High-Quality Ceramic UF Membrane for Water Purification - China Suppliers and Factory Solutions
Description
Comparison of Inorganic & Organic Membrane
| ltem | Ceramic Membrane | Organic Membrane |
| Service life | Above 5 years | Aboout 2 years |
| Recommended flux (L/㎡.h) | 50~200 | 15~50 |
| Pollution index | Purely natural and pollution-free | Small amount of plastic chemical pollution |
| Chemical stability | Good, resistant to acid and alkali corrosion, resistant to organic solvents | It is susceptible to corrosion and dissolution from organic liquids and chemical reagents |
| Biodegradability | Resistant to microbial attack | Easily decomposed and rendered ineffective by microorganisms |
| Clean | Compatible with a variety of chemical cleaning agents, and can also be used for high-impact cleaning with compressed air | Requires specific chemical cleaning and gentle physical cleaning |
| Mechanical strength | High mechanical strength, adaptable to various operating environments such as high pressure, positive pressure or negative pressure | Relatively low intensity |
| Save method | Simple, dry storage, prevent impact | Strict requirements exist for storage temperature and relative humidity, and measures must be taken to prevent membrane hydrolysis, microbial growth, and membrane shrinkage and deformation |
Design of Water Purification Plant
Process Overview
Composition of Ceramic UF Membrane Module
Membrane Module Dimensions
| NO. | Overall Dimensions(mm) (LxWxH) |
Water Inlet (mm) |
Water Outlet (mm) |
Concentrate Outlet (mm) |
Wastewater Outlet (mm) |
Membrane Area (m²) |
Number of Water Membranes (pcs) |
Production (m³/d) |
| 01 | 4000*1500*2700 | DN125 | DN100 | DN80 | DN150 | 328/392 | 16 | 1000 |
| 02 | 6000*1500*2700 | DN150 | DN125 | DN100 | DN200 | 574/686 | 28 | 2000 |
| 03 | 5000*2300*2700 | DN200 | DN150 | DN100 | DN200 | 902/1078 | 44 | 3000 |
| 04 | 6000*2300*2700 | DN200 | DN200 | DN125 | DN250 | 1148/1372 | 56 | 4000 |
| 05 | 7200*2300*2700 | DN250 | DN200 | DN150 | DN300 | 1476/1764 | 72 | 5000 |
Frequently Asked Questions (FAQ)
Ceramic membranes have a long service life of above 5 years, whereas organic membranes (such as PVDF, PES, or PVC) typically last about 2 years.
Ceramic UF membranes typically feature a filtration precision between 0.01 and 0.02 micrometers (μm), which is equivalent to 10-20 nanometers. This tiny pore size efficiently removes bacteria, viruses, colloids, and suspended solids.
Ceramic membranes effectively overcome common defects of organic membranes such as fiber breakage, membrane fouling, and short lifespan. They offer high mechanical strength, high flux (50~200 L/㎡.h), oil resistance, strong acid/alkali resistance, and natural pollution-free operation.
Ceramic membranes are highly durable and compatible with a wide variety of chemical cleaning agents. Additionally, they can undergo high-impact physical cleaning using compressed air.
Storage for ceramic membranes is simple and straightforward: they require dry storage and basic precautions to prevent physical impacts. Unlike organic membranes, they do not require strict temperature or relative humidity controls.
A complete ceramic UF membrane module consists of the Ceramic UF membrane, Programmable valve, Flow meter, Pressure sensor, Meter, PLC control cabinet, Slow release device, Releaser, and supporting auxiliary machinery.