An ecological type nonlinear model for the removal of carbon dioxide from the atmosphere by introducing liquid species

Publication Type  Journal Article
Year of Publication  2013
Authors  Shyam Sundar
Journal Title  Computational Ecology and Softwar
Volume  3
Issue  2
Pages  33-43
Journal Date  06/2013
Short Title  An ecological type nonlinear model for the removal of carbon dioxide from the atmosphere by introducing liquid species
Publisher  International Academy of Ecology and Environmental Sciences
ISSN Number  2220-721X
Key Words  carbon dioxide; liquid species; particulate matters; stability; mathematical model
Abstract  

The average temperature of our planet is increasing in past several decades due to emission of global warming gases such as CO2, CH4, etc. in the atmosphere leading to undesirable environmental consequences. Therefore, it is necessary to find a mechanism by which a global warming gas can be removed from the regional atmosphere. In this paper, therefore, we proposed an ecological type nonlinear mathematical model for the removal of a global warming gas CO2 from the regional atmosphere by externally introduced liquid species, which may react with this gas and removed it by gravity. The model consists of three dependent variables namely; the concentration of carbon dioxide, the concentration of externally introduced liquid species and the concentration of particulate matters (secondary species) formed due to interaction of carbon dioxide with liquid species. The local and global stability conditions are discussed using Routh-Hurwitz criteria and suitable Lyapunove's function respectively. It is shown, analytically and numerically, that the concentration of carbon dioxide decreases as the rate of introduction of externally introduced liquid species increases.

URL  http://www.iaees.org/publications/journals/ces/articles/2013-3(2)/an-nonlinear-model-for-removal-of-carbon-dioxide.pdf
DOI  DOI 10.0000/issn-2220-721x-compuecol-2013-v3-0005
Export  Tagged XML BibTex