RO Membrane

Approx. Rs 37,000 / PieceGet Latest Price

Hydranautics SWC5-LD RO Membranes are high quality, reliable and high performance Seawater RO Membranes. SWC5-LD provide technologically advanced low fouling membrane technology to deliver consistent performance that customers can trust. SWC5-LD RO Membrane achieves superior salt and boron rejection to give a consistently pure end-product from a variety of feed waters at low operating pressures.

The SWC5-LD Seawater Reverse Osmosis membrane from combines the best of the seawater desalination technology with the cutting edge of the low fouling LD Technology™. The SWC5-LD gives you the highest flow rates, highest ion rejection and the lowest energy consumption combined with reduced biological and colloidal fouling.

Benefits:

• High permeate flow - 9,000 gpd (34.1 m3/d)

• High salt rejection - 99.8% (99.7% minimum)

• 92% boron rejection

• Lowest biological and colloidal fouling

• Greater tolerance to high pH cleanings

• Lower energy consumption

Applications:

• Boiler makeup water in power industry

• Conventional and hybrid desalination plants

• Boron reduction for agricultural application

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Approx. Rs 35,000 / NumberGet Latest Price

LFC® (Low Fouling Composite) elements combine neutral surface charge and hydrophilicity, providing significant reduction in fouling rates and increasing membrane efficiency by restoring nominal performance after cleaning. LFC3-LD is well suited for the treatment of difficult feed waters for numerous municipal and industrial applications, which up to now required significant feed water pretreatment upstream of any composite reverse osmosis membranes.

Superior membrane technology is the key to Hydranautics' innovative LFC (Low Fouling Composite) membrane. LFC membranes offer breakthrough technology in the treatment of difficult feedwaters and municipal wastewater. Until now, these applications have required significant pretreatment prior to subjecting them to a composite polyamide membrane.

Benefits:

• High permeate flow - 11,000 gpd (41.6 m3/d)

• High salt rejection - 99.7% (99.5% minimum)

• Lower colloidal fouling

• Reduced biofouling

• Increased membrane durability

• Lower dP (differential pressure)

• Greater tolerance to high pH cleanings

• Improved flux distribution

Applications:

• Municipal waste water treatment

• Industrial waste water treatment

• Waste water with high biological and organic fouling potential

Additional Information: