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1	Advanced modeling and simulation of integrated gasification combined cycle power plants with CO2-capture / Fortgeschrittene Modellierung und Simulation von GuD-Kraftwerken mit integrierter Kohlevergasung und CO2-Abtrennung Rieger, Mathias 14 August 2014 (has links) (PDF) The objective of this thesis is to provide an extensive description of the correlations in some of the most crucial sub-processes for hard coal fired IGCC with carbon capture (CC-IGCC). For this purpose, process simulation models are developed for four industrial gasification processes, the CO-shift cycle, the acid gas removal unit, the sulfur recovery process, the gas turbine, the water-/steam cycle and the air separation unit (ASU). Process simulations clarify the influence of certain boundary conditions on plant operation, performance and economics. Based on that, a comparative benchmark of CC-IGCC concepts is conducted. Furthermore, the influence of integration between the gas turbine and the ASU is analyzed in detail. The generated findings are used to develop an advanced plant configuration with improved economics. Nevertheless, IGCC power plants with carbon capture are not found to be an economically efficient power generation technology at present day boundary conditions. IGCC CO2-Abtrennung Kohlendioxidabtrennung LZA-Integration Luftzerlegungsanlage Kohlevergasung Gaskonditionierung CO-Konvertierung Sauergasentfernung Gasturbine GuD IGCC CO2-capture carbon capture ASU integration air separation unit coal gasification gas conditioning CO-shift acid gas removal gas turbine combined cycle ddc:600 Kombinationskraftwerk Kohlevergasung Carbon dioxide capture and storage Emissionsverringerung Prozesssimulation Gasreinigung Gaszerlegung Sauergas Kohlenmonoxid Kohlendioxid
2	Advanced modeling and simulation of integrated gasification combined cycle power plants with CO2-capture Rieger, Mathias 17 April 2014 (has links) The objective of this thesis is to provide an extensive description of the correlations in some of the most crucial sub-processes for hard coal fired IGCC with carbon capture (CC-IGCC). For this purpose, process simulation models are developed for four industrial gasification processes, the CO-shift cycle, the acid gas removal unit, the sulfur recovery process, the gas turbine, the water-/steam cycle and the air separation unit (ASU). Process simulations clarify the influence of certain boundary conditions on plant operation, performance and economics. Based on that, a comparative benchmark of CC-IGCC concepts is conducted. Furthermore, the influence of integration between the gas turbine and the ASU is analyzed in detail. The generated findings are used to develop an advanced plant configuration with improved economics. Nevertheless, IGCC power plants with carbon capture are not found to be an economically efficient power generation technology at present day boundary conditions. info:eu-repo/classification/ddc/600 ddc:600

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Advanced modeling and simulation of integrated gasification combined cycle power plants with CO2-capture / Fortgeschrittene Modellierung und Simulation von GuD-Kraftwerken mit integrierter Kohlevergasung und CO2-Abtrennung

Advanced modeling and simulation of integrated gasification combined cycle power plants with CO2-capture