Ion exchange resins’ plants
2 February 2020
Brackish water RO plant mod HD 6 AM cap 6000-l/h
Brackish water reverse osmosis plants cap. 2-6 m³/h
• High quality and corrosion resistant materials of construction
• Strength and reliability of the hydraulic high pressure lines made of SS AISI 316L
• Suitable for a continuous and heavy duty operation and designed to stand up industrial demands
• Electrical Panel board complete of digital control system and mimic diagram
• Easiness of the running operation and maintenance
• High versatility in case of variation of the chemical characteristics of the feed water
• Compact space-saving construction
• Equipped with all accessories to link up a cleaning system for membranes
• Visual displays monitoring the treated water’s flow rate, pressure and conductivity
• Automation of the operating phases through digital electronic systems
• Automatic flushing system of the membranes
• Easily upgraded to a bigger plant
Brackish water RO plant mod EASY G4A cap 800-1000 l/h
Brackish water reverse osmosis plants cap. 200- 1500 l/h
• Membranes 4”
• Simple service and maintenance
• Automatic operation and flushing phases through digital electronic systems
• Compact space-saving design
• Visual displays monitoring the treated water’s flow rate, pressure and conductivity
• Corrosion resistant materials of construction
• Equipped with all accessories to link up to a cleaning system for membranes
• Easily upgraded up to 6 membranes design for special client’s needs and requirements
Municipal and Brackish water RO plant mod ECO cap 150-300 l/h
Municipal and brackish water reverse osmosis plant cap. 150-250 lt/h
• Extremely flexible, OSMO ECO was designed for the treatment of municipal/tap water but it is easily adaptable to the brackish water treatment depending on the characteristics of the raw water.
• Recirculation circuit, for the maximum recovery of the product water and minimum water losses
• Blending circuit for a wider range of applications
• Chemical cleaning facilities for a longer and better membranes’ performance