Front Cover -- Greenhouse Gas Control Technologies -- Copyright Page -- Contents -- Foreword -- VOLUME II -- PART I: ENERGY EFFICIENCY - GENERAL -- Chapter 1. Energy Efficiency and Environmental Implications in India's Household Sector -- Chapter 2. Effect on CO2 Reduction of Installation of Outer Skin Surface Technologies in Houses and Office Buildings -- Chapter 3. Evaluation of RDF Power Generation of Large-area Waste Treatment by LCA -- Chapter 4. Contributing to Reduction of CO2 Emissions Through Development of a Heat-integrated Distillation Column -- Chapter 5. Effect of Fluctuation of Hot-water Demand on Actual Performance of Home Co-generation System -- Chapter 6. Literature Survey on Economics of Environmental Friendly Electricity Production -- PART II: ENERGY EFFICIENCY - INDUSTRY -- Chapter 7. The Cement Industry and Global Climate Change: Current and Potential Future Cement Industry CO2 Emissions -- Chapter 8. Improvement in Energy Efficiency of Re-rolling Furnaces for Stainless Steel Industry at Jodhpur, Rajasthan, India -- Chapter 9. Implementation of a Corporate-wide Process for Estimating Energy Consumption and Greenhouse Gas Emissions from Oil and Gas Industry Operations -- Chapter 10. Thermoneutral Co-production of Metals and Syngas without Greenhouse Gas Emissions -- Chapter 11. An Analytical Method of Constructing Best-mixed Power Generation Systems Reflecting Public Preference -- Chapter 12. Application of the API Compendium of Greenhouse Gas Emissions Estimation Methodologies for the Oil and Gas Industry to Examine Potential Emission Reductions -- Chapter 13. Cleaner Production Technology and Bankable Energy Efficiency Drives in Fertilizer Industry in India to Minimise Greenhouse Gas Emissions - Case Study -- Chapter 14. CO2 Reduction in the Ironmaking Process by Waste Recycling and By-product Gas Conversion.

PART III: ZERO EMISSION POWER PLANTS -- Chapter 15. Clean Coal-fired Power Plant Technology to Address Climate Change Concerns -- Chapter 16. An 865 MW Lignite Fired CO2 Free Power Plant - A Technical Feasibility Study -- Chapter 17. Recent Developments on Flue Gas CO2 Recovery Technology -- Chapter 18. IGCC - The Best Choice for Producing Low-CO2 Power -- Chapter 19. Modeling Infrastructure for a Fossil Hydrogen Energy System with CO2 Sequestration -- PART IV: ECONOMICS -- Chapter 20. A CO2-Infrastructure for EOR in the North Sea (CENS): Macroeconomic Implications for Host Countries -- Chapter 21. Economic Modeling of the Global Adoption of Carbon Capture and Sequestration Technologies -- Chapter 22. Economic Benefits of a Technology Strategy and R&D Program in Carbon Sequestration -- Chapter 23. Prospects for Carbon Capture and Sequestration Technologies Assuming Their Technological Learning -- Chapter 24. CO2 Storage and Sink Enhancements: Developing Comparable Economics -- Chapter 25. Carbon Management Strategies for Existing U.S. Generation Capacity: A Vintage-based Approach -- Chapter 26. Examining Planned U.S. Power Plant Capacity Additions in the Context of Climate Change -- Chapter 27. Uncertainties in CO2 Capture and Sequestration Costs -- Chapter 28. Costs of Renewable Energy and CO2 Capture and Storage -- Chapter 29. Costs and Performance of CO2 and Energy Transmission -- PART V: POLICY - OVERVIEW -- Chapter 30. Experience Curves for Environmental Technology and Their Relationship to Government Actions -- Chapter 31. Greenhouse Gas Intensity Targets vs. Absolute Emission Targets -- Chapter 32. Canadian Initiatives on CO2 Capture and Storage: Towards Zero Emissions from Fossil Fuels -- Chapter 33. Australia's Renewable Energy Certificate System -- Chapter 34. Financial Incentives for Climate Neutral Energy Carriers.

PART VI: POLICY - KYOTO PROTOCOL -- Chapter 35. Possible Imperfection of International Emissions Trading Under the Existence of Hot Air -- Chapter 36. The Effect of Emissions Trading and Carbon Sequestration on the Cost of CO2 Emissions Mitigation -- Chapter 37. CO2 Emissions Trading Market Systems as an Environmental Policy Option and Assessment of its Effect - Evaluating Intertemporal Trading in Particular -- Chapter 38. CDM Investment: Market Actors' Perceptions -- Chapter 39. Potential Evaluation of CO2 Emissions Reduction by CDM Projects - Project Design to Provide Benefit to Both Developed and Developing Countries -- Chapter 40. Economic Evaluation of Sectoral Emission Reduction Objectives for Climate Change -- Chapter 41. New Renewable Energy Innovation Partnerships: Elements of a Constructive Carbon Strategy for Norway's Industry and Government -- Chapter 42. Optimization of Natural-gas Utilization at Lanzhou City in China -- Chapter 43. Potential for Co-utilisation of Coal with Other Fuels to Reduce Greenhouse Gas Emissions -- Chapter 44. Commercial Viability of Space Solar Power System as a CDM Project -- Chapter 45. Study on Effective Institutions to Make CDM Projects Viable -- Chapter 46. Economic and Greenhouse Gas Emissions Assessment of Excess Biomass Extracted from Future Kraft Pulp Mills -- Chapter 47. Transportation, CDM, and GHG Emission Reductions -- PART VII: NON-CO2 GASES -- Chapter 48. An Assessment of the Abatement Options and Costs for Reducing the Emissions of the Engineered Chemicals -- Chapter 49. Potential Reduction of Fluorocarbon Emissions Under the Enforcement of New Laws in Japan -- Chapter 50. Direct Global Warming Emissions from Flat Panel Display Manufacturing and Reduction Opportunities -- Chapter 51. New Alternative Gas Process Feasibility Study for PFC Emission Reduction from Semiconductor CVD Chamber Cleaning.

