Due to their physical properties ceramic membranes offer a wide range of applications. Compared to polymeric membranes, ceramic membr anes are significantly more resistant against temperature and pH values as well as against mechanical stress. Furthermore they normally show significantly higher permeate fluxes. Starting with the development of ceramic supports (flat and tubular) of high porosity, membranes for micro- and ultrafiltration were developed. In the year 2000 the first ceramic nanofiltration membrane with a cut-off of 450 Dalton was developed. In the meantime, this membrane was commercialized and still is outstanding regarding its low cut-off
Frequently, the membrane employed in a traditional nano-filtration (NF) or gas separation (GS) membr...
Obtaining low-cost ceramic membranes has attracted great interest in the scientific community in las...
In this paper, macroporous (pore diameter larger than 50nm) symmetric ceramic membranes were prepare...
Ceramic NF membranes have been developed already 12 years ago followed by the commercialization by t...
Ceramic membranes show advantageous behavior over polymeric membranes under harsh conditions includi...
Obtaining low-cost ceramic membranes has attracted great interest in the scientific community in las...
In recent years, great attention has been paid to the development of ceramic membranes. Ceramic memb...
Ceramic membranes can be divided into dense and porous membranes. The materials, microstructure, and...
Novel, corrugated ceramic flat membranes for micro- and ultrafiltration applications have been devel...
Synthetic membranes are increasingly used for energy-efficient separation of liquid and gaseous mixt...
Ceramic membranes can be divided into dense and porous membranes. The materials, microstructure, and...
The present paper introduces to research and development of ceramic membrane filters with gradient m...
Porous ceramic membranes are used in numerous applications for the treatment of liquids. As an examp...
Processing of porous inorganic materials has received much attention in the past few years. It has b...
The present paper introduces to research and development of ceramic membrane filters with gradient m...
Frequently, the membrane employed in a traditional nano-filtration (NF) or gas separation (GS) membr...
Obtaining low-cost ceramic membranes has attracted great interest in the scientific community in las...
In this paper, macroporous (pore diameter larger than 50nm) symmetric ceramic membranes were prepare...
Ceramic NF membranes have been developed already 12 years ago followed by the commercialization by t...
Ceramic membranes show advantageous behavior over polymeric membranes under harsh conditions includi...
Obtaining low-cost ceramic membranes has attracted great interest in the scientific community in las...
In recent years, great attention has been paid to the development of ceramic membranes. Ceramic memb...
Ceramic membranes can be divided into dense and porous membranes. The materials, microstructure, and...
Novel, corrugated ceramic flat membranes for micro- and ultrafiltration applications have been devel...
Synthetic membranes are increasingly used for energy-efficient separation of liquid and gaseous mixt...
Ceramic membranes can be divided into dense and porous membranes. The materials, microstructure, and...
The present paper introduces to research and development of ceramic membrane filters with gradient m...
Porous ceramic membranes are used in numerous applications for the treatment of liquids. As an examp...
Processing of porous inorganic materials has received much attention in the past few years. It has b...
The present paper introduces to research and development of ceramic membrane filters with gradient m...
Frequently, the membrane employed in a traditional nano-filtration (NF) or gas separation (GS) membr...
Obtaining low-cost ceramic membranes has attracted great interest in the scientific community in las...
In this paper, macroporous (pore diameter larger than 50nm) symmetric ceramic membranes were prepare...