Azzouz A. – TechConnect Briefs

Metal Organo-Clays as potential adsorbents for hydrogen storage

Azzouz A., Nousir S., Bouazizi N., Roy R., University of Quebec at Montreal, CA

Metal-Organo-Clays (MOC) are novel microporous matrices that can be synthesized via the in-situ formation of Cu, Fe or Pd nanoparticles in montmorillonite-supported polyol dendrimers. This is a new concept that has scarcely been tackled so [...]

Metal Organo-Clays as potential adsorbents for hydrogen storage

Azzouz A., Nousir S., Bouazizi N., Roy R., University of Quebec at Montreal, CA

Metal-Organo-Clays (MOC) are novel microporous matrices that can be synthesized via the in-situ formation of Cu, Fe or Pd nanoparticles in montmorillonite-supported polyol dendrimers. This is a new concept that has scarcely been tackled so [...]

Polyol–clay matrices with improved hydrophilic character and affinity towards CO2 – Attempts to CO2 concentration at room temperature

Nousir S., Ghomari K., Roy R., Azzouz A., University of Quebec at Montreal, CA

Polyol-clay matrices were prepared by incorporating various polyalcohols ranging from ethylene-glycol to bulky polyol dendrimers. Through thermal programmed desorption (TPD) revealed a significant enhancement of both the hydrophilic character and affinity towards CO2. The amounts [...]

Polyol–clay matrices with improved hydrophilic character and affinity towards CO2 – Attempts to CO2 concentration at room temperature

Nousir S., Ghomari K., Roy R., Azzouz A., University of Quebec at Montreal, CA

Polyol-clay matrices were prepared by incorporating various polyalcohols ranging from ethylene-glycol to bulky polyol dendrimers. Through thermal programmed desorption (TPD) revealed a significant enhancement of both the hydrophilic character and affinity towards CO2. The amounts [...]