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This book contains thirty peer-reviewed chapters that will provide the readers with updated research progress in the field of environmental chemical research related to fossil fuel utilization. Furthermore, its international flavor will ensure that a worldwide broad cross section of scientific and engineering research is covered throughout the book. The book is logically divided into the following six sections: Pollutant Emissions; Carbon Sequestration; Greenhouse Gas Emission Control; Utilization of CO2 for Synthesis Gas Production; Utilization of CO2 for Chemical Synthesis; and Combustion Byproducts.
Contents; Acknowledgements; Preface; Part 1: Pollutant Emissions. Analysis of Multiple Emission Strategies in Energy Markets; J.A. Beamon, R.T. Eynon. Mercury in Illinois Coats: Abundance, Forms, and Environmental Effects; I. Demir. Characterization of Particulate Matter with Computer-Controlled Scanning Electron Microscopy; S.A. Benson, et al. Dioxin and Furan Formation in FBC Boilers; L. Jia, et al. Reducing Emissions of Polyaromatic Hydrocarbons from Coal Tar Pitches; J.M. Andresen, et al; Part 2: Carbon Sequestration. Carbon Sequestration: An Option for Mitigating Global Climate Change; R.L. Kane, D.E. Klein. Using a Life Cycle Approach in Analyzing the Net Energy and Global Warming Potential of Power Production via Fossil Fuels with C02 Sequestration Compared to Biomass; P.L. Spath. Carbon Storage and Sequestration as Mineral Carbonates; D.J. Fauth, et al. Sequestration of Carbon Dioxide by Ocean Fertilization; M. Markels, et al. Polyelectrolyte Cages for a Novel Biomimetic CO2 Sequestration System; F.A. Simsek-Ege, et al. Novel Solid Sorbents for Carbon Dioxide Capture; Y. Soong et al; Part 3: Greenhouse Gas Emissions Control. Near Zero Emission Power Plants as Future CO2 Control Technologies; P. Mathieu. Reducing Greenhouse Emissions from Lignite Power Generation by Improving Current Drying Technologies; G. Favas, et al. Reduction Process Of CO2 Emissions by Treating With Waste Concrete via an Artificial Weathering Process; A. Yamasaki, et al. Understanding Brown Coal-Water Interaction to Reduce Carbon Dioxide Emissions; L.M. Clemow, et al. High Temperature Combustion of Methane over Thermally Stable CoO-MgO Catalyst for Controlling Methane Emissions from Oil/Gas-Fired Furnaces; V.R. Choudhary, et al. Dual-Bed Catalytic System for Removal of NOx-N2O in Lean-Burn Engine Exhausts; A.R. Vaccaro, et al; Part 4: Utilization of CO2 of CO2 for Synthesis Gas Production. Tri-reforming of Natural Gas Using CO2 in Flue Gas of Power Plants without CO2 Pre-separation for Production of Synthesis Gas with Desired H2O/CO Ratios; C. Song, et al. Effect of Pressure on Catalyst Activity and Carbon Deposition During CO2 Reforming of Methane over Noble-Metal Catalysts; A. Shamsi, C.D. Johnson. CO2 Reforming of CH4 to Syngas over Ni Supported on Nano-Al2O3; Jun Mei Wei, et al. Oxy-CO2 Reforming and Oxy-CO2 Steam Reforming of Methane to Syngas over CoxNi1-xO/MgO/SA-5205; V.R. Choudhary, et al. Carbon Routes In Carbon Dioxide Reforming of Methane; L. Pinaeva, et al; Part 5: Utilization of CO2 for chemical synthesis. Life Cycle Assessment (LCA) applied to the synthesis of methanol. Comparison of the use of syngas with the use of CO2 and dihydrogen produced from renewables; M. Aresta, et al. Reduction of CO2 in Steam Using a Photocatalytic Process to Form Formic Acid; D.D. Link, C.E. Taylor. Carbon Dioxide as a Soft Oxidant: Dehydrogenation of Ethylbenzene Into Styrene; S.-E. Park, et al. CO2 as a C1-Building Block for Dialkyl Carbonate Synthesis; D. Ballivet-Tkat
