Solution 04
RO & UF systems
Reverse-osmosis and ultrafiltration plants for process water, boiler feed, drinking water and effluent recycling. Membrane selection, array configuration, CIP design and pretreatment are set from a full feed analysis including silt density index, hardness and organics.
- RO
- UF
- MBR
- Antiscalant
Process and technologies
Pretreatment
Multigrade and activated-carbon filtration, dechlorination and antiscalant dosing to protect the membrane investment.
Ultrafiltration
0.02 µm hollow-fibre barrier removing colloids, bacteria and turbidity; delivers stable SDI to the RO.
Reverse osmosis
Single or two-pass arrays with energy recovery on high-flow duty and permeate blending to hit target conductivity.
CIP & monitoring
Automated clean-in-place, normalised-performance logging and alarm thresholds so fouling is caught before flux collapses.
Typical performance
Inlet against outlet
Representative ranges from delivered plants. Guaranteed values are fixed against your own inlet analysis and consent conditions at proposal stage.
Industries served
- Semiconductor
- Pharmaceutical
- Food processing
- Government / Municipal
| Parameter | Inlet | Outlet |
|---|---|---|
| TDS | 1,500–5,000 mg/L | < 50 mg/L |
| Turbidity | up to 50 NTU | < 0.1 NTU |
| Recovery | — | 70–85% |
Reference
MBR-based water reuse for a semiconductor plant
Advanced membrane bioreactor and polishing train delivering reuse-grade water for a high-purity manufacturing site. 250 KLD MBR with RO polishing at 85% recovery, returning reuse water below 50 µS/cm, commissioned 2024.
See all projectsOther systems
Sewage treatment plants (STP)
Municipal and township sewage treated to CPCB/MPCB discharge and reuse norms.
Effluent treatment plants (ETP)
Industrial effluent brought inside consent limits, with recovery designed in from day one.
Zero liquid discharge (ZLD)
No effluent leaves the boundary — water returns to process, salts leave as solids.
Request an assessment
Tell us your RO / UF requirement.
Give us the parameters you have — flow, COD, BOD, TDS, consent conditions — and an engineer responds with a treatment scheme, a footprint and an indicative cost. No obligation, no sales sequence.
- 01
Share your inlet data
Flow, COD, BOD, TDS, pH, consent conditions — whatever you have.
- 02
Engineer reviews within 24 h
A process engineer, not a sales rep, studies the parameters.
- 03
Receive scheme + estimate
Treatment train, footprint, indicative cost and next steps.
Start your assessment
All fields are reviewed by an engineer.
Typical response time: within 24 hours