Li-X zeolite (Si/Al = 1.0) is currently the best sorbent for use in the separation of air by adsorption processes. Silver is also known to strongly affect the adsorptive properties of zeolites and thermal vacuum dehydration of silver zeolites leads to the formation of silver clusters within the zeolite. In this work we synthesized type X zeolites containing varying mixtures of Li and Ag. Adding very small amounts of Ag at the proper dehydration conditions formed silver clusters and enhanced adsorptive characteristics and energetic heterogeneity, as compared to those of the near fully exchanged Li + -zeolites. The performance for air separation by the best of these sorbents, containing, on average, only one Ag per unit cell, was compared to ...
In the present work, we report a new road to enhance the gas separation performances of the zeolite ...
Commercial type X zeolites (Linde 13X) are nitrogen selective. Oxygen is the less abundant component...
INGENIERIE+SAG:YSC:DFAThe number and strength of adsorption sites for Xe in silver-modified zeolites...
Silver is known to strongly affect the adsorptive properties of zeolites. In the synthesis of mixed ...
Li-X zeolite (Si/Al = 1.0) is currently the best sorbent for use in the separation of air by adsorpt...
Separations using adsorption involve the preferential attraction of one or more solutes from a gas o...
Zeolite Li-X is considered the best adsorbent for air separation (i.e., N-2/O-2 one). However, this ...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/141696/1/aic16032.pdfhttps://deepblue....
International audienceSelective Xe adsorption on regenerable porous materials such as activated carb...
Li+ and H+ co-exchanged LSXs (Li-H-LSX) with various ratios of Li+ and H+ were prepared, and those a...
Commercial adsorbents do not exhibit argon/oxygen equilibrium selectivity above 1. However, in the p...
Adsorption characteristics of pure gases N2 and O2 on various silver exchanged low silica X-type (Ag...
High purity oxygen can be used for various things. Oxygen purification method to be applied on this ...
Zeolites consist of alumina-silica structures of nano-sized cavities with different sizes and arrang...
International audienceAdsorptive separation of propylene (C3H6) and propane (C3H8) may represent an ...
In the present work, we report a new road to enhance the gas separation performances of the zeolite ...
Commercial type X zeolites (Linde 13X) are nitrogen selective. Oxygen is the less abundant component...
INGENIERIE+SAG:YSC:DFAThe number and strength of adsorption sites for Xe in silver-modified zeolites...
Silver is known to strongly affect the adsorptive properties of zeolites. In the synthesis of mixed ...
Li-X zeolite (Si/Al = 1.0) is currently the best sorbent for use in the separation of air by adsorpt...
Separations using adsorption involve the preferential attraction of one or more solutes from a gas o...
Zeolite Li-X is considered the best adsorbent for air separation (i.e., N-2/O-2 one). However, this ...
Peer Reviewedhttps://deepblue.lib.umich.edu/bitstream/2027.42/141696/1/aic16032.pdfhttps://deepblue....
International audienceSelective Xe adsorption on regenerable porous materials such as activated carb...
Li+ and H+ co-exchanged LSXs (Li-H-LSX) with various ratios of Li+ and H+ were prepared, and those a...
Commercial adsorbents do not exhibit argon/oxygen equilibrium selectivity above 1. However, in the p...
Adsorption characteristics of pure gases N2 and O2 on various silver exchanged low silica X-type (Ag...
High purity oxygen can be used for various things. Oxygen purification method to be applied on this ...
Zeolites consist of alumina-silica structures of nano-sized cavities with different sizes and arrang...
International audienceAdsorptive separation of propylene (C3H6) and propane (C3H8) may represent an ...
In the present work, we report a new road to enhance the gas separation performances of the zeolite ...
Commercial type X zeolites (Linde 13X) are nitrogen selective. Oxygen is the less abundant component...
INGENIERIE+SAG:YSC:DFAThe number and strength of adsorption sites for Xe in silver-modified zeolites...