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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.
[su_spacer size=”30″]LFC3 LD 4040 – 4″
| Permeate Flow | 2,100 gpd (7.95 m3/d) |
| Salt Rejection | 99.7 % (99.5% minimum) |
| Configuration | Low Fouling Spiral Wound |
| Membrane Polymer | Composite Polyamide |
| Membrane Active Area | 80 ft2 (7.43m2) |
| Maximum Applied Pressure | 600 psig (4.16 MPa) |
| Maximum Chlorine Concentration | <0.1 PPM |
| Maximum Operating Temperature | 113ºF (45ºC) |
| pH Range, Continuous (Cleaning) | 2-10 (1-12)* |
| Maximum Feedwater Turbidity | 1.0 NTU |
| Maximum Feedwater SDI (15 mins) | 5.0 |
| Maximum Feed Flow | 16 GPM (3.6 m3/h) |
| Minimum Ratio of concentrate to Permeate flow for any element | 5:1 |
| Maximum pressure drop for each element | 10 psi |
LFC – 8″
| Permeate Flow | 11,000 gpd (41.6 m3/d) |
| Salt Rejection | 99.7 % (99.5% minimum) |
| Configuration | Low Fouling Spiral Wound |
| Membrane Polymer | Composite Polyamide |
| Membrane Active Area | 400 ft2 (37.1m2) |
| Maximum Applied Pressure | 600 psig (4.16 MPa) |
| Maximum Chlorine Concentration | <0.1 PPM |
| Maximum Operating Temperature | 113ºF (45ºC) |
| pH Range, Continuous (Cleaning) | 2-10 (1-12)* |
| Maximum Feedwater Turbidity | 1.0 NTU |
| Maximum Feedwater SDI (15 mins) | 5.0 |
| Maximum Feed Flow | 75 GPM (17.0 m3/h) |
| Minimum Ratio of concentrate to Permeate flow for any element | 5:1 |
| Maximum pressure drop for each element | 10 psi |