BW30 XHR PRO - 400/34

Key Features:

• Offers Exceptional permeate quality.

• Delivers excellent silica, boron, nitrate, TOC and ammonium rejection.

• Excellent durability resulting in stable, long-term performance.

• Enhanced fouling protection thanks to 34 mil feed spacer.

Key Application:

• Demineralization for industrial applications, such as: Powder Generation, Steel & Metal, 

   Chemical & Petro chemical.

• Municipal water purification.

• Applications requiring stringent permeate quality.

Typical Properties:

FilmTech^TM Element                  Active Area                  Feed Spacer                    Permeate Flow                 

BW30 XHR PRO-400/34              ft² (m²)                     Thickness (mil)                 Rate gpd (m³/d)

                                                   400 (37)                         34-LDP                           11500 (43.5)

Stabilized Salt                         Minimum Salt

Rejection (%)                          Rejection (%)

       99.8                                        99.6

Membrane Type                                                                Polyamide Thin-Film Composite

Maximum Operating Temperature¹                                  113°F (45°C)

Maximum Operating Pressure                                          600 psig (41 bar) 

pH Range Continuous Operation¹                                    2-11

Short-Term Cleaning (30 min.)²                                        1-13

Maximum Feed Flow³                                                       75 gpm (17m3/hr)

Maximum Feed Silt Density index (SDI)                           SDI 5

Free Chlorine Tolerance⁴                                                  <0.1ppm  

                                                                  Length                                               Diameter            

FilmTec™ Element                             (in.)           (mm)                                  (in.)           (mm)              

BW30 XHR PRO-400/34                    40.0          1,016                                  7.9            201