Filmtec SW30-2540 Membrane (+ Shipping & Sales Tax where applicable)

$225.00

Description

DOW FilmTec Membrane Elements

DOW FILMTEC™ SW30-2540 Seawater RO Elements for Watermakers and Marine Systems

DOW FILMTEC SW30-2540 elements have one of the highest flow rates available to meet the water demands of both sea-based and land-based desalinators. Commonly used in on-board Watermakers to create drinking water from seawater for yachts, boats, and cruise ships, DOW FILMTEC marine SWRO elements offer the highest productivity while maintaining excellent salt rejection.  DOW FILMTEC SW30 elements may also be operated at lower pressure to reduce pump size, cost, and operating expenses

DOW FILMTEC SW30-2540 is FDA – 21 CFR 177.2550; Food and Drug Administration Compliant.

Product Specifications

 

FilmTec Membranes are FDA Compliant     Genuine DOW FilmTec Membrane Element

SPECIFICATIONS FOR SW30-2540 (Ask for a quote)

FilmTec Product: SW30-2540
 

 

FilmTec Part Number:

80737
Size (Approximate): 2.5″ Dia. x 40″L
Flow Rate: 700 gpd (2.6 m³/d)
Applied Pressure: 800 psig (55 bar)
Stabilized Salt Rejection: 99.4%
Exterior: Hard Shell Fiberglass
Active Membrane Surface Area: 29 sq. ft.
Membrane Type: Polyamide Thin-Film
Composite

Permeate flow and salt rejection based:  32,000 ppm NaCl feed stream, 77°F, 8% recovery, 800 psig.

OPERATING LIMITS FOR SW30-2540

Maximum Operating Temperature: 113°F (45°C)
Maximum Operating Pressure: 1,000 psig (69 bar)
Maximum Pressure Drop: 15 psig (1 bar)
Maximum Feed Flow Rate: 6 gpm (1.4m³/h)
pH Range, Continuous Operation*: 2-11
pH Range, Short-Term Cleaning**: 1-13
Maximum Feed Silt Density Index: SDI 5
Fere Clorine Tolerance***: <0.1ppm

*Maximum temperature for continuous operation above pH 10 is 95°F
**Refer to cleaning guidelines.
***Under certain conditions, the presence of free chlorine and other oxidizing agents will cause premature membrane failure. Since oxidation damage is not covered under warranty, Dow recommends removing residual free chlorine by pretreatment prior to membrane exposure.