MBR 0.05um Hollow Fiber Module 30m2 Pvdf Transfer Membrane 20LMH

30m2 Hollow FIber MBR Membrane Element with Reinforced PVDF material 0.05um pore size

Hollow Fiber MBR Introduction
Membrane Bioreactor (MBR) is a new type of wastewater treatment technology that combines high-efficiency membrane separation technology with biochemical technology. The hollow fiber membrane module directly performs solid-liquid separation in the biochemical pool, replacing the secondary sedimentation tank in the activated sludge method, and effectively achieves the purpose of muddy water separation. The high-efficiency retention effect of the membrane allows the nitrifying bacteria to be completely retained in the bioreactor, so that the nitrification reaction can be smoothly carried out, the ammonia nitrogen can be effectively removed, the sludge can be avoided, and the macromolecular organic matter which is difficult to degrade can be retained at the same time, and the The residence time of the reactor is maximized. After applying MBR technology, the main pollution removal rate can reach: COD≥93%, the suspended solids and turbidity are close to zero, the water quality is good and stable, and it can be directly reused to realize the sewage resource.

Hollow Fiber MBR Advantages
1. Higher strength:
Reinforced composite PVDF hollow fiber membrane adopts unique support layer membrane technology, which makes its tensile strength and compressive strength much higher than ordinary hollow fiber membrane, and the single membrane filament tensile force is greater than 50KG. It is aptly called "pull continuous film".
2. Better anti-pollution performance:
Reinforced composite PVDF hollow fiber membrane adopts PVDF alloy formula as its filtration layer, and its ultra-smooth membrane surface characteristics and unique charge performance make it have strong anti-pollution performance.
3. Super-large flux:
The reinforced composite PVDF hollow fiber membrane adopts a relatively independent special support layer technology and PVDF alloy membrane filtration layer technology, and the formed filter layer has high porosity, and the produced membrane not only has high strength but also good flux.
4. Better retention performance:
The reinforced composite PVDF hollow fiber membrane adopts PVDF alloy membrane as the filtration layer, and its special inner and outer dense double skin structure makes it have excellent retention performance.
5. The cleaning flux recovery is better:
The reinforced composite PVDF hollow fiber membrane adopts PVDF alloy membrane as the filtration layer, and its special inner and outer dense double skin structure makes the pollutants only stay on the outer surface of the membrane and does not enter the membrane network. Inside the hole, it is very easy to clean and the cleaning flux is restored.
6. The reinforced composite PVDF membrane module can be modularized, compact in structure, small in footprint, and easy to use in combination.
7. Reinforced composite PVDF sewage treatment special diaphragm has a long service life, generally can reach 3-5 years.
8. The composite PVDF membrane has good chemical stability, acid and alkali resistance, bacterial corrosion resistance and good oxidation resistance.

Application

Sewage treatment

● Pretreatment of RO water

● Oilfield wastewater treatment

● Industrial wastewater treatment

● Agriculture wastewater treatment

● Seawater desalination pretreatment

● Printing and dyeing wastewater treatment

We,Hangzhou Kaihong Membrane Technology Co.,Ltd, is established on the year of 2003. We specializes in manufacturing UF and MBR membrane modules. We own more than 20 years of experience for the applying of UF and MBR membrane modules. Our products have been used in more than 1000 water treatment plants. We also have more than 2000 customers all over the world.

We have R&D team to develop new products and new separating technology for ourselves. We also have quality controlling system to ensure our products. At present our main products are made of PSF/PP/PVDF. We have hollow fiber membranes and flat sheet membranes for MBR systems. So we can meet different requirements for wastewater treatment and water purification.