes that demand ultra-pure water.
Request QuotationTechnical Specifications
Output Quality < 5 Microsiemens
Capacity 500 - 50,000 LPH
Cation Resin Strong Acid Cation (SAC)
Anion Resin Strong Base Anion (SBA)
Regenerant HCl + NaOH
Vessel Material MS Rubber Lined / FRP
Key Benefits
Why Choose Our Solution
01
Two-Bed / Mixed-Bed
Two-bed systems for general use; mixed-bed polishing for ultra-pure water below 1 microsiemen.
02
High Purity Output
Produces water with conductivity as low as 0.1 microsiemens in mixed-bed configuration.
03
Regenerable System
Resin beds are regenerated using HCl acid and NaOH caustic, restoring full capacity.
04
Silica Removal
Strong base anion resin effectively removes reactive silica to protect high-pressure boilers.
05
Flow Monitoring
Built-in conductivity meters and flow meters for real-time water quality monitoring.
06
Custom Configuration
Designed based on raw water analysis with optional degasser tower for CO2 removal.
Our Products
Product Gallery
Industrial DM System
High Flow | Conductivity Meter | Auto Regeneration
Compact DM Unit
Portable Design | Lab Grade Output | Manual Regen
Applications
Get a free site survey & quotation
Our engineers will assess your requirements and provide a customized solution with competitive pricing.