Advanced Water & Wastewater Engineering
Reverse Osmosis Plants
MEMBRANE TECHNOLOGY

Reverse Osmosis Plants

Advanced Membrane Technology. Engineered for Performance.

High-performance reverse osmosis systems engineered for industrial water purification, process water, boiler feed water, water reuse and demanding treatment applications across diverse industries.

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OVERVIEW

Engineered
around your water.

Shivsu Watec delivers custom-engineered reverse osmosis and membrane-based water treatment solutions for a wide spectrum of industrial applications. With decades of technical expertise, our systems are designed around specific feed-water characteristics, process requirements and treated-water quality targets. By combining physico-chemical treatment, advanced filtration and membrane technologies, we provide flexible and cost-effective solutions that support water reuse, product recovery and sustainable water management.

Industrial Reverse Osmosis Systems
Brackish Water RO
High Recovery RO Systems
Multi-Stage RO Systems
RO Pre-Treatment Systems
Membrane Filtration
Cartridge Filtration
Membrane Cleaning Systems
Water Reuse Systems
Advanced Filtration Systems
TREATMENT PROCESS

From source
to solution.

Treatment stages are selected according to source-water characteristics, process requirements and final water quality objectives.

01

Feed Water Assessment

Feed-water characteristics, process requirements and final water quality targets are evaluated to establish the appropriate treatment configuration.

02

Pre-Treatment

Physico-chemical treatment and advanced filtration are used to reduce suspended solids, turbidity, hardness and other contaminants while protecting downstream membranes.

03

Cartridge Filtration

Fine filtration provides additional protection for the RO membranes and helps maintain reliable membrane performance.

04

Membrane Separation

High-pressure RO membranes separate dissolved salts and contaminants from the feed stream to produce high-quality permeate water.

05

Recovery & Post-Treatment

Permeate is conditioned according to the final application, while recovery and reuse strategies can be incorporated to maximize water utilization and support sustainable operation.

APPLICATIONS

Designed for
real industries.

01Boiler Feed Water
02Heating & Cooling Water
03Process Water
04Process Steam Generation
05Water Reuse & Recycling
06Product Recovery
07Closed-Loop Water Systems
08Industrial Manufacturing
WHY THIS SYSTEM

Performance
by design.

Our systems are engineered to balance treatment performance, operational reliability, maintainability and long-term value.

01Custom-engineered treatment solutions
02Turnkey project execution with single-point responsibility
03Water reuse and recycling
04Support for near-zero discharge applications
05Compact designs with minimal footprint
06Reduced capital and operational costs
07Optimized technical and economic performance
08Improved product and water recovery
09Flexible and scalable system configurations
50+Years of Expertise
360°Turnkey Water Solutions
24/7Designed Operation
FAQ

Questions
answered.

Have another question about the system or your application?

Our RO and membrane-based treatment solutions serve industries including sugar, textile, automotive, cement, chemicals, electronics, food and beverage, fertilizers, mining and minerals, pulp and paper, pharma, refinery and petrochemicals, power, steel and metallurgy, as well as municipal, hospital and hotel applications.

Yes. RO systems can be engineered around feed-water quality, required capacity, recovery targets, final water quality, available space, automation requirements and specific process conditions.

Yes. RO can be integrated with advanced filtration and other treatment technologies to support water reuse, closed-loop processes, product recovery and near-zero discharge strategies where technically appropriate.

Yes. Shivsu Watec can provide single-point responsibility for turnkey projects, covering system engineering, equipment integration, manufacturing, supply, installation, commissioning and technical support according to project scope.

Each system is evaluated for both technical and economic performance. Membrane selection, pre-treatment, recovery, system configuration, footprint and operating requirements are considered to develop an efficient and reliable solution.

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