Membrane defines as the barrier. Membrane used to filter the gaseous. Membranes can take many forms, from porous and non-porous solids to liquid phase membranes and gels. Currently, most industrial processes are based on polymeric materials. These are either micro porous, with pores typically up to 20 A, or dense with no discernible pores. This paper reviews the membrane properties and model
AbstractThe given work considers gas separation process using non-porous polymer membranes. Here mem...
© 2017 American Chemical Society. Membrane gas separation is a mature and expanding technology. Howe...
The history and development of membrane gas separation technology dates back to the proposal made by...
This chapter describes all important aspects of a membrane-based separation process. After a brief i...
The advantages of operational ease, economic viability, low maintenance, low energy consumption, sma...
The use of membranes for separating gaseous and liquid mixtures has grown dramatically in the past ...
Over the past decade, polymeric membranes have been widely investigated for a variety of industrial ...
Membrane separations have been emerged as a mature separation technique with a high commercial impac...
Recent advances and avenues for further research and development in three specific fields of membran...
For the past 30 years, membrane technology has been prominently used for various gas purifications t...
Gas separation is an application area for membrane technology with a long history. As a consequence,...
Membrane technology has gained acceptance for gas separation and recovery as membranes are friendly ...
Membrane technology is an attractive choice for molecular scale separations because of its inherent ...
Membranes are good porous materials used for the segmentation of adjacent materials, regulating the ...
University of Minnesota Ph.D. dissertation. June 2009. Major: Chemical Engineering. Advisor: Profess...
AbstractThe given work considers gas separation process using non-porous polymer membranes. Here mem...
© 2017 American Chemical Society. Membrane gas separation is a mature and expanding technology. Howe...
The history and development of membrane gas separation technology dates back to the proposal made by...
This chapter describes all important aspects of a membrane-based separation process. After a brief i...
The advantages of operational ease, economic viability, low maintenance, low energy consumption, sma...
The use of membranes for separating gaseous and liquid mixtures has grown dramatically in the past ...
Over the past decade, polymeric membranes have been widely investigated for a variety of industrial ...
Membrane separations have been emerged as a mature separation technique with a high commercial impac...
Recent advances and avenues for further research and development in three specific fields of membran...
For the past 30 years, membrane technology has been prominently used for various gas purifications t...
Gas separation is an application area for membrane technology with a long history. As a consequence,...
Membrane technology has gained acceptance for gas separation and recovery as membranes are friendly ...
Membrane technology is an attractive choice for molecular scale separations because of its inherent ...
Membranes are good porous materials used for the segmentation of adjacent materials, regulating the ...
University of Minnesota Ph.D. dissertation. June 2009. Major: Chemical Engineering. Advisor: Profess...
AbstractThe given work considers gas separation process using non-porous polymer membranes. Here mem...
© 2017 American Chemical Society. Membrane gas separation is a mature and expanding technology. Howe...
The history and development of membrane gas separation technology dates back to the proposal made by...