Chapter 52. RD&D Implications of Multigas Radiative Forcing Scenarios -- Chapter 53. Dynamic Model for the Methane Emission from Manure Storage -- Chapter 54. Coal Mine Ventilation Air Methane Catalytic Combustion Gas Turbine -- Chapter 55. The Effective Management of Methane Emissions from Natural Gas Pipelines -- Chapter 56. Nitrous Oxide Emission from Purification of Liquid Portion of Swine Waste -- PART VIII: FUEL CELLS -- Chapter 57. High Efficiency Carbon and Hydrogen Fuel Cells for CO2 Mitigated Power -- Chapter 58. Multi-criteria Optimization of On-site Heating, Cooling and Power Generation with Solid Oxide Fuel Cells - Gas Turbine Combined Cycle Units -- Chapter 59. Optimised CO2 Avoidance Through Integration of Enhanced Oil and Gas Recovery with Solid Oxide Fuel Cells -- Chapter 60. An Experimental Investigation into the Use of Molten Carbonate Fuel Cells to Capture CO2 from Gas Turbine Exhaust Gases -- Chapter 61. High Efficiency CO2 Separation and Concentration System by Using Molten Carbonate -- PART IX: RENEWABLE ENERGY -- Chapter 62. Renewable Energy: Prospects for Supplying Electricity in the Deregulated Market in the Philippines -- Chapter 63. Technological Options for Cost-effective and Eco-friendly Power Generation for Development of Remote and Rural Areas in India -- Chapter 64. Greening Electricity Generation in South Africa Through Wind Energy -- Chapter 65. Greenhouse Gas Mitigation Opportunities Through the Application of Solar Power in Bangladesh -- Chapter 66. Corporate Environmentalism in India: Social and Community Issues -- PART X: BIOMASS -- Chapter 67. Biomass Energy with Geological Sequestration of CO2: Two for the Price of One? -- Chapter 68. Modelling Bio-energy with Carbon Storage (BECS) in a Multi-region Version of FLAMES.

Chapter 69. A Life Cycle Analysis of Biomass Energy System Taking Sustainable Forest Management into Consideration -- Chapter 70. The Synthesis of Clean Fuels from CO2 Rich Biosyngas -- Chapter 71. Reduced CO2 Mitigation Costs by Multi-functional Biomass Production -- Chapter 72. New Fuel BCDF (Bio-Carbonized-Densified-Fuel): The Effect of Semi-carbonization -- Chapter 73. New Renewable Energy Innovation Partnerships: Elements of a Constructive Carbon Strategy for Norway's Industry and Government -- Chapter 74. Carbon Sequestration in Plantations and the Economics of Energy Crop Production: The Case of Salix Production in Sweden -- Chapter 75. Greenhouse Gas Emissions from Bio-ethanol and Bio-diesel Fuel Supply Systems -- PART XI: BIOTECHNOLOGY AND UTILISATION -- Chapter 76. The Potential Role of Biotechnology in Addressing the Long-term Problem of Climate Change in the Context of Global Energy and Economic Systems -- Chapter 77. The Controlled Eutrophication Process: Using Microaigae for CO2 Utilization and Agricultural Fertilizer Recycling -- Chapter 78. The Improvement of Microalgal Productivity by Reducing Light-harvesting Pigment - Analysis of a Phycocyanin-deficient Mutant of Synechocystis PCC 6714 -- Chapter 79. Effective CO2 Removal by Chlorella sp.HA-1 in Various Cultivation Methods -- Chapter 80. Enzymatic Synthesis of Pyruvic Acid and L-Lactic Acid from Carbon Dioxide -- PART XII: LAND USE AND SINKS -- Chapter 81. Analysis of Agricultural Greenhouse Gas Mitigation Options Within a Multi-sector Economic Framework -- Chapter 82. CSiTE Studies on Carbon Sequestration in Soils -- Chapter 83. Microagriculture - Biofixation of CO2 Using Nitrogen-fixing Microalgae in Rice Fields -- Chapter 84. Possibility of CO2 Fixation on Arid Land in Western Australia -- PART XIII: UTILISATION - ALGAE.

Chapter 85. CO2 Reforming of Methane Catalyzed by Ni-loaded Zeolite-based Catalysts.