Sea Water Desalination
Delivering high-quality and customized solutions for Seawater Desalination.
Enviromatch Inc. specializes in designing and delivering high-quality and customized Sea Water Desalination systems worldwide.
We take pride in our ability to deliver sustainable and cost-effective solutions for all your water treatment needs. Explore our Sea Water Desalination projects to learn more about our capabilities and how we can meet your specific requirements.
Saudi Arabia
10000 m3/day (2 x 1,321,000 GPD)
Sawaco Obhur Water Utility
The Red Sea Water Desalination project utilized RO technology and 2 trains of SWRO systems to provide clean and safe drinking water. With energy recovery turbines, our system achieved maximum energy efficiency while remaining eco-friendly. Our project also included pre- and post-treatment equipment for reliable and sustainable water treatment.
Saudi Arabia
1150 m3/day [303,830 GPD] SWRO
190 m3/day [50,198 GPD] BWRO
Prince Naif Palace Desalination Plant
High TDS Red Sea water treatment project successfully used RO technology to produce irrigation and potable water. Our system included seawater intake, filtration, and pre- & post-treatment equipment, such as chemical feed systems, multi-media filtration, an SWRO unit, and a second-pass BWRO unit.
Saudi Arabia
950 m3/day [250990 GPD] SWRO
150 m3/day [39,630 GPD] BWRO
Prince Bandar Bin Sultan Palace
Our Red Sea water treatment project used RO technology to treat high TDS water for potable use, as well as domestic sewage. The project included seawater intake, multimedia filtration, chemical feed systems, an SWRO unit, a second-pass BWRO, and a domestic sewage treatment plant.
Maldives
1000 m3/day [183 GPM]
Municipal Water Supply
Our Sea Water Desalination project for clean and safe drinking water utilized Reverse Osmosis technology (SWRO) with chemical pre-treatment and post-treatment, multimedia filtration, calcite filters, CIP unit, backwash pumps/tanks, plant interconnecting piping and support, and motor control and plant interconnecting wiring.
Bahrain
610 m3/d [161,144 GPD]
Nass Ice Factory
The brackish water treatment project successfully used seawater RO technology to treat high salinity water with 13,000 ppm for potable use. The project included pre- & post-treatment equipment such as multimedia filtration, chemical feed systems, an SWRO unit, and a detoxifier for hydrogen sulfide/iron & manganese removal.
UAE
568 m3/d [150,119 GPD]
Command Military Work
Containerized seawater desalination solutions using (SWRO) technology systems with Fedco pumps and energy recovery units, VFD controlled pumps, membrane cleaning units, duty/standby feed pumps, automatic media filters, chemical pretreatment and post-treatment units and product distribution pumps, 3 single pass systems, and 2 double pass systems.
Chile
587 m3/d [155,085 GPD]
Planta RO KDM
Our project involved utilizing SWRO technology to provide containerized seawater desalination solutions. To achieve this, we implemented a high-recovery seawater RO system with a high-efficiency pump and energy recovery unit. Additionally, we utilized a membrane cleaning skid to ensure optimal operation and maximize efficiency.
Saudi Arabia, Jeddah
500 m3/day [92 GPM]
Al Naghi Resort
Reverse Osmosis technology (SWRO) with a focus on energy efficiency and reliable operation. The project included SWRO systems with energy recovery turbines, duplex SS piping, filter feed pumps, chemical pre- & post-treatment, automatic multimedia filtration, automatic flushing, CIP unit, VFD motor control, and PLC/HMI panel.
Saudi Arabia
400 m3/day [105,680 GPD total] – Potable
North Obhur Water Utility
Our Containerized Red Sea Water (SWRO) Desalination project utilized Reverse Osmosis technology (SWRO) in a compact and portable design. The project included pre- & post-treatment equipment such as chemical dosing stations, multimedia filtration, and membrane cleaning skid.
