%0 Journal Article
%T Global CO2 Recycling Through Methanation Reaction Using Neodymium Doped Nickel Oxide Catalyst
%A MOHD HASMIZAM RAZALI
%A WAN AZELEE WAN ABU BAKAR AND NOR AZIAH BUANG
%J Journal of Sustainability Science and Management
%D 2010
%I 
%X Methanation reaction using nickel oxide and neodymium doped nickel oxide based catalyst was studied. Doping nickel oxide with neodymium results in higher catalytic activity than a pure nickel oxide catalyst with 100% methanation of CO2 at a low temperature of 350oC. Characterization of the neodymium doped nickel oxide by a XRD, SEM and nitrogen gas adsorption suggested that a small portion of the catalyst showed amorphous properties and that the small sized particles of this catalyst may contribute to the high catalytic activity.
%K CO2
%K Methanation
%K Neodymium
%K Nickel Oxide
%K Catalyst
%U http://jssm.umt.edu.my/files/2012/01/13.Dec10.pdf