8" diameter Seawater Membranes featuring the highest in salt and boron rejection.
FilmTec™ SW30XLE-440 offers medium salinity and medium temperature feed waters with an advanced combination of high productivity and high rejection through extra-low energy consumption and single-pass design.
Dow FilmTec SW30HRLE-440 elements offer sustainable lower lifecycle cost For medium and high salinity feedwaters by combining high rejection and low energy performance with the high active area and thick feed spacer of the Dow membranes. These membranes are effectively used in permeate staged seawater desalination systems without impairing the performance of the downstream stage. Pricing is listed For membrane quantities up to 12. For pricing on quantities larger than 12 elements, please contact customerservice@evoqua. com to get a quote from a local salesperson.
FilmTec™ SW30HR LE-400 elements offer very high productivity and rejection, enabling the lowest total cost of water for seawater desalination.
FilmTec™ SW30HRLE-440i elements offer sustainable lower lifecycle cost for medium and high salinity feedwaters.
FilmTec™ SW30XHR-440i elements are the highest rejection seawater RO element in the FilmTec™ element portfolio, enabling stringent water quality requirements to be met reliably with single pass seawater systems in most situations.
Hydranautics SWC seawater desalination membranes are high productivity elements offering the highest levels of salt rejection and a consistently pure end product.
Hydranautics SWC seawater desalination membranes are high productivity elements offering the highest levels of salt rejection and a consistently pure end product.
Hydranautics SWC seawater desalination membranes are high productivity elements offering the highest levels of salt rejection and a consistently pure end product.
Hydranautics SWC seawater desalination membranes are high productivity elements offering the highest levels of salt rejection and a consistently pure end product.
FilmTec™ SW30HRLE-400 Elements offer rejection and low total cost of water for seawater desalination.
