KRW Oxygen-Blown Gasification Combined Cycle: Carbon Dioxide Recovery, Transport, and Disposal

KRW Oxygen-Blown Gasification Combined Cycle.
Carbon Dioxide Recovery, Transport, and Disposal - 1996

Part 1, Pages 1-83, 3.43 MB.pdf
1.	Acknowledgement			x
2.	Abstract			1
3.	Summary			2
	3.1	Background		2
	3.2	Overview of Energy Cycle		3
	3.3	Mining, Preparation, and Transportation of Raw Materials		3
	3.4	Handling of Coal and Limestone		3
	3.5	Base Cases for Integrated Gasification Combined Cycle		5
		3.5.1	Gasifier Island	5
		3.5.2	Power Island	8
	3.6	Integrated Gasification Combined Cycle with CO2 Recovery		8
	3.7	Pipeline Transport of CO2		11
	3.8	Sequestering of CO2		12
	3.9	Energy Consumption and CO2 Emissions		12
	3.10	Economic Summary		12
	3.11	References for Summary		12
4.	Introduction			17
	4.1	Background		17
	4.2	Goals, Objectives, and Approach		17
5.	Mining			19
	5.1	Mining, Preparation, and Transportation of Raw Materials		19
	5.2	Coal and Limestone Handling		19
6.	Oxygen-Blown Base Case with No CO2 Recovery			21
	6.1	Design Basis		21
	6.2	Material Balance		21
	6.3	Gas Turbine, Steam Cycle, and Plant Performance		23
	6.4	Economics		23
7.	Case 1 – Gas Turbine Topping Cycle and Glycol CO2 Recovery			24
	7.1	Design Basis		24
	7.2	Shift Reactor		24
	7.3	Glycol Process for CO2 and H2S Recovery		27
	7.4	Gas Turbine, Steam Cycle, and Plant Performance		27
	7.5	Economics		49
8.	Case 2 – Gas Turbine Topping Cycle and Membrane CO2 Recovery			64
	8.1	Design Basis		64
	8.2	Shift Reactor		64
	8.3	Membrane Process for CO2 Recovery		64
	8.4	Gas Turbine, Steam Cycle, and Plant Performance		66
	8.5	Economics		66
9.	Case 3 – Fuel Cell Topping Cycle and Glycol CO2 Recovery			83
	9.1	Design Basis		83
	9.2	Chilled Methanol Process for H2S Recovery		83
Part 2, Pages 84 - 177, 3.03 MB.pdf
	9.3	Molten Carbonate Fuel Cell System		85
	9.4	Glycol Process for CO2 Recovery		107
	9.5	Fuel Cell, Steam Cycle, and Plant Performance		107
	9.6	Economics		107
10.	Case 4 – Fuel Cell Topping Cycle and Membrane CO2 Recovery			133
	10.1	Design Basis		133
	10.2	Chilled Methanol Process for H2S Recovery		133
	10.3	Molten Carbonate Fuel Cell System		135
	10.4	Membrane System for CO2 Recovery		135
	10.5	Fuel Cell, Steam Cycle, and Plant Performance		135
11.	CO2 Pipeline Transport and Sequestering			153
	11.1	Pipeline Transport of CO2		153
	11.2	CO2 Sequestering		153
12.	Conclusions – Energy Cycle/Economic Emissions			154
	12.1	Energy Consumption and CO2 Emissions		154
	12.2	Capital Costs for KRW Integrated Gasification Combined-Cycle Power Generation		154
13.	References			176