Energy Saving Nanofiltration (ESNA) Membrane Elements
Membranes
High performance energy saving ESNA nanofiltration membrane elements are ideal for softening applications and the removal of pesticides, pathogens, bacteria or viruses. They provide 50% - 90% salt rejection with ultra-low-pressure operations, increased energy savings, and significantly lower installation and operating costs. They can effectively remove organics which can form disinfection by-products in municipal water distribution lines.
Hydranautics also offers Integrated Membrane Solutions (IMS) combining a range of RO, NF, UF and MF membrane technologies to achieve the most comprehensive, effective, low-cost solutions for the industry.
Item # |
Item Name |
Salt Rejection |
Permeate Flow |
Calcium Chloride (CaCl2) Rejection |
Membrane Active Area |
Add To Cart/Request Quote |
---|---|---|---|---|---|---|
ESNA1 -LF-LD-4040 /Asset/Logo-2.jpg | N/A 1600 Gallon Per Day (gal/d) Permeate Flow Energy Saving Nanofiltration (ESNA) Membrane Element | Salt Rejection N/A 50 to 90 % | Permeate Flow N/A 1600 gal/d6.1 m³/d | Calcium Chloride (CaCl2) Rejection N/A 92 % | Membrane Active Area N/A 80 ft²7.4 m² | Request Quote |
ESNA1-LF-LD /Asset/Logo-2.jpg | N/A 8400 Gallon Per Day (gal/d) Permeate Flow Energy Saving Nanofiltration (ESNA) Membrane Element | Salt Rejection N/A 50 to 90 % | Permeate Flow N/A 8400 gal/d31.8 m³/d | Calcium Chloride (CaCl2) Rejection N/A 92 % | Membrane Active Area N/A 400 ft²37.1 m² | Request Quote |
ESNA1-LF2-LD-4040 /Asset/Logo-2.jpg | N/A 2000 Gallon Per Day (gal/d) Permeate Flow Energy Saving Nanofiltration (ESNA) Membrane Element | Salt Rejection N/A 50 to 90 % | Permeate Flow N/A 2000 gal/d7.6 m³/d | Calcium Chloride (CaCl2) Rejection N/A 90 % | Membrane Active Area N/A 80 ft²7.4 m² | Request Quote |
ESNA1-LF2-LD /Asset/Logo-2.jpg | N/A 10500 Gallon Per Day (gal/d) Permeate Flow Energy Saving Nanofiltration (ESNA) Membrane Element | Salt Rejection N/A 50 to 90 % | Permeate Flow N/A 10500 gal/d39.7 m³/d | Calcium Chloride (CaCl2) Rejection N/A 90 % | Membrane Active Area N/A 400 ft²37.1 m² | Request Quote |