| | INFORMATION NOTE ON THE USE AND POTENTIAL OF BIOMASS |
| | 0,16 | | MB | ENERGY IN OECD COUNTRIES |
| | 32 | | stron |
| | 2527 | | ID | Organisation for Economic Co-operation and Development |
| | 2003 | | rok |
| | TABLE OF CONTENTS |
| | 1. Introduction. 4 |
| | 2. Overview of Biomass Conversion to Energy and Displaced Greenhouse Gas Emissions in OECD |
| | Member Countries 7 |
| | 2.1. Biomass Conversion to Electricity in the Transformation Sector 7 |
| | 2.2. Biomass Conversion to Heat in the Transformation Sector 8 |
| | 2.3. Domestic Biomass Conversion to Energy in OECD Member Countries . 10 |
| | 2.4. Displaced Carbon Dioxide Emissions 12 |
| | 3. The Evolution of Biomass Conversion to Electricity 13 |
| | 3.1. Country Trends in Biomass Conversion to Electricity and Heat 13 |
| | 3.2. Taxation and Other Support for Biomass Conversion to Electricity 15 |
| | 3.3 The Bioenergy Potential of the European Community. 16 |
| | 4. Summary of Specific Biomass Conversion to Liquid Fuels 17 |
| | 4.1 Taxation Support for Biomass Conversion to Liquid Fuels . 19 |
| | 5. The Potential for Biomass Conversion from Energy Crops with Different Conversion |
| | Technologies. 20 |
| | 5.1. Biomass Conversion Technologies for Electricity and Steam 20 |
| | 5.2. Biomass Conversion Technologies for Transportation Fuels. 21 |
| | 5.3. Dedicated Plantations of Energy Crops 22 |
| | 6. Assessing the Incremental Benefits and Costs of Increased Biomass Conversion to Energy 24 |
| | 6.1. Emission Reduction by Substitution of Biomass Conversion to Energy for Fossil Fuels 24 |
| | 6.2. Biomass Production Costs 26 |
| | 7. Summary and Conclusions. 29 |
| | BIBLIOGRAPHY 31 |