Greenhouse Gas Carbon Dioxide Mitigation

Informationen zum Autor Martin M. Halmann, Meyer Steinberg Klappentext Scientific and engineering research on how to reduce CO2 emissions has been quietly continuing now for several years. This new book by two of the world's leading experts on CO2 will bring to the professinal and academic reader alike the recent fruits of that research. While Professor Halmann will offer new insights into the typical chemical pathways for both CO2 formation and ways to circumvent that formation, Meyer Steinberg will offer real-life engineering solutions that can be applied to a host of industrial processes that typically produce large CO2 emissions. The book will provide an invaluable road-map for how the industrialized world can scientifically shift its industrial and commercial processes away from carbon-rich bases to carbon-poor bases, and gain both environmentally and economically as a result. TOC:The Science of the Greenhouse Effect and Global Climate Change.- Adaptive Response Strategies for Global Warming Mitigation.- Concepts for CO2 Emission Reduction.- Technologies for Improving Efficiency of Energy Conversion and Utilization.- Removal, Recovery, and Disposal of Carbon Dioxide.- Biomass Processes/Enzymatic Reactions and Bioconversion.- Decarbonization of Fossil Fuels, Energetics, Processes and Economics.- High Temperature Thermochemical Reactions.- Carboxylation by CO2 Insertion.- Heterogeneous Catalysis, Hydrogenation, and Reforming.- Photosensitized Activation of Carbon Dioxide.- Electrochemical Reactions.- Photoelectrochemical and Photocatalytic Reduction.- Conclusions on Remediation Strategies. Zusammenfassung Offers fresh insights into interesting chemical pathways for the conversion of CO2 to useful products. This book reports on the use of biomass, such as ocean fertilization and 'energy farms', to put CO2 to practical and safe use. It is suitable for professional and academic readers involved with CO2 research. Inhaltsverzeichnis The Science of the Greenhouse Effect and Global Climate Change Adaptive Response Strategies for Global Warming Mitigation Concepts for CO2 Emission Reduction Technologies for Improving Efficiency of Energy Conversion and Utilization Removal, Recovery, and Disposal of Carbon Dioxide Biomass Processes/Enzymatic Reactions and Bioconversion Decarbonization of Fossil Fuels, Energetics, Processes and Economics High Temperature Thermochemical Reactions Carboxylation by CO2 Insertion Heterogeneous Catalysis, Hydrogenation, and Reforming Photosensitized Activation of Carbon Dioxide Electrochemical Reactions Photoelectrochemical and Photocatalytic Reduction Conclusions on Remediation Strategies...

Autorentext
Martin M. Halmann, Meyer Steinberg

Klappentext
Scientific and engineering research on how to reduce CO2 emissions has been quietly continuing now for several years. This new book by two of the world's leading experts on CO2 will bring to the professinal and academic reader alike the recent fruits of that research. While Professor Halmann will offer new insights into the typical chemical pathways for both CO2 formation and ways to circumvent that formation, Meyer Steinberg will offer real-life engineering solutions that can be applied to a host of industrial processes that typically produce large CO2 emissions. The book will provide an invaluable road-map for how the industrialized world can scientifically shift its industrial and commercial processes away from carbon-rich bases to carbon-poor bases, and gain both environmentally and economically as a result. TOC:The Science of the Greenhouse Effect and Global Climate Change.- Adaptive Response Strategies for Global Warming Mitigation.- Concepts for CO2 Emission Reduction.- Technologies for Improving Efficiency of Energy Conversion and Utilization.- Removal, Recovery, and Disposal of Carbon Dioxide.- Biomass Processes/Enzymatic Reactions and Bioconversion.- Decarbonization of Fossil Fuels, Energetics, Processes and Economics.- High Temperature Thermochemical Reactions.- Carboxylation by CO2 Insertion.- Heterogeneous Catalysis, Hydrogenation, and Reforming.- Photosensitized Activation of Carbon Dioxide.- Electrochemical Reactions.- Photoelectrochemical and Photocatalytic Reduction.- Conclusions on Remediation Strategies.

Zusammenfassung
Any mention of the "greenhouse effect" tends to ignite controversy. While the rising atmospheric concentrations of greenhouse gases-especially carbon dioxide- are certainly among the most pressing issues today, theoretical and perceived consequences have been subject to conjecture and misinformation.
That raging debate has obscured an important fact: scientists and engineers are hard at work on methods to reduce CO2 emissions, and devise practical methods for their remediation.
Greenhouse Gas Carbon Dioxide Mitigation: Science and Technology
sheds light on the most recent advancements, documented by two of the world's leading researchers on CO2.
Aware of the complexity and still-unknown factors behind climatic change, the authors consider the need to make CO2 mitigation viable for both environmental and economic gain. To that end, Professor Halmann offers new insights into interesting chemical pathways for the conversion of CO2 to useful products. Steinberg adds real-life engineering solutions, applicable to heavy CO2-producing industrial processes, and improving efficiency of energy conversion.
Exciting theories and pilot projects are also testing the potential for CO2 utilization, conversion, reduction, and disposal. Greenhouse Gas Carbon Dioxide Mitigation: Science and Technology reports on the use of biomass, such as ocean fertilization and "energy farms," to put CO2 to practical and safe use.
Professional and academic readers involved with CO2 research will find Greenhouse Gas Carbon Dioxide Mitigation: Science and Technology an invaluable roadmap for information and inspiration-a way to move beyond argument, and into action.

Inhalt
The Science of the Greenhouse Effect and Global Climate Change Adaptive Response Strategies for Global Warming Mitigation Concepts for CO2 Emission Reduction Technologies for Improving Efficiency of Energy Conversion and Utilization Removal, Recovery, and Disposal of Carbon Dioxide Biomass Processes/Enzymatic Reactions and Bioconversion Decarbonization of Fossil Fuels, Energetics, Processes and Economics High Temperature Thermochemical Reactions Carboxylation by CO2 Insertion Heterogeneous Catalysis, Hydrogenation, and Reforming Photosensitized Activation of Carbon Dioxide Electrochemical Reactions Photoelectrochemical and Photocatalytic Reduction Conclusions on Remediation Strategies

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