Advanced Water & Wastewater Engineering
Desalination Plants
DESALINATION

Desalination Plants

Freshwater From the World's Toughest Sources.

Advanced desalination systems designed to convert seawater and brackish water into dependable freshwater resources.

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OVERVIEW

Engineered
around your water.

Desalination uses advanced membrane technology to remove dissolved salts from seawater or brackish water. System configuration is developed around feed-water conditions, required recovery and final water quality.

Seawater RO
Brackish Water RO
Advanced Pretreatment
High Pressure Systems
Energy Optimization
Post Treatment
TREATMENT PROCESS

From source
to solution.

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

01

Intake

Seawater or brackish water is collected and conditioned for treatment.

02

Pretreatment

Suspended solids and other contaminants are reduced before membrane treatment.

03

High Pressure

High-pressure pumps provide the driving force required for membrane separation.

04

RO Separation

Membranes separate dissolved salts from the feed water.

05

Post Treatment

Permeate is conditioned according to the final water application.

APPLICATIONS

Designed for
real industries.

01Coastal Industries
02Municipal Water Supply
03Hotels & Resorts
04Process Water
05Remote Locations
06Water-Stressed Regions
WHY THIS SYSTEM

Performance
by design.

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

01Reliable freshwater production
02High-quality permeate
03Optimized energy consumption
04Scalable plant design
05Advanced pretreatment
06Long-term membrane performance
SWROSea Water RO
BWROBrackish Water RO
HIGHRecovery Engineering
FAQ

Questions
answered.

Have another question about the system or your application?

SWRO systems are designed for seawater with significantly higher salinity, while BWRO systems are designed for lower-salinity brackish sources.

System configuration, energy recovery, membrane selection and operating conditions can all influence energy performance.

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