Reverse Osmosis (RO) Systems
Hydroxy designs Reverse Osmosis systems to reduce dissolved salts, minerals and other impurities—delivering reliable treated water for residential, commercial, institutional and industrial applications.
Reverse Osmosis (RO) Systems
Reverse Osmosis is a membrane-based water treatment process designed to reduce dissolved salts, minerals and other dissolved impurities from water.
In an RO system, feed water is pressurised and passed through semi-permeable membranes. Water molecules pass through the membrane as treated permeate, while a concentrated stream carries away much of the rejected dissolved material.
Hydroxy Water Technologies designs site-specific Reverse Osmosis systems based on feed-water chemistry, required treated-water quality, plant capacity, recovery requirements and operating conditions.
From pre-treatment and high-pressure pumping to membrane separation, instrumentation and automation, Hydroxy integrates each stage into a complete RO process engineered for consistent water quality, reliable membrane performance and efficient long-term operation.
Reliable RO Water for Everyday Living
Borewell and other water sources may contain elevated levels of dissolved minerals and salts that affect taste, usability and drinking-water quality.
Hydroxy provides residential RO solutions engineered according to incoming water quality and household or community water requirements.
- Homes & Villas
- Apartments
- Residential Communities
- Borewell Water
- Drinking Water Applications
- Community Water Treatment
Consistent Water Quality for Demanding Operations
Hotels, hospitals, restaurants, institutions and commercial facilities require dependable treated water for drinking, kitchens, equipment and operational applications.
Hydroxy engineers commercial RO plants around feed-water quality, daily demand, peak consumption and required product-water quality, with appropriate pre-treatment and automation for dependable operation.
- Hotels & Resorts
- Hospitals & Healthcare Facilities
- Schools & Educational Institutions
- Apartments & Residential Communities
- Restaurants & Hospitality Facilities
- Office & Commercial Buildings
Engineered Around Your Feed Water
Hydroxy evaluates important design parameters such as:
- Total Dissolved Solids(TDS) & Hardness
- pH, Turbidity, Iron & Manganese
- Chlorides, Alkalinity, Silica
- Required Product-Water Quality
- Required Plant Capacity
- Target Recovery & Operating Conditions
Depending on the feed water and application, an RO system may incorporate:
- Multimedia / Pressure Sand Filtration
- Activated Carbon Filtration
- Water Softening
- Micron Cartridge Filtration
- Chemical Dosing
- High-Pressure Pump
- RO Membrane Array
- Permeate & Reject Flow Monitoring
- Conductivity / TDS Monitoring
- Automatic Flushing
- PLC / Automated Controls
- Cleaning-in-Place provisions, where required
*The result is an RO system engineered around the actual feed-water conditions and required output quality—not simply a standard membrane package.
How It Works?!
Hydroxy follows a structured engineering approach to ensure that pre-treatment, membrane configuration and operating conditions work together as one integrated RO system.
We understand the water source, feed-water quality, required capacity, operating hours and intended application.
Key parameters are evaluated to identify scaling, fouling and membrane-treatment requirements.
Appropriate filtration, softening, carbon treatment, chemical dosing or other pre-treatment processes are selected to protect the RO membranes.
Pre-treated water is pressurised and passed through semi-permeable RO membranes. The system separates the feed stream into treated permeate and a concentrated reject stream.
Flow, pressure, conductivity and other operating parameters can be monitored through instrumentation and automated controls to support stable system performance.
The RO plant is installed, tested and commissioned to achieve the specified operating conditions and treated-water requirements.
Hydroxy supports continued performance through preventive maintenance, membrane cleaning, membrane replacement, consumables, servicing and system optimisation.
Why Hydroxy?
Successful Reverse Osmosis treatment requires much more than installing membranes and a high-pressure pump.
RO performance depends on how effectively the feed water is characterised, pre-treated, pressurised, monitored and managed throughout the treatment process.
Inadequate pre-treatment or incorrect system configuration can contribute to membrane scaling, fouling, reduced permeate production, inconsistent output quality and unnecessary operating costs.
Hydroxy combines water treatment engineering, membrane technology, process integration, automation, practical site execution and responsive lifecycle support to design RO systems for dependable long-term operation.
Our approach begins with one critical question: "What does your feed water require before it reaches the RO membrane?"
Key Benifits
Reverse Osmosis membrane treatment can significantly reduce dissolved salts and minerals, producing treated water suitable for a wide range of applications.
A correctly engineered RO system combines pre-treatment, membrane separation and monitoring to deliver more stable and predictable product-water quality.
Hydroxy selects appropriate pre-treatment based on feed-water characteristics to help minimise scaling, fouling and premature membrane deterioration.
RO plants can be integrated with pressure, flow and conductivity monitoring, automatic flushing and control systems to simplify operation and provide better visibility into plant performance.
Hydroxy designs RO systems according to feed-water quality, required permeate capacity, operating hours, recovery targets and end-use requirements rather than relying on a standard configuration.
Hydroxy provides preventive maintenance, membrane cleaning, replacement support, filter consumables and system performance optimisation throughout the plant lifecycle.