Engineering Solutions

Industrial Reverse Osmosis Systems

Deploying high-recovery RO membranes for extreme TDS reduction, desalination, and the generation of ultra-pure water for critical industrial processes.

System Overview

Ultra-Pure Water Generation

Our Reverse Osmosis (RO) Plants are meticulously engineered to remove dissolved salts, organics, and micro-particles from feed water. They serve as the critical backbone for high-purity industrial requirements.

  • High-rejection semi-permeable spiral wound membranes.
  • Energy-efficient high-pressure multistage pumps.
  • Automated Antiscalant Dosing for extended membrane life.
  • Integrated Clean-In-Place (CIP) systems for maintenance.
Industrial reverse osmosis membrane housings and pumps
Reverse osmosis control panel and instrumentation
Engineering Advantages

Maximum Recovery, Minimum Waste

Operating an RO plant shouldn't mean wasting water. We design systems utilizing high-recovery stages and energy recovery devices to minimize reject water volume and operational power costs.

  • Scalable skid-mounted designs for easy capacity upgrades.
  • Advanced PLC/SCADA integration for continuous parameter monitoring.
  • Exceptional resistance to membrane fouling and scaling.
  • High-grade SS304/SS316 piping for ultra-pure fluid handling.
Target Sectors

Industries Served

We deploy RO systems where absolute precision in water quality is non-negotiable for product integrity and process safety.

Power Plants

Demineralized boiler feed water to prevent turbine and tube scaling.

Electronics & Semi

Generating ultra-pure water (UPW) required for silicon wafer manufacturing.

Beverage Production

Ensuring absolute product consistency and taste profile across bottling batches.

Pharmaceuticals

Providing Water for Injection (WFI) grade purification stages.

Execution Plan

Our RO Process Flow

1. Feed Assessment

Detailed Silt Density Index (SDI) and TDS testing of the source water.

2. Pre-Treatment

Utilizing sand/carbon filters and micron cartridge filters to protect membranes.

3. Pressure Boosting

Engineering specific high-pressure pump configurations to overcome osmotic pressure.

4. Membrane Separation

Forcing water through semi-permeable polyamide membranes to reject dissolved solids.

5. Permeate Polishing

pH adjustment and optional UV sterilization or Mixed Bed (MB) deionization.

6. Reject Management

Routing high-TDS reject water for safe disposal or secondary ZLD processing.

Technical Data

Typical RO Specifications

Parameter Industrial Expectation S K Technologies Capability
Total Dissolved Solids (TDS) Rejection > 95% 98.5% to 99.8% Rejection Rate
Recovery Rate 50 - 60% Up to 80% with multi-stage / concentrate recovery
Membrane Types Standard Bracket Brackish Water (BWRO) and Sea Water (SWRO)
Automation Basic Fully automated with SCADA and remote monitoring
Operating Pressure Variable Optimized up to 1000 psi based on feed salinity

Achieve Absolute Water Purity

Deploy robust, high-recovery Reverse Osmosis systems engineered for industrial reliability.

Discuss Your Requirements