Separation of propylene-propane mixture using immobilized liquid membrane was investigated. The effect of transmembrane pressure and carrier concentration on membrane separation performance was studied. It was observed that for 30:70 (vol. %) propylene-propane mixture, at pressure of 120kPa and carrier concentration of 20wt. %, a separation factor of 474 was obtained
Abstract — The separation of propylene and propane is a challenging task in petroleum refineries due...
The forecasts in the industrial chemistry field evidenced the growing demand of propylene, and the n...
A variety of liquid crystalline (LC) materials have been examined as potential membrane separation m...
Industrial olefin/paraffin separations heavily rely upon energy intensive distillation-based technol...
Traditional systems for olefin/paraffin separation, like low-temperature distillation, are expensive...
The separation of propylene and propane is a challenging task in petroleum refineries due to the sim...
The separation of propylene and propane is a challenging task in petroleum refineries due to the sim...
This study reports selectivities and permeances of pure nitrogen, oxygen, ethylene, ethane, propylen...
Separation of light gaseous olefins from paraffin’s of the refinery process off-gasses has been trad...
Polymer grade propylene (99.5wt% propylene, 0.5wt% propane) is in high demand because it is used to ...
In the present paper, selective composite membranes containing sulfonated poly(ether ether ketone) (...
The work presented in this thesis investigates the use of membrane technology in lieu of the energy-...
Gas¿liquid membrane contactors frequently suffer from undesired wetting of the microporous membrane ...
Microporous silica membranes are known to exhibit molecular sieving effects. However, separation of ...
Permeation performances of pure and mixed nitrogen, ethylene, ethane, propylene and propane were inv...
Abstract — The separation of propylene and propane is a challenging task in petroleum refineries due...
The forecasts in the industrial chemistry field evidenced the growing demand of propylene, and the n...
A variety of liquid crystalline (LC) materials have been examined as potential membrane separation m...
Industrial olefin/paraffin separations heavily rely upon energy intensive distillation-based technol...
Traditional systems for olefin/paraffin separation, like low-temperature distillation, are expensive...
The separation of propylene and propane is a challenging task in petroleum refineries due to the sim...
The separation of propylene and propane is a challenging task in petroleum refineries due to the sim...
This study reports selectivities and permeances of pure nitrogen, oxygen, ethylene, ethane, propylen...
Separation of light gaseous olefins from paraffin’s of the refinery process off-gasses has been trad...
Polymer grade propylene (99.5wt% propylene, 0.5wt% propane) is in high demand because it is used to ...
In the present paper, selective composite membranes containing sulfonated poly(ether ether ketone) (...
The work presented in this thesis investigates the use of membrane technology in lieu of the energy-...
Gas¿liquid membrane contactors frequently suffer from undesired wetting of the microporous membrane ...
Microporous silica membranes are known to exhibit molecular sieving effects. However, separation of ...
Permeation performances of pure and mixed nitrogen, ethylene, ethane, propylene and propane were inv...
Abstract — The separation of propylene and propane is a challenging task in petroleum refineries due...
The forecasts in the industrial chemistry field evidenced the growing demand of propylene, and the n...
A variety of liquid crystalline (LC) materials have been examined as potential membrane separation m...