Table of contents: Foreword Acknowledgements Overview 1. Introduction -The Purpose of the Study -The Structure of the Study 2. The World Energy System, CO2 Emissions, and Mitigation Options -Global CO2 Emissions: Past Trends and Future Outlook -Factors Affecting and Strategies to Reduce CO2 Emissions 3. CCS Characteristics: Technologies, Potential, Permanence, and Cost -General Characteristics of CO2 Capture -CO2 Capture in the Electricity Sector -CO2 Capture in the Manufacturing Industry -CO2 Capture in Fuels Supply -Technology Learning Effects for CO2 Capture -CO2 Transportation -CO2 Storage -CO2 Storage: Permance and Monitoring -Production of Chemicals and Fuels from CO2 -Overview of CCS Costs 4. Basic Results from the Model Analysis -The Energy Technology Perspectives (ETP) Model -Overview of the Model Analysis Structure -The BASE Scenario -The GLO50 Scenario -CCS Compared to Other Emissions Reduction Options 5. CCS Sensitivity Analysis -CO2 Policy Targets -CO2 Policy Scope and Timing -GDP Growth and Energy Demand -Renewables -Nuclear Power -CCS Technology Progress -Market Structure -Fuel Prices -Analysis Time Horizon -Overview of Sensitivity Analysis Results 6. Regional Activities and CCS Scenario Analysis -Global CCS Scenario Analysis -CCS Potentials and RD&D Activities in a Regional Perspective -North America -Europe -Asia-Pacific OECD Countries -China -India -Middle East 7. The Impact of CCS on Energy Markets: Model Results -Coal -Gas -Oil -Renewables -Electricity 8. Challenges Ahead and Priorities for Action -Interrelated Challenges -RD&D Challenges -Public Awareness and Acceptance -The Regulatory and Legal Framework -Long-Term Policy Framework and Incentives Annexes -Annex 1. ETP Model Characteristics -Annex 2. Regional Investment Costs and Discount Rates -Annex 3. GDP Projections -Annex 4. Websites for More Information on CCS -Annex 5. Definitions, Abbreviations, Acronyms, and Units References