Fossil fuels current status and future directions

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Weitere Verfasser: Crawley, Gerard M. (HerausgeberIn)
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Veröffentlicht: New Jersey World Scientific [2016]
Schriftenreihe:World Scientific series in current energy issues volume 1
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Datensatz im Suchindex

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adam_text Contents A Foreword to the World Scientific Series on Current Energy Issues xiii Introduction to Fossil Fuels xvii 1. Coal Resources, Production, and Use Worldwide 1 Thomas Sarkus and William Ellis 1 Coal Basics............................................... 1 2 Coal Rank................................................. 2 3 Coal Analysis............................................. 2 4 World Coal Resources, Reserves, and Production Levels . 6 5 World Coal Usage ........................................ 10 5.1 Overview............................................. 11 5.2 OECD coal consumption................................ 11 5.3 Non-OECD coal consumption............................ 16 6 Conclusions and Outlook.................................. 21 References................................................... 21 2. Coal Gasification and Advances in Clean Coal Technology 23 Thomas Sarkus and Adrian Radziwon 1 Gasification............................................. 23 2 Fixed/Moving Bed Gasifiers............................... 26 3 Entrained-Flow Gasifiers................................. 27 4 Fluidized-Bed Gasifiers.................................. 27 5 Advanced Gasifiers....................................... 28 6 Support Systems ......................................... 29 7 Syngas Processing/Cleanup................................ 30 V vi Contents 8 Gasification Applications................................... 36 9 Coal Combustion............................................. 38 10 Pulverized Coal (or Pulverized Fuel) Boilers................ 39 11 Fluidized-Bed Combustion.................................... 40 12 Flue Gas Cleanup............................................ 43 13 Development Work — Oxy combustion........................... 45 14 Liquefaction................................................ 46 15 Conclusions and Outlook..................................... 47 References...................................................... 47 3. Geologic Carbon Storage 49 Thomas Sarkus, Michael Tennyson and Derek Vikara 1 Introduction................................................ 49 2 Geologic Storage of Carbon Dioxide.......................... 51 2.1 Storage formations .................................... 53 2.1.1 Oil and gas-bearing formations.................. 54 2.1.2 Saline formations............................... 56 2.1.3 Unmine able coal seams.......................... 58 2.1.4 Organic-rich shale basins....................... 60 2.1.5 Basalt.......................................... 61 3 Carbon Storage Transportation Infrastructure................ 62 4 CO2 Injection Operations ................................... 63 4.1 C02 Storage regulations in the US ..................... 64 4.2 Saline storage operations.............................. 65 4.3 EOR operations......................................... 66 4.4 Offshore storage operations............................ 66 5 Site Characterization and Selection......................... 67 6 Reservoir Modeling and Simulation........................... 69 7 Monitoring, Verification, Accounting (MVA) and Assessment.................................................. 70 8 Major Carbon Storage Projects............................... 71 8.1 Sleipner project....................................... 72 8.2 In Salah project....................................... 72 8.3 Weyburn-Midale project................................. 73 8.4 Illinois industrial carbon capture and storage project (ICCS)................................................. 73 8.5 Shenhua Ningxia coal to liquids project................ 74 Contents vii 8.6 Air products and Chemicals, Inc. CO2 capture and storage project....................................... 74 8.7 DOE regional carbon sequestration partnerships (RCSPs)............................................... 75 9 US DOE’s Efforts to Assess CCS Resources.................. 77 10 Cost of Carbon Storage.................................... 78 References.................................................... 79 4. Environmental Impacts of Coal Production 81 Thomas Sarkus and William Ellis 1 Overview.................................................. 81 2 Aesthetics................................................ 83 3 Air Quality.............................................. 84 4 Human Health and Safety................................... 85 5 Land Use.................................................. 86 6 Soils and Geologic Resources.............................. 87 7 Noise................................................. . 88 8 Transportation ........................................... 89 9 Ecological Resources...................................... 89 10 Hazardous Materials and Waste Management.................. 90 11 Paleontological Resources ................................ 91 12 Water Resources........................................... 92 13 Methane from Coal Mines................................... 93 14 Socioeconomic............................................. 94 15 Cultural Resources........................................ 95 16 Environmental Justice..................................... 96 17 Conclusions............................................... 96 References.................................................... 97 5. Petroleum Liquids 99 William L. Fisher and Christopher G. St. C. Kendall 1 Introduction............................................. 100 2 Production and Consumption............................... 100 3 Reserves and Resources................................... 103 3.1 Reserves............................................ 105 3.2 Resources........................................... 107 4 Future production........................................ 112 viii Contents 5 Oil Production Costs...................................... 113 References.................................................... 115 6. Unconventional Petroleum Liquids: Tar Sands and Shale Oil 119 Velio A. Kuuskraa 1 Introduction to Chapter................................... 119 2 Oil Sands, Extra-Heavy Oil, and Tar Sands ............. 120 2.1 Overview............................................. 120 2.2 In-place and technically recoverable resources .... 121 2.3 Advances in recovery technologies.................... 122 2.4 Venezuela’s Orinoco Oil Belt......................... 123 2.4.1 Overview....................................... 123 2.4.2 In-place and recoverable extra-heavy oil resources...................................... 123 2.4.3 Development of the Orinoco Oil Belt......... 124 2.4.4 Production practices and technology............ 127 2.4.5 Costs and economics............................ 127 2.5 Canada’s oil sands................................... 128 2.5.1 Overview....................................... 128 2.5.2 In-place and recoverable oil sand resources . . 128 2.5.3 Oil sands recovery technology.................. 