Filmtec™ Seawater RO Membrane SW30XLE-440 WET
Material: W2T822773 Unit of Measure #: EA See All 8" Seawater MembranesFilmTec™ 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.
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- Model Number: FilmTec™ SW30XLE-440
- Type: Wet
- Diameter: 8"
- Length: 40"
- Weight: 40 lbs
- Active Membrane: 440 ft²
- Membrane Type: Polyamide Thin Film Composite
- Outer Shell: Hard Fiberglass
- Applied Pressure: 800 PSI
- Nominal Capacity: 9900 GPD
- Maximum Pressure: 1200 PSI
- Stabilized Salt Rejection: 99. 75%
- Stabilized boron rejection: 88%
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.
- Model Number: FilmTec™ SW30XLE-440
- Type: Wet
- Diameter: 8"
- Length: 40"
- Weight: 40 lbs
- Active Membrane: 440 ft²
- Membrane Type: Polyamide Thin Film Composite
- Outer Shell: Hard Fiberglass
- Applied Pressure: 800 PSI
- Nominal Capacity: 9900 GPD
- Maximum Pressure: 1200 PSI
- Stabilized Salt Rejection: 99. 75%
- Stabilized boron rejection: 88%
Description
SW30XLE-440 Seawater Low Energy Reverse Osmosis Membrane Element with Higher Productivity is an ideal choice for two-pass seawater designs or high salinity brackish water applications. The combination of high active area and thick feed spacer of the FilmTec™ membranes results in higher productivity and lower cleaning frequency which enable sustainable lower lifecycle cost.
Product Information
GMID
12017559
Features
- For use in seawater desalination, municipal drinking water, and industrial desalination
- High flux reduces energy use or pressure required
- Good rejection results in good quality water
- Deliver high performance over the operating lifetime without the use of oxidative post-treatments like many competitive products
- Automated, precision fabrication with a greater number of shorter membrane leaves reduces the effect of overall fouling and maximizes element efficiency, lowering your cost of operation
- Includes iLEC interlocking endcaps, which reduce system operating costs and the risk of O-Ring leaks that can cause poor water quality
- FilmTec performance and quality
Specs
- DUPONT FILMTEC
- Seawater
- RO