Saudi Arabia, Jeddah
300 m3/day [55 GPM]
Beach Resort
Sea Water Desalination by Reverse Osmosis (SWRO) systems utilizing energy recovery turbine and duplex SS piping, complete filter feed pumps, with chemical pre-treatment/ post-treatment, automatic multimedia filtration, automatic flushing, CIP unit, VFD motor control, and PLC panel.
Turkey
250 m3/day [66,050 GPD] – Potable
Huck Su Water Utility
Top-of-the-line seawater desalination solutions using Reverse Osmosis (SWRO) technology. This project involves pre-treatment of seawater using chemical feed systems and filtration, followed by desalination using reverse osmosis (SWRO) technology capable of handling feed TDS of up to 36,000ppm. The project also includes post-treatment using chemical feed systems.
Saudi Arabia
4 x 125 m3/day [4 x 33,025 GPD] – Potable
Al-Shera’a & Sea Gull (Al-Nawras) Resorts
2-Pass Red Sea water desalination by RO (SWRO), 42,000ppm feed TDS to less than 250ppm product quality. The complete SWRO systems consist of chemical feed systems, multi-media & activated carbon filtration units, First-pass SWRO units using energy recovery turbines, and Second-pass RO using low-pressure membranes and UV sterilizers.
Saudi Arabia, Jeddah
200 m3/day [53,280 GPD]
Banajah Compound
This project involves seawater desalination using reverse osmosis (SWRO) technology with an energy recovery turbine and duplex stainless steel piping. It includes complete filter feed pumps, as well as chemical pre-treatment and post-treatment, automatic multimedia filtration, automatic flushing, CIP unit, VFD motor control, and PLC panel.
Malta
2x 75 m3/day [2 x 19,815 GPD]
Hilton Malta SWRO Plant
This is a system designed for treating Mediterranean seawater for potable use. It includes equipment for seawater intake, and pre-and post-treatment, such as multimedia filtration and chemical feed systems. The system also has an SWRO unit that uses three seawater hollow-fiber permeates and a membrane-cleaning skid.
Malta
120 m3/day [31,704 GPD]
Radisson Baypoint Hotel
The project involves treating Mediterranean seawater to produce potable water using RO technology. It includes a seawater intake, pre-and post-treatment equipment such as multimedia filtration and chemical feed systems, and an SWRO unit utilizing hollow-fiber permeates and a membrane cleaning skid.
Chile
100 m3/day [26,420 GPD]
Ecologia SWRO Plant
The project involves treating high TDS South Pacific Sea water using RO for potable water use. Pretreatment chemical feed system, SWRO unit: Total of 10 seawater TFC membranes, post-treatment chemical feed systems; Membrane cleaning skid.
Saudi Arabia, Jeddah
100 m3/day [26,420 GPD]
Fatemah Alsharekh Villa
The Sea Water Desalination project involves the use of Reverse Osmosis (SWRO) systems, which utilize duplex SS high-pressure pump and piping. The project also includes complete filter feed pumps, with chemical pre-treatment/post-treatment, automatic multimedia filtration, automatic flushing, CIP unit, direct motor control, and PLC/HMI panel.
Saudi Arabia, Jeddah
60 m3/day [15,852 GPD]
Sultan Bin Mosalam Villa
Desalination of seawater using reverse osmosis (SWRO) technology. The SWRO system will include a duplex stainless steel high-pressure pump, complete filter feed pumps, duplex stainless steel piping, and pre-treatment/post-treatment equipment such as chemical feed systems, automatic multimedia filtration, automatic flushing, direct motor control, and PLC/HMI panel.
Philippines
34 m3/day [9000 GPD]
PhilippinesBRP Ramon Alcaraz (PF-16)
Our project involved implementing a compact skid-mounted SWRO system equipped with automatic multimedia filtration, chemical pre-treatment, and PLC control to provide reliable seawater desalination solutions using reverse osmosis technology. The result was a highly efficient and cost-effective system that met our client’s needs.
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