RO Membranes

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  • HYDRAMEM 4040 BWE RO Membrane Dubai

    HYDRAMEM Brackish Water RO Membranes give one of the best in class rejection and at the same time provide optimum permeate flow. Its applications include generation of drinking and high purity water as well as treatment of process and treated waste water.

    HM 4040 – BWE high performance RO Elements from Ion Exchange India. HYDRAMEM offers high performance membranes manufactured in Inida’s first-state-of-the-art integrated Reverse Osmosis Membrane manufacturing facility in Goa.

  • Hydramem HM SWE-4040 Seawater Membrane

    HYDRAMEM HM SWE-4040 Seawater Membranes are belong to the latest generation of membrane technology. It offers superior quality and decades of experience in manufacturing membrane elements make HYDRAMEM the favoured choice for all industrial, commercial and domestic applications. HYDRAMEM Seawater Element (SWE) membranes, produce high-quality water and reduce over cost to the customer.

    • High NaCl and boron rejection to help meet the industrial requirement and other drinking water standards
    • The active surface area which enhances productivity and operating flux
    • Extended membrane life expectancy
    • HYDRAMEM SWE are more rigid and may be cleaned over a wider pH range (1-13)
  • Hydranautics BW CPA2 4040 Membrane Dubai

    Hydranautics BW CPA2 is the second generation CPA high rejection brackish water RO membrane introduced in the early 1990’s. CPA2 membrane is available in diameters of 4” x 4 inches length and 99.7% rejection remains popular today as a robust work-horse product for Hydranautics. CPA2 4040 element is popularly used in the treatment of brackish waters to produce low TDS permeate.

    • 99.7% nominal rejection
    • High TOC, silica and hardness rejection
    • Permeate Flow: 2,250 gpd (8.5 m3/d)
  • Hydranautics BWCPA3-8040 Membrane Dubai

    Hydranautics brackish water CPA3-8040 RO membranes are regarded as the industry standard for all critical high purity applications. It has 8 inches dia. with 99.7% rejection was an upgrade to the CPA3 reverse osmosis membrane as it is designed with Low Differential Pressure LDTM. Hydranautics CPA3 membranes set the standard for high performance RO membrane elements.

    Applications:

    • Desalting of Well Waters
    • Municipal Drinking Water
    • Power Generation Industry
    • Electronics and Semiconductor Industry
  • Hydranautics SWC5 LD-4040 Membrane

    SWC5 LD-4040 seawater membranes feature Hydranautics LD Technology™ has high performance RO technology that helps reduce fouling from colloidal particles and biological growth. LD Technology uses proprietary feed spacers to reduce bio-growth. This innovative feed spacer design prevents trapping of small colloidal particles and improves the effectiveness of cleanings.

    • High permeate flow
    • Permeate Flow: 1,750 gpd (6.62 m3/d)
    • High salt rejection – 99.8% (99.7% minimum)
    • 92% boron rejection
    • Lower energy consumption
  • Hydranautics SWC5 LD-8040 Seawater Membrane Dubai

    Hydranautics SWC5-LD 8040 element from the LD Technology™ innovative low fouling membranes, achieves superior salt and boron rejection to give a consistently pure end-product from a variety of feedwaters at low operating pressures. SWC® seawater desalination membranes offer the highest levels of salt rejection and a consistently pure end product. Membrane formulations are designed to accommodate varying levels of seawater salinities worldwide with reliable field-proven performance.

    • High permeate flow – 9,000 gpd (34.1 m3/d)
    • High salt rejection – 99.8%
    • 92% boron rejection
    • Greater tolerance to high pH cleanings
    • Lower energy consumption
  • Hydranautics SWC5 MAX Seawater Membrane

    Hydranautics SWC5 membranes are designed to provide optimum salt rejection and permeate flows. They are the membranes of choice when lower permeate TDS and lower feed pressures are needed. SWC5 MAX membranes are offer highest energy efficiency at lowest costs and are used for mega desalination plants Dubai.
    The Hydranautics SWC5 MAX models have a 440 ft2 (40.9 m2) active membrane surface area. They provide excellent performance with high TDS and boron removal from warm waters.

