@article{Gaurav Rattan_Maninder Kumar_Meenakshi Sheoran_2015, title={CO to CO2 Using Magnesium Based Catalysts: An Overview}, volume={2}, url={https://jce.chitkara.edu.in/index.php/jce/article/view/48}, DOI={10.15415/jce.2015.21002}, abstractNote={<p>Stringent environmental re gulations have been adopted by the government in order to decrease the emission of vehicular exhaust such as S o x, N o x, C o and unb urned hydrocarbons. t herefore, the de velopment and exploration of catalysts started in the last century for the oxidation of carbon monoxide by different methods have attracted many researchers. t herefore, lar ge number of catalysts have been modified and tested for C o oxidation. t he de veloped catalysts have the ability of 100% conversion. Keeping in view of the literature accumulated in the last few decades for C o oxidation, Magnesium based catalysts ha ve been reported by many scientists for C o oxidation due to its unique characteristics such as high catalytic performance at low temperatures and good durability and stability toward C o oxidation. t his article represents a short re view in tabular form which facilitates a quick view on compounds that have been reported with magnesium previously.</p>}, number={1}, journal={Journal of Chemistry, Environmental Sciences and its Applications}, author={Gaurav Rattan and Maninder Kumar and Meenakshi Sheoran}, year={2015}, month={Sep.}, pages={19–40} }