In this review, novel structured adsorbents for gas separation processes are discussed. General requirements are elucidated and illustrated with respect to specific structures such as monoliths, foams, laminates, and fabric structures. Geometrical parameters of adsorbents which affect the system performance are identified and discussed. It is clear that opportunities for improvement and optimization of adsorptive gas separation processes should include the development of improved structured adsorbents. These novel structures can fulfil many of the requirements of advanced gas separation processes such as enhanced mass transfer, reduced pressure drop, and improved thermal management
Metal-organic frameworks (MOFs) are the object of intense research targeting their deployment as ads...
Tagliabue, Marco Farrusseng, David Valencia, Susana Aguado, Sonia Ravon, Ugo Rizzo, Caterina Corma, ...
Extensive research on the gas separation process has been conducted in view of the current industria...
Recent developments in separation technology by adsorption have included the development of new stru...
Conventional gas separation processes using packed beds of beads or granules suffer from high pressu...
Most adsorbents are produced as porous, micron-sized powder materials and are thus not suitable to b...
The development of structured adsorbents with attractive characteristics is an important step in the...
A range of adsorbent structures were examined for sour gas removal over a number of conditions by ut...
Microporous materials highly activated and with potential to be used as adsorbents in many applicati...
“Adsorbent materials are promising for various gas purification processes, however, forming them int...
The innovative technology of 3D printing was applied in the development of formulations for structur...
Metal-organic frameworks (MOFs) are the object of intense research targeting their deployment as ads...
The program objective was to develop materials and processes for industrial gas separations to reduc...
Gas separation processes have many industrial applications. One way to separate a gas from a mixture...
We present guidelines for the configuration of industrial scale chromatographic separation of small ...
Metal-organic frameworks (MOFs) are the object of intense research targeting their deployment as ads...
Tagliabue, Marco Farrusseng, David Valencia, Susana Aguado, Sonia Ravon, Ugo Rizzo, Caterina Corma, ...
Extensive research on the gas separation process has been conducted in view of the current industria...
Recent developments in separation technology by adsorption have included the development of new stru...
Conventional gas separation processes using packed beds of beads or granules suffer from high pressu...
Most adsorbents are produced as porous, micron-sized powder materials and are thus not suitable to b...
The development of structured adsorbents with attractive characteristics is an important step in the...
A range of adsorbent structures were examined for sour gas removal over a number of conditions by ut...
Microporous materials highly activated and with potential to be used as adsorbents in many applicati...
“Adsorbent materials are promising for various gas purification processes, however, forming them int...
The innovative technology of 3D printing was applied in the development of formulations for structur...
Metal-organic frameworks (MOFs) are the object of intense research targeting their deployment as ads...
The program objective was to develop materials and processes for industrial gas separations to reduc...
Gas separation processes have many industrial applications. One way to separate a gas from a mixture...
We present guidelines for the configuration of industrial scale chromatographic separation of small ...
Metal-organic frameworks (MOFs) are the object of intense research targeting their deployment as ads...
Tagliabue, Marco Farrusseng, David Valencia, Susana Aguado, Sonia Ravon, Ugo Rizzo, Caterina Corma, ...
Extensive research on the gas separation process has been conducted in view of the current industria...