H. shojaei - Department of chemical engineering, Faculty of second engineering, Islamic azad university of shiraz, Shiraz, Iran
M.H jazebi zadeh - Department of chemical engineering, Faculty of second engineering, Islamic azad university of shiraz, Shiraz, Iran

The capture and storage of carbon dioxide has been identified as one potential solution to greenhouse gas driven climate change. A developing technology is membrane gas separation, which is more compact, energy efficient and possibly more economical than mature technologies, such as solvent absorption. Poly vinyl chloride/multi wall carbon nano tubes (PVC/MWCNTs) nanocomposite membranes (NCMs) were prepared for gas separation. functionalized MWCNTs (OH-MWCNTs) was utilized in membranes preparation. Gas permeation and transport characteristics of single gases for

PVC, MWCNT, temperature,