Database of African Theses and Dissertations including Research (DATAD-R)

Analysis of greenhouse gas emission from reactive materials and its thermodynamics

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dc.creator Lebelo, Ramoshweu Solomon
dc.date 2013-06-03T06:33:57Z
dc.date 2016-02-19T06:51:20Z
dc.date 2013-06-03T06:33:57Z
dc.date 2016-02-19T06:51:20Z
dc.date 2013
dc.date.accessioned 2018-06-24T05:12:12Z
dc.date.available 2018-06-24T05:12:12Z
dc.identifier http://hdl.handle.net/20.500.11838/1302
dc.identifier.uri http://hdl.handle.net/20.500.11838/1302
dc.description Thesis (DTech(Mechanical Engineering))--Cape Peninsula University of Technology, 2013
dc.description The environment is polluted by many gases of which carbon dioxide is one of them and unfortunately during the emission of carbon dioxide, oxygen, which is very important for keeping all species alive, is depleted. Increased industrial activities led to more emission of carbon dioxide and ultimately global warming arose as a result of the greenhouse effect. Global warming has resulted with high temperatures and carbon dioxide production in the atmosphere and it was necessary to come up with mathematical modelling to investigate processes that may try to reduce temperature rise, carbon dioxide emission and oxygen depletion in a stockpile of combustible material. The work done in this thesis considered three differential equations, first for temperature behaviour, second for oxygen depletion and third for carbon dioxide emission. The three equations were solved simultaneously for a reactive slab of combustible material. An exothermic reaction in a stockpile of combustible material results due to the reaction of oxygen with reactive hydrocarbon material and the products are usually heat and carbon dioxide. A detailed discussion on this part is given in chapter 1, and also some definitions of terms applied in this work, together with literature review, statement of problem, aim of the study, objectives of the study and methodology are part of the chapter. In chapter 2, the nonlinear partial differential equations governing the process are derived.
dc.language en
dc.publisher Cape Peninsula University of Technology
dc.rights http://creativecommons.org/licenses/by-nc-sa/3.0/za/
dc.subject Thermodynamics
dc.subject Greenhouse gas mitigation
dc.subject Greenhouse gases
dc.subject Temperature behaviour
dc.subject Oxygen depletion
dc.subject Carbon dioxide emission
dc.subject Dissertations, Academic
dc.subject DTech
dc.subject Theses, dissertations, etc.
dc.title Analysis of greenhouse gas emission from reactive materials and its thermodynamics
dc.type Thesis


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