Ceramic Membrane Technology

By combining up to 90 ceramic membrane elements into one vessel the application of ceramic membranes becomes a highly economical and compact solution.

Ceramic membrane technology.

They are used in membrane operations for liquid filtration. We are not aware of other companies that make both the substrate honeycomb and the membrane the part that accomplishes the filtering solely from silicon carbide. Uf membrane technology ultrafiltration uf is a variety of membrane filtration in which forces such as pressure or concentration. Our sic membrane technology filtration.

The application of ceramic membrane technology can guarantee food hygiene due to its ease of cleaning and sterilization. Ceramic membrane filtration is a robust and sustainable technology for the production of clean and reliable water. Founded in 1997 jiuwu hi tech is the largest ceramic membrane manufacturer from china. With advanced membrane technology in different applications jiuwu aims to provide complete membrane solution and service for trial design manufacturing installation commissioning and replacement.

Due to the removal of impurities like suspended substances turbidity bacteria and protozoans the technology is very suited as a purification step in the production of drinking water process water or for purification and reuse. Our sic filters are manufactured with a silicon carbide ceramic membrane based on patented technology. The nanostone cm is a large area monolith type ceramic uf module as a finished product but it is not made like any other ceramic membrane. It was the same in the past about the likelihood of mbrs displacing sbrs as a viable small footprint wastewater technology.

Most people familiar with membrane technology who haven t perhaps scrutinised the most recent developments might have assumed ceramic membranes to be too expensive to displace polymeric materials. A major breakthrough in product cost reduction is the high speed extrusion and firing process of the individual ceramic segments. Moreover ceramic membranes were successfully applied for milk and other dairy productions fractionation. However traditional polymeric membranes cannot achieve similar proper results due to wide pore size distribution.

By contrast with polymeric membranes they can be used in separations where aggressive media acids strong solvents are present.