Ceramic Membrane Filter

All particles whose size exceeds the pore radius of the membrane are retained.

Ceramic membrane filter.

By contrast with polymeric membranes they can be used in separations where aggressive media acids strong solvents are present. The ceramic membrane filtration system is a reliable technology to produce clean water by removing the turbidity bacteria and cryptosporidium and other protozoa contained in raw water sources such as surface water and ground water. Ceramic membrane filtration is a fluid separation process of cross flow filtration. What ceramic filters don t remove.

Stability of the filtration regime. They are used in membrane operations for liquid filtration. Ceramic membranes are a type of artificial membranes made from inorganic materials such as alumina titania zirconia oxides silicon carbide or some glassy materials. Ceramic membranes are operated in the cross flow filtration mode.

It also does not filter out minerals like calcium and magnesium meaning there is no need to pair the filter with a remineralizer if you want to preserve the mineral quality of your water. Cerahelix membranes take ceramic filtration and separation technology a step further building on the inherently robust and durable nature that makes ceramics an outstanding choice in harsh operating environments. This optimizes the microfiltration of complex transmission sensitive feed streams. Ceramic membrane brine purification system cbs ceramic membrane is a porous filter with fine pore size which is sintered from alumina or zirconia titania oxide under high temperature.

This mode has the benefit of maintaining a high filtration rate for membrane filters compared with the direct flow filtration mode of conventional filters. Ceramic is a natural media filter and does not add anything to the water during the filtration process. We employ a patented process using dna and a proprietary ceramic film technology to create extremely uniform and smooth nanopores in. With an asymmetrical structure with porous support and the active membrane layer the ceramic membrane is successfully used for primary brine purification.

Using a unique ceramic membrane as a filter this system is a low cost and long life filtration system. But ceramic membranes suitable for the separation of gases are either microporous or dense such as microporous silica membranes or zeolite membranes. Ceramic membranes include pores with a defined average size ranging from macrometers to nanometers and they can be used for liquid filtration gas separation and pervaporation. The particles molecules build up in the concentrate.