Material separation MASP membrane

Nanofiltration membranes are developed specifically for material separation and resource recovery and are mainly used in the fields of separation and concentration of liquid materials, zero discharge of wastewater, and lithium extraction from salt lakes.

The treatment of sewage emissions is a concerned for more and more people and various industries need to obey the laws and regulations to reach the goal of zero discharge. Brother Filtration MASP nanofiltration membrane can help with these requirements. It can effectively gain solid substances from liquids. Also, it can handle the separation and concentration requirements.

For the current popular industry, lithium extraction from salt lakes, we can also utilize the MASP membrane. Because its have high resistance to chemical solvents. And it can trap the needful molecule with high precision. Research findings indicate that electrostatic repulsion and steric resistance are the major components of the NF membrane’s separation mechanism. The charge characteristics of the membrane surface have a significant impact on the separation of solute in addition to the effects of solute size and pore size.

The separation of magnesium and lithium by the membrane is primarily accomplished by electrostatic exclusion since the difference in ionic hydration radius between magnesium and lithium is not readily apparent. As a result, the steric hindrance effect plays a minimal part in the separation process.

The outstanding features of Brother Filtration MASP membrane are so competitive. It has high ion selectivity and accurate molecular weight retention. Additionally, MASP is equipped with high cross-linking of the diaphragm separation layer and high resistance to chemical cleaning. The use of a low-pressure differential 34 mil inlet grid helps reduce energy consumption while improving contamination resistance.