?? Successful Operation on Wastewater, Surface Water and Potable Water
- Specially formulated, 0.05 micron, hydrophilic membrane chemistry allows for backflushing
capabilities
- Completely re-engineered spiral wound membrane for high flow, high solids applications delivers
feedwater and aeration more efficiently
- Air Scour & Backflushing minimize membrane fouling
- Submersible, negative pressure design
- High flow, low energy design minimizes fouling potential
- No risk of fiber breakage
?? High Quality Effluent
- Reduction of TSS, TOC and Color
- < 0.1 NTU
- < 3 SDI
?? Energy Efficient
- Low TMP reduces energy costs
- No recirculation pump
- No backwash pump
?? Lower Capital Costs
- Spiral format reduces membrane packaging costs
- Immersed design simplifies construction
?? Lower O&M Costs
- Spiral construction efficiency reduces replacement costs, no fiber breakage, no potting problems
- Minimum pumping costs due to low negative pressure design
- Infrequent cleaning
- Minimum waste
?? Lower Installation Costs
- Small Footprint due to high membrane packing density
- Modular, Skid-mounted Designs
?? Low Waste Volume
- Recoveries greater than 90 %
- Low cleaning frequency
?? Membrane Element Components Can Be
Independently Selected
- High flexibility in element construction
- Range of feed spacer / packing density combinations to accommodate varying feedwater solids