Carbon Dioxide Emission Management in Power Generation. Prof. Lars O. Nord

water-gas shift, and CO₂ capture ...Figure 11.18 Example of a membrane-enhanced reforming reactor.

      12 Chapter 12Figure 12.1 Classification of pre-combustion methods for CO₂ capture includi...Figure 12.2 Process flow diagram of integrated gasification combined cycle (...Figure 12.3 The natural gas reforming process with the additional steps (WGS Figure 12.4 The fuel conversion process including the CO₂ capture (left box)...Figure 12.5 Example of a process flow diagram for an integrated reforming co...

      13 Chapter 13Figure 13.1 Classification of post-combustion methods for CO₂ capture includ...Figure 13.2 Classification of post-combustion recirculation methods for CO₂ ...Figure 13.3 Power plant with CO₂ capture using chemical absorption. The flue...Figure 13.4 Dew point temperature or saturation temperature for water depend...Figure 13.5 The ratio (α) of heat to the steam turbine power output whe...Figure 13.6 Fan work for compressing the flue gas going through the absorber...Figure 13.7 Combined cycle with partial recirculation of flue gas. After the...Figure 13.8 Combined cycle with integrated absorption process. (1) Turbine h...Figure 13.9 The Sargas cycle that is derived from PFBC technology. CO₂ captu...Figure 13.10 The Combicap cycle.

      14 Chapter 14Figure 14.1 Classification of oxy-combustion methods for CO₂ capture includi...Figure 14.2 The need for oxygen for different fuels. The three right-most ba...Figure 14.3 Methods for separation of oxygen from air.Figure 14.4 Boiling point diagram for oxygen–nitrogen.Figure 14.5 Boiling point diagram for oxygen–argon.Figure 14.6 Cryogenic air separation with a double-column system and compres...Figure 14.7 Cryogenic air separation with a double-column system and compres...Figure 14.8 Details of the condenser–reboiler connection between the HP and ...Figure 14.9 Principle of a chemical looping combustion (CLC) process.Figure 14.10 Flow diagram of a pulverised coal oxy-combustion plant.Figure 14.11 Flow diagram of a circulating fluidised bed oxy-combustion proc...Figure 14.12 Water cycle: simplified flow diagram.Figure 14.13 S-Graz cycle: simplified flow diagram.Figure 14.14 Semi-closed oxy-combustion-combined cycle (SCOC-CC): a simplifi...Figure 14.15 AZEP – advanced zero emission power plant.Figure 14.16 Solid oxide fuel cell (SOFC) – pressurised and integrated in a ...Figure 14.17 Solid oxide fuel cell (SOFC) – pressurised and integrated in a ...Figure 14.18 Three alternatives for completing the oxidation of the remainin...Figure 14.19 Non-reheat CLC-combined cycle-simplified flow diagram.

      Guide

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      2 Table of Contents

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