Greenhouse Gas Control Technologies: Proceedings of the 5th International Conference on Greenhouse Gas Control TechnologiesCsiro Publishing, 2001 M04 23 - 1348 pages The control of greenhouse gas emissions continues to be a major global problem. It is inter-disciplinary, both in substance and approach, and covers technical, political and economic issues involving governments, industry and the scientific community. These proceedings contain 220 papers presented at the 5th International Conference on Greenhouse Gas Control Technologies (GHGT-5) held in August 2000 at Cairns, Queensland, Australia. The papers cover the capture of carbon dioxide, geological storage of carbon dioxide, ocean storage of carbon dioxide, storage of carbon dioxide with enhanced hydrocarbon recovery, utilisation of carbon dioxide, other greenhouse gases, fuel cells, alternative energy carriers, energy efficiency, life cycle assessments and energy modelling, economics, international and national policy, trading and accounting policy, social and community issues, and reducing emission from industry and power generation. |
From inside the book
Results 1-5 of 80
Page xvi
... Economics 959 The Economic Benefits of Carbon Capture and Sequestration R & D Under Uncertainty D. Beecy , V. Kuuskraa and P. Dipietro 961 Costs of Carbon Dioxide Removal by Underground Storage 967 C.A. Hendriks , A.F.B. Wildenborg , K ...
... Economics 959 The Economic Benefits of Carbon Capture and Sequestration R & D Under Uncertainty D. Beecy , V. Kuuskraa and P. Dipietro 961 Costs of Carbon Dioxide Removal by Underground Storage 967 C.A. Hendriks , A.F.B. Wildenborg , K ...
Page 12
... economic communities of the developing world over the lack of trickle - down ' benefits from the industrial world's preoccupation with economic efficiency and material production ( Munasinghe , 1993 ) . The development paradigm began to ...
... economic communities of the developing world over the lack of trickle - down ' benefits from the industrial world's preoccupation with economic efficiency and material production ( Munasinghe , 1993 ) . The development paradigm began to ...
Page 14
... ECONOMIC ASSUMPTIONS MITIGATION STRATEGY DECISION FRAMEWORK MODELS IMPACT ASSESSMENT Climate Change and CMAN / R3269-3 Greenhouse Science Initially the science of climate change was seen by the meteorological community as encompassing ...
... ECONOMIC ASSUMPTIONS MITIGATION STRATEGY DECISION FRAMEWORK MODELS IMPACT ASSESSMENT Climate Change and CMAN / R3269-3 Greenhouse Science Initially the science of climate change was seen by the meteorological community as encompassing ...
Page 23
... economic and social systems . This process of maximising the overall benefit requires a continuing and adaptive process of trade offs between all three systems . When the mining and consumption of finite resources are involved , there ...
... economic and social systems . This process of maximising the overall benefit requires a continuing and adaptive process of trade offs between all three systems . When the mining and consumption of finite resources are involved , there ...
Page 26
... economic growth for the developed nations , and that can bring a decent standard of living to the poor in developing economies . Some see this as a Gargantuan dilemma . It is not . We need not face a choice between the two equally ...
... economic growth for the developed nations , and that can bring a decent standard of living to the poor in developing economies . Some see this as a Gargantuan dilemma . It is not . We need not face a choice between the two equally ...
Contents
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40 | |
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85 | |
103 | |
121 | |
138 | |
155 | |
Artificial Photosynthesis to Redress the Global Carbon Dioxide Balance? | 624 |
A Conceptual Approach | 640 |
Synthesis of Organic Carbonates Based on CO as Raw Material | 653 |
Preliminary Results | 667 |
Evaluation of Reduction Options for Emissions of HFCs PFCs and SF | 685 |
Catalytic Flow Reversal ReactorGas Turbine Greenhouse Gas Emissions | 703 |
Effect of Adsorption Pressure on Methane Purity During PSA Separations of CHN Mixtures | 721 |
Proton Exchange Membrane Fuel Cells PEMFC for CO₂Reduced Decentral Cogeneration | 735 |
173 | |
193 | |
211 | |
229 | |
CO Sequestration in Oil Reservoirs A Monitoring and Research Opportunity | 243 |
Assessing European Potential for Geological Storage of CO₂ | 260 |
Global Capacity Costs and Barriers | 278 |
Underground Sequestration of Carbon Dioxide in Tectonically Active Area | 296 |
Understanding the Long Term Fate of CO₂ in Natural | 311 |
A Roadmap for Assessing Sedimentary Basins | 328 |
A New CO₂ Disposal Process Using Artificial Rock Weathering | 343 |
Reservoir | 360 |
Reservoir History Matching | 378 |
Experimental Evaluation of Chemical Sequestration of Carbon Dioxide in Deep Saline Formations | 391 |
Ocean Storage of CO₂ | 397 |
Public Outreach Effort for CO₂ Ocean Sequestration Experiment | 405 |
Application of a Double Plume Model to Compute Near Field Mixing for the International | 411 |
A Numerical Prediction on Plume Structure of Liquid LCO₂ in the Ocean | 417 |
