Nanofiltration Ceramic Membrane Element

Ceramic Nanofiltration membrane is relatively recent membrane filtration system, with the purpose of softening and removal of disinfection by-product precursors such as natural organic matter and synthetic organic matter. More ultrafiltration membrane system details here!
CHARACTERISTICS OF NANOFILTRATION CERAMIC MEMBRANE ELEMENT
Chemical, mechanical and thermal stability
Ability of steam sterilization and back flushing
High abrasion resistance
High fluxes
High durability
Bacteria resistance
Possibility of regeneration
Dry storage after cleaning
OVER VIEW OF NANOFILTRATION CERAMIC MEMBRANE ELEMENT
Ceramic nanofiltration membrane is widely used in petroleum and chemical industry, medicine, metallurgy and other processes involving harsh systems due to its unique thermal stability and chemical stability, resistance to organic solvents, disinfection, regeneration, and backwashing. In the industrial field, it has become one of the fastest growing and most promising membrane materials in the membrane field.
1. Nanofiltration Membrane Technology
Nanofiltration technology is a new type of pressure-driven separation technology between ultrafiltration and reverse osmosis. It can not only effectively separate the relative molecular mass of 200-1000 by sieving, but also generate the Donnan effect by electrostatic action, with high removal rate for divalent and high valence ions.

In recent years, nanofiltration technology has gradually occupied an important position in the petrochemical, food processing, wastewater treatment, medical technology, and energy industries, and is a common technology for achieving sustainable development.
2. Ceramic nanofiltration membrane
Nanofiltration membrane materials are a key core of nanofiltration ceramic membrane technology. Ceramic nanofiltration membrane has excellent thermal stability, chemical stability, high mechanical strength, acid and alkali resistance, microbial erosion, chlorine and other oxidizing substances, anti-pollution, etc. It has become the fastest growing and most developed in the membrane field. One of the prospective membrane materials.