    • Permeate Flow: 9,900 gpd (37.5 m3/d)
    • Salt Rejection: 99.8% (99.7% minimum)
    • Highest combination flow, rejection and boron rejection (SWC5 Max)
    • Up to 440ft2 active membrane area
  • Hydranautics SWC5 MAX Seawater Membrane

    Hydranautics SWC seawater desalination membranes are high productivity elements offering the highest levels of salt rejection and a consistently pure end product. Membrane formulations are designed to accommodate varying levels of seawater salinities worldwide with reliable field-proven performance. The Hydranautics SWC6 Max features 10% more membrane surface area than the SWC6 membrane element.

    • Up to 99.8% nominal rejection
    • Up to 13,200 GPD
    • 440ft2 Active membrane area
    • Low energy consumption
  • Hydranautics SWC6-LD 8040 Membrane Dubai

    Hydranautics SWC6-LD 8040 seawater desalination membranes are available in high productivity, 8-inch and offering the high salt rejection and a consistently pure end product. Membrane formulations are designed to accommodate varying levels of seawater salinities worldwide with reliable field-proven performance.

    Applications

    • Seawater desalting
    • Municipal water treatment
    • Broad offering of membrane formulations designed to accommodate varying levels of seawater salinities worldwide
  • LG BW 4040 R Brackish Water Membrane Dubai

    LG BW 4040 R High Rejection Brackish Water 4” RO membranes offer a combination of high rejection, reliability and durability; suitable for high salinity brackish water and wastewater water treatment plants in UAE.

    LG Chem’s NanoH2O™ brackish water RO membranes serve various municipal and industrial applications and major utilities around the world. LG BW 4040 RO membranes, all incorporated with innovative Thin Film Nanocomposite (TFN) technology, are offered in industry standard configurations and can easily fit into existing and all the new RO systems.

    • Well suited for low quality feed water or varying operating conditions
    • Improved permeate quality without increasing operating pressure
    • Reduced energy cost without sacrificing the permeate quality
    • Matches industry-standard flux and rejection
    • Easy to retrofit existing systems
  • LG BW 440 R Brackish Water Membrane Dubai

    LG BW 440 R brackish water RO membranes are lowers the cost of desalination by improving energy efficiency and productivity. These Thin-Film Nano-composite (TFN) membranes feature benign nanomaterials incorporated into the thin-film polyamide layer of a composite membrane. This innovative technology significantly increases membrane permeability while offering superior salt rejection. LG BW Membranes are suitable for pharmaceutical, oil & gas, food & beverages, municipal and industrial wastewater treatment plants in Dubai, UAE.

    • Matches industry-standard flux and rejection
    • Easy to retrofit existing systems
    • Well suited for low quality feed water or varying operating conditions
  • LG BW400 R RO Membrane Dubai

    LG BW-400 R Brackish Water elements are energy saving RO membranes, offer high permeability at low feed pressure significantly reducing operating costs; The LG Reverse Osmosis water filtration technology designed for Brackish Water applications that require a psi of 225. This Membrane uses Reverse Osmosis water filtration technology to take out 99.60% of contaminants found in the feedwater, which makes it best suited for high salinity brackish water and wastewater reuse applications.

  • LG SW-400 R Seawater RO Membrane

    LG SW-400 R Seawater RO membrane provides the highest salt rejection with high freshwater productivity. LG Chem’s thin-film nano-composite (TFN) membranes lower water treatment costs by improving energy efficiency and productivity. These membrane elements feature benign nano-material incorporated into the thin-film polyamide layer of a composite membrane.

    • Membrane permeability and improves salt rejection
    • Industry-standard flux with highest salt rejection
    • Standard 8-inch spiral wound element design
    • Stabilized salt rejection of 99.85%