De-Mineralization (DM) Water Treatment Plants
High purity DM plants built with premium ion exchange resins, automated regeneration loops and advanced conductivity tracking for boiler and process applications.
Ultra-Pure
Ion exchange trains delivering ultra-low conductivity water
Auto Regeneration
Automation-ready regeneration cycles with high durability components
Industrial Grade
Designed for boiler feed, pharma labs, and precision manufacturing
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Ion exchange trains delivering ultra-low conductivity water
Service overview
De-Mineralization plants strip mineral salts using ion exchange technology to produce ultra-pure water required for boilers, pharmaceuticals, laboratories, and other precision processes.
We engineer DM plants with strong acid cation, strong base anion, and mixed-bed units that ensure extremely low conductivity. Systems are durable, automation ready, and optimized for minimal regeneration costs and consistent high purity.
Deployment Scope
Boiler feed, Pharma production, Beverage units, Electronics manufacturing
Key Advantages
Ultra low conductivity output, Reduced chemical consumption, Predictable operating costs, Rapid installation timelines
Highlights
Auto regeneration logic • High purity assurance • Audit ready reports
proof of value
Engineered for performance & scale
Key Features
- Premium resin selection
- Auto regeneration cycles
- Touch panel automation
- Inline conductivity monitor
- Skid mounted fabrication
- Quality documentation packs
Where It Fits
- Boiler feed
- Pharma production
- Beverage units
- Electronics manufacturing
Business Wins
- Ultra low conductivity output
- Reduced chemical consumption
- Predictable operating costs
- Rapid installation timelines
- Dedicated performance audits
Launch Checklist
- Auto regeneration logic
- High purity assurance
- Audit ready reports
What you get
Deliverables bundled with every deployment
We package each project with tangible artefacts so your engineering, finance, and compliance teams never chase updates. Every deliverable is documented, versioned, and shared in a digital locker for easy recall.
Water chemistry dossier
Detailed ionic profile, silica balance, and resin sizing calculations for each stream.
Custom resin & vessel pack
SAC/SBA/mixed-bed vessels with lateral design, resin grade selection, and regeneration piping drawings.
Automation & instrumentation
PLC/HMI logic, conductivity transmitters, auto valves, and safety interlocks assembled on skid.
Validation & SOP set
Factory testing, regeneration SOPs, log sheets, and handover training for operators.
Engagement playbook
Exactly how we run the mandate
Crystal-clear SLAs keep every stakeholder aligned. From sample collection to AMC handover, we spell out the response times, documentation, and escalation layers in writing.
Kickoff Sprint
Conductivity targets + application briefing converted into design freeze inside one week.
Deployment Window
4–6 week fabrication and on-site hook-up with joint inspection and punch closure.
Compliance Assurance
Performance validation down to <5 µS/cm with documented trials and QC reports.
Support Model
Annual resin health audits, regeneration optimization, and chemical stocking assistance.
delivery blueprint
How your project comes alive
Water chemistry profiling
Water chemistry profiling
Bed sizing & resin selection
Bed sizing & resin selection
PLC & instrumentation design
PLC & instrumentation design
Factory build & inspection
Factory build & inspection
Site integration & testing
Site integration & testing
Continuous optimization plan
Continuous optimization plan
live installs
Snapshots from recent deployments
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Common Questions
Frequently Asked Questions
RO removes dissolved salts using membranes, while DM uses ion exchange resins. DM produces ultra-pure water with very low conductivity, ideal for boilers and pharma applications.
Ready to Get Started?
Contact us today for a free consultation and customized solution for your environmental needs.



