Programme: Chemical Engineering
Permanent URI for this collectionhttps://repository.covenantuniversity.edu.ng/handle/123456789/30806
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Item Review on coal-fired power plants from post-combustion CO2 process and challenges(TECHNOLOGIES AND MATERIALS FOR RENEWABLE ENERGY, ENVIRONMENT AND SUSTAINABILITY: TMREES21Gr, 2022-05) Agboola O.; Moropeng M. L.; Fayomi O. S. I.; Oyebanji J. A.; Oluwasegun K. MThe capturing of CO2 from power plant flue gases offers unique chance to alleviate the emissions of coal-fired power plants to the environment. The fraction of CO2 captured and the increased production of CO2 that results from loss in the whole efficiency of power plants are determinant factors for the net emissions reduction to the atmosphere via carbon dioxide capture storage. Post-combustion capture is of great interest as it is easy to implement as to existing power plants. The use of post combustion capture in power plant was reviewed. The challenges of post combustion process were reviewed with possible solutions.Item Modelling and simulation of the volume flow of NH3, K2CO3 and for the Carbon dioxide absorption from coal(2021) Nkhwashu M. I.; Moropeng M. L.; Agboola O.; Mavhungu A.,; Moropeng R. C.; Fayomi O. S. I.Item CONTROL OF FOSSIL FUEL GAS OPERATING CONDITIONS ON THE PERFORMANCE OF CARBON DIOXIDE CAPTURE PROCESS(2021) Letsholo I.; Moropeng M. L.; Mavhungu A.; Agboola O.; Fayomi O. S. I.; Moropeng R. C.