Simulation Experiment of CO₂ Storage at 3600m Deep Ocean Floor | 423 |
A Generic Modelling System for Ocean Storage of CO₂ | 429 |
Stability of CO₂ in Different Phases Related to Ocean Storage | 435 |
Ocean Nourishment in the Humbolt Current | 446 |
Ocean Dispersion of CO₂ from a Moving Ship Source | 457 |
A Benign Form of CO₂ Sequestering in the Ocean | 463 |
Ocean CO Sequestration Efficiency from 3D Ocean Model Comparison | 469 |
Numerical Simulation of Dilution Process in CO₂ Ocean Sequestration | 475 |
Formation of Liquid CO Droplets and Jets with Deformation and Growth of Hydrate Film | 481 |
CO₂ Ocean Sequestration Project in RITE | 487 |
Combining Ocean Sequestration of CO2 and OTEC A WinWin Solution? | 499 |
Oceanographic Criteria for Selecting Future Sites for CO₂ Sequestration | 505 |
Responses of Marine Biological Communities to Different Concentration of CO₂ in | 511 |
Previews of CO₂ Injection System for CO₂ Ocean Sequestration | 517 |
Observations Using Raman Spectroscopy | 523 |
Storage of CO₂ with Enhanced Hydrocarbon Recovery | 529 |
Economics of Flue Gas Injection and CO Sequestration in Coalbed Methane Reservoirs | 543 |
CO₂Sequestration in The Netherlands CO₂ Injection and CH Production as Related | 561 |
COEGR with Microbial Methanogenesis | 578 |
Reservoir Mechanisms Field | 593 |
Bench Scale Study of the Characteristics of the Catalytic Hydrogenation of CO₂ | 607 |
Integrated | 753 |
TechnoEconomic Evaluation of Hybrid Systems for Hydrogen Production from | 771 |
Carbon Dioxide for H₂ Production with the Reforming Process | 787 |
Reducing Greenhouse Gas Emissions from Electricity Supply in Australia | 795 |
The Preliminary Assessment of Novel Power Generation Options Aimed at CO₂ Abatement | 809 |
Meeting Conflicting Objectives | 827 |
Offshore Wind Farms and a Green Certificate Market | 845 |
CSIROs Advanced Power Generation Technology Using Solar Thermal Fossil Energy Hybrid | 863 |
hour Solar Power | 880 |
The Role of the Clean Development Mechanism CDM in Assuring Project Feasibility In Brazil | 897 |
Life Cycle Assessment LCA and Exergetic Life Cycle Assessment ELCA of an Innovative | 911 |
Environmental Life Cycle Assessment ELCA Applied to the Synthesis of Methanol | 924 |
Assessment of the Future Potentials of CO₂ Sequestration Technologies with | 935 |
Database Clean Energy Systems 2050 A Tool to Assess Energy Systems | 953 |
Economic Modelling of CO Capture and Sequestration | 973 |
Total Greenhouse Gas Emissions and Costs of Alternative Swiss Energy Supply Strategies | 991 |
An Economic Viable Option? | 1009 |
A Report on the EMF 19 Study on Technology and Global Climate Change Policies | 1026 |
Overview of the U S Carbon Sequestration Program | 1044 |
Chinas Carbon Stocks and the Future Perspective of International Cooperation on the CDM | 1062 |
New Technology to Control Climate Change The Finnish National Technology | 1074 |
Evolving scenarios | 1092 |
Regional Context for Abatement of Greenhouse Gases | 1106 |
CoOrdination with the Other Kyoto Instruments Key Issues and Options | 1121 |
Greenhouse Gas Reduction Inventories What Then? | 1139 |
The Technology of Certification of Soil Carbon Sinks Baseline Sampling | 1157 |
Technology Assessment in Climate Change Mitigation | 1171 |
Are We Getting Our Moneys Worth? The CostEffectiveness of Australias Domestic | 1186 |
Demand Side Acceptance of Energy Reduction Options A Household Perspective | 1203 |
Reducing Emissions from Industry and Power Generation | 1209 |
A New Process for Ammonia Production with Reduced CO2 Emission and CoProduct | 1222 |
The Effect of New Solid Waste Treatment Systems on Greenhouse Gas Emissions | 1236 |
Potential and CostEffectiveness of CO₂ Reducing Measures in the Pulp and Paper Industry | 1253 |
Measurement of Greenhouse Gas Emissions from Spontaneous Combustion | 1271 |
Power Production With Zero Atmospheric Emissions | 1289 |
Gas Treating Using Membrane GasLiquid Contactors 115 | 1300 |
Underground Coal Gasification as a Method for Reducing the Greenhouse Impact | 1307 |
Index of Authors | 1325 |
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Common terms and phrases
abatement absorption analysis aquifer assessment atmosphere Australia basin biomass capacity carbon dioxide catalyst chemical climate change CO₂ CO2 capture CO2 concentration CO2 emissions CO2 injection CO2 sequestration CO2 storage coalbed methane cogeneration combined cycle combustion cost density depth droplet economic effect efficiency electricity enhanced environmental estimated evaluated field Figure flow rate flue gas formation fossil fuels fuel cell gas turbine gases gasification geological global Greenhouse Gas Control greenhouse gas emissions heat hydrate hydrocarbons hydrogen IGCC impact increase industry liquid CO2 membrane methanol natural gas nitrogen ocean sequestration operating options oxide oxygen permeability phase plume potential power plant pressure production reaction reactor recycle reduce renewable energy reservoir scenario seawater seismic simulation solvent sources steam steam reforming syngas temperature thermal tonnes transport Utsira Utsira Sand wind