Sea Water RO Industrial Plant in Pakistan

Product Overview

Sea Water Reverse Osmosis (SWRO) Industrial Plant is a high-performance desalination system designed to convert seawater into fresh, purified water. It uses specialized seawater RO membranes and high-pressure pumps to remove dissolved salts, TDS and other impurities from seawater.

Aqua Sea Water RO Plants can be custom-designed for factories, industries, hotels, resorts, coastal communities, ships, construction projects and commercial water-supply applications across Pakistan.

Key Features

• Specialized seawater RO membranes
• High-pressure stainless-steel pump system
• Advanced multimedia pretreatment
• Activated carbon filtration where required
• Cartridge filtration
• Antiscalant dosing system
• High-pressure RO membrane section
• Online pressure and flow monitoring
• TDS/conductivity monitoring
• Automatic or semi-automatic control
• Corrosion-resistant components selected for seawater applications
• High-quality industrial skid/frame
• Customizable production capacity

Water Treatment Process

Seawater Intake → Raw Water Screening → Pretreatment → Multimedia Filtration → Cartridge Filtration → Antiscalant Dosing → High-Pressure Pump → SWRO Membranes → Permeate Tank → UV/Disinfection → Fresh Water

The exact pretreatment configuration is selected according to seawater quality, turbidity, SDI, temperature, salinity and the required production capacity.

Applications

• Coastal industries
• Hotels & resorts
• Ships and marine facilities
• Fisheries
• Industrial plants
• Coastal communities
• Construction sites
• Remote locations
• Emergency water-supply projects
• Commercial desalination plants

Available Capacities

The Sea Water RO Plant can be engineered according to required fresh-water production, including:

• 5,000 LPD
• 10,000 LPD
• 25,000 LPD
• 50,000 LPD
• 100,000 LPD
• 500 LPH
• 1,000 LPH
• 5,000 LPH
• 10,000 LPH
• Custom industrial capacities

Why Choose Sea Water RO?

Unlike conventional groundwater RO systems, seawater requires specialized high-pressure RO equipment and seawater membranes because of its much higher salinity and osmotic pressure.

The system is engineered to provide reliable desalination while protecting membranes through proper pretreatment and chemical dosing.

Important Design Consideration

The final plant design should be based on a complete seawater analysis. Important parameters include TDS/salinity, temperature, turbidity, SDI, hardness, alkalinity, silica, iron, manganese and microbiological quality.

Membrane quantity, pump pressure, recovery, pretreatment and energy requirements are determined from these parameters and the required fresh-water capacity.