PCFM-A-100-3-U
NanoMem
Material excellent - high corrosion resistance, high strength, heat resistance, suitable for solvent or oil, and suit for many kinds of drainage.
Long service life- the ceramic filter membrane system has a longer service life compared with the hollow fiber membrane, so the full life cost is the lowest.
Energy saving - the membrane surface is not easy to stain, and the replacement structure design.
Maintenance free -automatic control system can reduce the daily maintenance.
Figure 1-1 Membrane bioreactor (MBR) vs. conventional activated sludge (CAS) process.
Principle
The model of ceramic membrane is made up of alphabetic code and Arabia numeric code. The model includes, but it does not contain the following code. The rules of ceramic filtration membrane sheet are as follows
The PCFM is the initial letter (Plate ceramic filtration membrane).
The definition of materials: alumina (Al2O3) code named "A", titanium oxide (TiO2) code "T", zirconium oxide (ZrO) code "Z", and kaolin (Kaolin) code "K".
Pore size definition: the nominal pore size is less than 1 µm, which is represented by mean pore size, greater than 1 µm, using aperture micron number plus U. For example, the nominal pore size is 50nm code name "50", and the nominal pore size is 10 µm code name "10U".
The dimension code definition: 50mm width is "1", 100mm width is "2", 150mm width is "3", 200mm width is "4", 250mm width is "5", and other dimension define "X".
The code for classification of membrane filtration: (1) microfiltration is "M"; (2) Nano filtration is "N", (3) ultrafiltration membrane, code name "U".
For example:
"PCFM-A-100-3-U" refers to the ultrafiltration membrane, which uses alumina as the main component, the width of the ceramic filter membrane is 150mm, and the nominal pore size is 100nm.
Table 2-1 Parameters of ceramic filtration membrane sheet
Note: If there are different requirements on membrane materials, membrane size, filtration precision, please directly contact our sales.
Figure 3-1 cross-section SEM micrograph of ceramic filtration membrane sheet.
Through different production processes can be made into symmetric- and asymmetric- type ceramic filtration membrane. The pore structure of ceramic filter membrane can be obtained through pore size control.
Figure 3-2 Pore distribution of ceramic filtration membrane sheet
The relationship between flux and pressure, the flux can be quickly recovered by simple cleaning. Moreover, the trans-membrane pressure (TMP) of the ceramic filter membrane is 50% lower than that of the organic membrane.
Figure 3-3 trans-membrane pressure (TMP) recovery of ceramic membrane
Ceramic materials are inherently hydrophilic, less wetting than water, and water spreads on the surface of ceramic membrane, which is more conducive to sewage separation than organic materials.
Figure 3-4 hydrophilic of ceramic membrane.
For application with large temperature variations, temperature correction should be taken in consideration. The calibration coefficient is set to 1 at 25 C. The calibration coefficient is read out from Figure 1-8 according to the actual design temperature. The actual design flux is the product of nominal flux at 25 C and temperature correction coefficient.
Figure 3-5 Calibration curve of water temperature and flux for ceramic membrane
Material excellent - high corrosion resistance, high strength, heat resistance, suitable for solvent or oil, and suit for many kinds of drainage.
Long service life- the ceramic filter membrane system has a longer service life compared with the hollow fiber membrane, so the full life cost is the lowest.
Energy saving - the membrane surface is not easy to stain, and the replacement structure design.
Maintenance free -automatic control system can reduce the daily maintenance.
Figure 1-1 Membrane bioreactor (MBR) vs. conventional activated sludge (CAS) process.
Principle
The model of ceramic membrane is made up of alphabetic code and Arabia numeric code. The model includes, but it does not contain the following code. The rules of ceramic filtration membrane sheet are as follows
The PCFM is the initial letter (Plate ceramic filtration membrane).
The definition of materials: alumina (Al2O3) code named "A", titanium oxide (TiO2) code "T", zirconium oxide (ZrO) code "Z", and kaolin (Kaolin) code "K".
Pore size definition: the nominal pore size is less than 1 µm, which is represented by mean pore size, greater than 1 µm, using aperture micron number plus U. For example, the nominal pore size is 50nm code name "50", and the nominal pore size is 10 µm code name "10U".
The dimension code definition: 50mm width is "1", 100mm width is "2", 150mm width is "3", 200mm width is "4", 250mm width is "5", and other dimension define "X".
The code for classification of membrane filtration: (1) microfiltration is "M"; (2) Nano filtration is "N", (3) ultrafiltration membrane, code name "U".
For example:
"PCFM-A-100-3-U" refers to the ultrafiltration membrane, which uses alumina as the main component, the width of the ceramic filter membrane is 150mm, and the nominal pore size is 100nm.
Table 2-1 Parameters of ceramic filtration membrane sheet
Note: If there are different requirements on membrane materials, membrane size, filtration precision, please directly contact our sales.
Figure 3-1 cross-section SEM micrograph of ceramic filtration membrane sheet.
Through different production processes can be made into symmetric- and asymmetric- type ceramic filtration membrane. The pore structure of ceramic filter membrane can be obtained through pore size control.
Figure 3-2 Pore distribution of ceramic filtration membrane sheet
The relationship between flux and pressure, the flux can be quickly recovered by simple cleaning. Moreover, the trans-membrane pressure (TMP) of the ceramic filter membrane is 50% lower than that of the organic membrane.
Figure 3-3 trans-membrane pressure (TMP) recovery of ceramic membrane
Ceramic materials are inherently hydrophilic, less wetting than water, and water spreads on the surface of ceramic membrane, which is more conducive to sewage separation than organic materials.
Figure 3-4 hydrophilic of ceramic membrane.
For application with large temperature variations, temperature correction should be taken in consideration. The calibration coefficient is set to 1 at 25 C. The calibration coefficient is read out from Figure 1-8 according to the actual design temperature. The actual design flux is the product of nominal flux at 25 C and temperature correction coefficient.
Figure 3-5 Calibration curve of water temperature and flux for ceramic membrane