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Introduction


Related products

Related products

CP Series EDI Modules

(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.

CPFC Series Flat Sheet MBR Membrane Modules

Canpure Flat Sheet MBR Membrane Module adopts PTFE membrane material, features highanti-fouling Capacity and low filtrationre sistance, suitable for gravity Filtration .It is manufactured by unique cassette Structure ,features higher packing density. Large filtration area.The module is designed stack and arranged,Large filtration area with small floor area and simple system integration and lower operating cost.

SVES/ SVEM Series Submerged Ultrafiltration Membrane Modules MBR Membrane Modules

Canpure fiber-reinforced membrane module has the characteristics of high strength, large flux and strong adaptability. The membrane module is immersed inside membrane cistern, and the system is highly integrated with good product water. Canpure fiberreinforced submerged UF membrane module can be applied in municipal/industrial waster water treatment, high-concentration organic waste water treatment, and other sectors.

SVS/SVM Series Submerged Ultrafiltration Membrane Modules MBR Membrane Modules

The Canpure curtain type membrane module adopts a full-open design to prevent polluting dead angles and is obviously advantageous in large-scale systems with the strengths such as strong adaptability to membrane water, high packing density and small floor space.

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