CPEM Series MBR Membrane Modules
Keywords:
CANPURE Environmental
Detailed
Introduction
Product Features
- High intensity
Canpure fiber-reinforced membranes are PVDF membranes with a support layer. These membranes have high filament strength and can effectively prevent the breakage of hollow fiber membrane filaments.
- High operating flux, low filtration pressure drop
Canpure's proprietary membrane-forming technology ensures that the filtration layer is uniformly coated onto the fiber-woven tube support layer, while also achieving uniform pore size and a high open porosity. It features high operational flux and effectively reduces filtration pressure drop.
- Strong adaptability to raw water
Canpure fiber-reinforced membranes exhibit strong adaptability to raw water quality and perform well even under conditions of significant fluctuations in raw water quality and temperature. They are suitable for applications including surface water treatment, groundwater treatment, reclaimed water reuse, and wastewater treatment.
- Tolerant to high-intensity air scrubbing and hydraulic flushing
Canpure fiber-reinforced membranes can withstand high-intensity air scouring and hydraulic flushing, effectively preventing sludge accumulation within the membrane assembly.
- Water production at both ends
The Canpure fiber-reinforced membrane module adopts a water production method with outlets at both the top and bottom ends. Compared to traditional single-end water production membrane modules, it features higher flux and more uniform distribution of fouling load, effectively reducing transmembrane pressure difference and extending the operational cycle.
MBR Membrane Application Fields
- Urban wastewater treatment
- Wastewater treatment for residential areas Industrial wastewater treatment
- Wastewater advanced treatment and reclaimed water treatment
- Membrane-Enhanced Bioreactor (MEBR)
Related products
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(EDI, Electro - deionization) Electro-deionization is a kind of using mixed ion of anionic and cation of the water adsorption and ion exchange resin, at the same time, the adsorption of ions and under the action of DC voltage, respectively through ion exchange membrane into the thick of anionic and cation very water chamber and removed, on the other hand, under the action of DC voltage, water can produce enough dissociation of H + ions and OH- ions, in order to realize the continuous deep desalting. This new technology can replace the traditional ion exchange (DI), produce the resistance rate is as high as 18 MΩ pure water. EDI's most significant advantage is that it no longer requires the regeneration of ion exchange resins with acids and bases, making it more environmentally friendly.
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