Industrial Desalination Reverse Osmosis Plant 32,000 GPD - Maldives

Pure Aqua’s Seawater Reverse Osmosis Systems are capable of removing salts as well as other impurities such as bacteria, sugars, proteins, dyes and constituents that have a molecular weight greater than 150-250 Dalton. Pure Aqua supplies a full line of standard and customizable Seawater Reverse Osmosis systems, all of which are engineered using advanced 3D computer modeling and process design software for accurate and customized solutions.

Features:

• Danfoss High Pressure pump
• Duplex SS Feed Pump
• Protec Pressure Vessels rated at 1000 PSI
• Hydranautics SWC5-LD Membranes
• Low & High Duplex Pressure Switches
• High Pressure piping in Duplex SS
• 5 & 25 Micron PVC Pre-filter housings
• Advanced PLC Control Panel with HMI
• Chemical Dosing Systems

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Water Challenges: Seawater is a water source that is increasingly being utilized for the production of drinking water of villages for countries such as the Maldives, which has access to the ocean. The main drawback of seawater sources is the extremely high concentration of salt and other impurities that can lead to serious health risks to humans when ingested. As a result, these countries are requiring water treatment solutions such as industrial desalination to remove these harmful substances from the water before being provided to the village as drinking water.

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Applied Solution: Pure Aqua supplies a full line of standard and customizable Seawater Reverse Osmosis systems, all of which are engineered using advanced 3D computer modeling and process design software for accurate and customized solutions. Our seawater desalination systems are designed to target specific impurities such as salt, TDS, and conductivity for the production of high quality drinking water. We have supplied thousands of these systems worldwide, including one recently to an industrial plant in the Maldives for the purposes of supplying drinking water.

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Low operating cost, compact size, reduced footprint, and high quality production of freshwater.

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