Material Separation Nanofiltration MASP Series Membrane Elements
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  • Material Separation Nanofiltration MASP Series Membrane Elements

Material Separation Nanofiltration MASP Series Membrane Elements

The MASP series membrane elements are nanofiltration membranes specifically developed for material separation and resource recovery, with key applications in the separation and concentration of liquid streams, zero‑liquid discharge from wastewater, and lithium extraction from salt lakes.

详情 Detailed description


(1) Product Positioning

The MASP series membrane elements are nanofiltration membranes specifically developed for material separation and resource recovery, with key applications in the separation and concentration of liquid streams, zero‑liquid discharge from wastewater, and lithium extraction from salt lakes.

(2) Product Features

It exhibits high ion selectivity and a precisely defined molecular weight cut-off; the membrane’s separation layer has a high degree of crosslinking, providing excellent resistance to chemical cleaning.

(3) Product Performance

Model number Molecular weight cut-off (Da) Average water production rate GPD (m 3 /d) Stable desalination rate (%) Effective membrane area ft (m 2) Inlet grid thickness (mil)
MgSO 4 CaCl 2
MASP200-8040 150-200 13200 (50.0) 98.5 85–95 370(34.5) 34
MASP300-8040 260-300 10000 (37.9) 98.0 30–50
MASP200-4040 150-200 2800 (10.6) 98.5 85–95 78(7.2) 34
MASP300-4040 260-300 2100 (8.0) 98.0 30–50

(a) Standard test conditions: 2000 ppm NaCl/MgSO4, 100 psi (0.76 MPa), 25°C, pH = 7–8, recovery rate of 15%. 
(b) The water production of a single membrane element may vary within a range of ±15%. 
(c) Operating and Cleaning Limits

Maximum operating pressure 600 psi (4.14MPa) Permitted free chlorine concentration ˂ 0.1 ppm
Maximum inlet water temperature 45℃ Influent pH range during continuous operation 3~10
Maximum inflow rate 17.0 m³/h (8040), 3.6 m³/h (4040) pH range of the feed water during chemical cleaning 1~12
Maximum feed water SDI15 5 Maximum allowable pressure drop per single membrane element 15 psi (0.1 MPa)

Keywords: Material Separation Nanofiltration MASP Series Membrane Elements

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