Reverse Osmosis (RO) & Water Purification Systems
High-recovery RO & purification systems engineered for industrial, commercial and institutional use with comprehensive membrane analytics, chemical support and proactive maintenance.
High Recovery
High-recovery RO lines for industrial, commercial, and institutional use cases
Multi-Stage
Hybrid purification stacks combining membrane, UV, ozone, and carbon filters
24/7 Monitoring
Continuous monitoring, membrane analytics, and chemical support programs

High-recovery RO lines for industrial, commercial, and institutional use cases
Service overview
Reverse Osmosis and purification systems generate clean, safe water by forcing feed water through semi-permeable membranes that remove dissolved salts, hardness, bacteria, and impurities.
We design and install industrial, commercial, and domestic RO plants with multi-barrier setups that can include membrane filtration, UV, ozone, and carbon modules. Every plant is sized to local water chemistry, remains energy-efficient, easy to operate, and consistently delivers high-quality output.
Deployment Scope
Industrial process water, Schools & colleges, Hotels, Hospitals
Key Advantages
Consistent potable quality, Lower membrane fouling rates, Bundled chemical program, Nationwide service network
Highlights
Membrane autopsy support • Chemicals + service bundle • ATM ready formats
proof of value
Engineered for performance & scale
Key Features
- High recovery membranes
- Intelligent CIP routines
- Real-time TDS tracking
- Multi-barrier filtration
- Customized skids and kiosks
- 24/7 remote support
Where It Fits
- Industrial process water
- Schools & colleges
- Hotels
- Hospitals
- Rural water ATMs
Business Wins
- Consistent potable quality
- Lower membrane fouling rates
- Bundled chemical program
- Nationwide service network
- Flexible financing options
Launch Checklist
- Membrane autopsy support
- Chemicals + service bundle
- ATM ready formats
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.
Feed water audit + projection
TDS, silica, hardness, and SDI profiling with recovery projections so stakeholders see the payback instantly.
Skid & kiosk engineering pack
3D layouts, mechanical GA, electrical SLDs, membrane loading plan, and plumbing schematics for civil coordination.
Multi-barrier purification stack
RO membranes, media filters, UV/ozone, dosing systems, pumps, and control panels fabricated with FAT videos.
Operations playbook
CIP routines, membrane health tracker, chemical MSDS, and preventive maintenance checklists.
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
Water sampling + sizing workshop within 72 hours for rapid budgeting.
Deployment Window
4–8 week delivery depending on capacity, including FAT, dispatch, and on-site commissioning.
Compliance Assurance
Performance guarantee on permeate quality with rejection tuning, testing, and documentation.
Support Model
Membrane analytics, chemical supply integration, and hotline support with SLA-backed service visits.
delivery blueprint
How your project comes alive
Source water audit
Source water audit
Membrane & skid sizing
Membrane & skid sizing
Factory assembly & FAT
Factory assembly & FAT
On-site installation
On-site installation
Commissioning & training
Commissioning & training
Continuous monitoring
Continuous monitoring
live installs
Snapshots from recent deployments

Click to view full size
Common Questions
Frequently Asked Questions
RO membranes typically last 2-3 years with proper maintenance. Regular cleaning, pre-filtration, and chemical treatment can extend membrane life significantly.
Ready to Get Started?
Contact us today for a free consultation and customized solution for your environmental needs.

%20water%20treatment%20plant.jpg&w=3840&q=75)

