Membrane Separation Pilot Equipment - Nanofiltration Process Flow Diagram - Quankun

Membrane Separation Pilot Equipment - Nanofiltration Process Flow Diagram - Quankun

Based on different membrane materials and separation principles, membrane separation equipment can be categorized into various types, mainly including the following:
Reverse Osmosis Membrane: A semi-permeable membrane that prevents solvent molecules from passing through, allowing only solute molecules to pass. It is widely used in desalination, wastewater treatment, food processing, and other fields.
2. Ultrafiltration Membrane: An ultrafiltration membrane is a type of membrane with larger pores, capable of filtering out large molecules such as proteins and colloids. It is primarily used for clarification, concentration, and purification of solutions.
3. Microfiltration Membrane: With larger pore sizes, microfiltration membranes can filter out suspended solids, particulates, and other impurities. They are widely used in water treatment, pharmaceuticals, food, and other industries.
4. Nanofiltration Membrane: A nanofiltration membrane is a type of membrane with smaller pore sizes, capable of filtering out small molecules such as organic solvents and inorganic salts. It is primarily used for desalination, concentration, and purification of solutions.

Product Features:

Good chemical stability, resistant to acids and alkalis, oxidation, and organic solvents, etc.

2. Resistant to high temperatures, capable of high-temperature sterilization and disinfection.

3. Easy to clean, long-lasting;

4. Narrow aperture distribution, high separation accuracy;

5. Non-leachable, suitable for process separation in food and pharmaceutical applications.

6. The complete set of equipment occupies less space, has a high level of automation, and low labor costs.

7. Low water or material intake requirements, suitable for use in some extreme environments.

8. The ceramic membrane system features a high degree of process integration, achieving full automatic control, and is capable of continuous feeding, continuous discharge of filtrate and filter cake.

9. Compared to traditional technologies, inorganic ceramic membrane separation technology can enhance product yield and purity, shorten production cycles, boost economic benefits, and promote energy saving and emission reduction.

Membrane Separation Pilot Equipment - Nanofiltration Process Flow Diagram - Quankun

Application Fields:

Ø Antibiotic Resin Elution Desalination Concentration (Weishengsu Concentrate)

Dyes (desalinated concentrate, replacing salt precipitation, acid precipitation)

Amino Acids (Decolorization & Decontamination, Concentration, Desalination)

Food (Oligosaccharides, starch sugar separation and purification, juice concentration and separation, plant extracts)

Ø Mother liquor recovery (such as impurity removal from monosodium glutamate mother liquor, potato starch mother liquor crystallization, etc.)

Water Treatment (Dyeing wastewater treatment, reclaimed water reuse, ultra-pure water production)

Acid and alkali recovery (for acid and alkali waste liquids in the chromatography column cleaning of the zhiyao industry, and waste acid and alkali in the chemical fiber industry)

Separation experimental equipment is designed specifically for universities, research institutions, and corporate R&D centers. It assists clients in obtaining critical process parameters and corresponding cleaning solutions through experiments, providing references for scientific research and industrial applications. It can also serve as a small-scale production equipment for handling small batch production. For detailed information on nanofiltration equipment, please call for more information.