Post-combustion carbon capture for fossil power plant
Post-combustion carbon capture for fossil power plant
Typ dokumentu
BAKALÁŘSKÁ PRÁCEBACHELOR THESIS
Autor
Pinto Da Costa Raúl Leal
Vedoucí práce
Vitvarová Monika
Oponent práce
Veselý Ladislav
Studijní obor
Energetika a procesní technikaStudijní program
StrojírenstvíInstituce přidělující hodnost
ústav energetikyObhájeno
2015-07-03Práva
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This thesis explains the types of Carbon Capture and Storage methods focusing on post-combustion capture technology capture technology for fossil fuels power plants. It analyzes the levels of carbon dioxide emitted in Europe and the tendency of the big gas emitters in recent year and the European system created around carbon trading to cause its reduction.
We analyze the impact of post-combustion technologies in a Natural Gas Combined Cycle Power Plant and in a Pulverize Coal Power Plant on the cost of energy, investment cost, efficiency, and carbon dioxide capture. Than in the case of Natural Gas Combined Cycle Power Plant we see how post-combustion technologies influence performance on different size plants.
After studying the current status of the post-combustion technology we check future projects in Europe and what are the developments being done in PCC for the future so it can be more efficient in Pulverized Coal Power Plants and in Natural Gas Combined Cycle Power Plants. This thesis explains the types of Carbon Capture and Storage methods focusing on post-combustion capture technology capture technology for fossil fuels power plants. It analyzes the levels of carbon dioxide emitted in Europe and the tendency of the big gas emitters in recent year and the European system created around carbon trading to cause its reduction.
We analyze the impact of post-combustion technologies in a Natural Gas Combined Cycle Power Plant and in a Pulverize Coal Power Plant on the cost of energy, investment cost, efficiency, and carbon dioxide capture. Than in the case of Natural Gas Combined Cycle Power Plant we see how post-combustion technologies influence performance on different size plants.
After studying the current status of the post-combustion technology we check future projects in Europe and what are the developments being done in PCC for the future so it can be more efficient in Pulverized Coal Power Plants and in Natural Gas Combined Cycle Power Plants.