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FilmTec™ SW30HRLE-440 WET

    DuPont Water Solutions offers various premium seawater reverse osmosis (RO) elements designed to help reduce capital and operation cost of desalination systems. FilmTec™ Elements combine excellent membrane quality with automated precision fabrication, taking system performance to exceptional levels. FilmTec™ SW30HRLE-440 Elements offer sustainable lower life-cycle cost for mediumand high-salinity feedwater by combining high rejection and low energy performance with the highest active area and a thick feed spacer. Benefits of the FilmTec™ SW30HRLE- 440 Element include: l Helps systems to be designed and operated to either lower operating cost through reduced energy consumption, or to decrease capital cost through higher productivity at lower operating fluxes. l High NaCl and boron rejection to help meet World Health Organization (WHO) and other drinking water standards. l Very high guaranteed active area of 440 ft2 (41 m2) permits lower system cost by maximizing productivity and facilitating accurate and predictable system design and operating flux. l The combination of very high active area with a thick feed spacer (28 mil) allows low cleaning frequency and high cleaning efficiency. l Sustainable high performance over the operating lifetime of the element, because oxidative treatments are not used in membrane production. This is one reason FilmTec™ Elements are more durable and may be cleaned more effectively over a wider pH range (1 – 13) than most other RO elements, which use oxidative treatments. l Effective use in permeate staged seawater desalination systems without impairing the performance of the downstream stage.
As low as $965.00
SKU
DWNA-FILMTECSW30HRLE440WET
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    Specifications
    Diameter (in)8.0
    Stabilized Salt Rejection (%)99.8
    Permeate Flow (GPD)8000
    Length (in)40.0
    Minimum Salt Rejection (%)99.65
    Min/Max cleaning pH1-13
    Membrane TypeSeawater
    Max dP (psi)15.0
    Active Area (ft2)440
    Feed spacer (mil)28.0
    Applied Pressure (psi)800.0
    ApplicationDrinking Water