129 2.5.4 Costs and Economics............................ 131 2.5.5 Other topics................................... 133 2.6 U.S. tar sands....................................... 134 2.6.1 Overview....................................... 134 2.6.2 In-place and recoverable resources............. 134 2.6.3 Key U.S. tar sands deposits ................... 135 3 Shale and Tight Oil....................................... 139 3.1 Overview............................................. 139 3.2 In-place and technically recoverable resources .... 139 3.3 Resource assessment methodology...................... 141 3.4 Major shale and tight oil countries.................. 144 3.4.1 Russia ........................................ 144 3.4.2 China.......................................... 145 3.4.3 Argentina ..................................... 146 3.4.4 United States ................................. 146 3.5 Shale and tight oil development...................... 147 Contents IX 3.5.1 United States ................................ 147 3.5.2 Canada........................................ 153 3.5.3 Other countries............................... 153 3.6 Shale and tight oil technology and development ... 153 3.7 Cost and economics.................................. 153 References................................................ 155 Oil Spills: Causes, Consequences, Prevention, and Countermeasures 159 Jacqueline Michel and Merv Fingas 1 Oil Spill Sources and Spill Rates........................ 159 1.1 Oil spill statistics................................ 160 1.2 Cost of spill cleanup and prevention............... 165 1.3 Oil inputs into the sea............................. 165 1.4 Review of the top worldwide spills.................. 167 1.5 Summary of Sources.................................. 167 2 Consequences............................................ 167 2.1 Consequences of spills on land...................... 167 2.2 Consequences of spills on biological resources and habitats ........................................... 170 2.2.1 Oil toxicity and exposure..................... 170 2.2.2 Aquatic environments.......................... 172 2.2.3 Fish.......................................... 172 2.2.4 Plankton...................................... 173 2.2.5 Benthic invertebrates......................... 174 2.2.6 Birds......................................... 175 2.2.7 Marine mammals................................ 176 2.2.8 Intertidal fauna.............................. 178 2.2.9 Marine plants................................. 179 2.2.10 Marshes ..................................... 180 2.2.11 Mangroves.................................... 182 2.2.12 Coral reefs.................................. 183 2.3 Damage assessment and restoration................... 184 3 Oil Spill Prevention and Countermeasures................. 185 3.1 Prevention.......................................... 185 3.2 Countermeasures..................................... 190 3.2.1 Containment on water ......................... 190 3.2.2 Oil recovery on water......................... 192 X Contents 3.2.3 Shoreline cleanup.............................. 196 3.2.4 Cleanup of oil spills on land.................. 198 4 Conclusions and Outlook................................... 199 References.................................................... 199 8. Natural Gas 203 John B. Curtis 1 Introduction.............................................. 203 2 Why Is Natural Gas Important?............................. 204 3 How Natural Gas Forms..................................... 206 4 Exploration............................................... 207 5 Development............................................... 208 6 Production................................................ 209 6.1 Gas fields........................................... 209 6.2 Stranded gas......................................... 210 6.3 Producing wells...................................... 211 6.4 Marketed production.................................. 211 7 Shale Gas................................................. 212 8 Delivering Natural Gas from Producing Region to Market................................................. 212 8.1 Processing........................................... 212 8.2 Transportation....................................... 213 8.3 Delivery ............................................ 213 8.4 Storage.............................................. 214 9 Commerce.................................................. 215 10 The Integrated Delivery System............................ 215 11 LNG....................................................... 216 11.1 How natural gas is used.............................. 218 11.2 Power generation..................................... 218 12 Combined Heat and Power (CHP) Generation.................. 219 12.1 Transportation....................................... 220 13 The Role of Reserves and Potential Resources ....... 222 Acknowledgments............................................... 226 References.................................................... 226 9. Hydraulic Fracturing 229 Randy F. LaFollette and Robert Samuel Hurt 1 Introduction.............................................. 229 Contents xi 2 Hydraulic Fracturing: A Critical Technology in the Modern World ................................................... 231 3 Reservoir Rock/Hydrocarbon Spectrum Review............... 231 4 Goals of Hydraulic Fracturing............................ 233 5 Description of the Fracturing Process.................... 235 6 Fracturing Equipment .................................... 237 6.1 Fracturing pump...................................... 240 6.2 Blender.............................................. 241 6.3 Hydration unit....................................... 243 6.4 Chemical additive trailer............................ 243 6.5 Proppant storage unit................................ 243 6.6 Stimulation treating van............................. 243 7 Rock Mechanics........................................... 244 8 Fluid Diversion.......................................... 248 9 Fracturing Rate and Pressure Calculations................ 253 10 Functions of the Fracturing Fluid........................ 258 11 Fracturing Fluid Materials............................... 259 12 Fracturing Fluid Selection Considerations ............... 263 13 Function of Fracturing Proppants......................... 264 14 Fracturing Proppant Types ............................... 265 15 Proppant Pack Damage Mechanisms.......................... 269 16 Proppant Selection Considerations ....................... 270 17 Fracture Modeling and Stimulation Design................. 271 18 Hydraulic Fracturing Safety Culture ..................... 275 19 Hydraulic Fracturing and the Environment................. 276 20 Advancement of Hydraulic Fracturing...................... 283 Acknowledgments.............................................. 284 References................................................... 284 10. Methane Hydrates 289 Yoshihiro Masuda, Tsutornu Uchida, Sadao Nagakubo and Mikio Satoh 1 Structure and Phase Equilibria........................... 290 1.1 Methane hydrates..................................... 290 1.2 Crystal structures and guest molecules............... 290 1.3 Phase equilibria..................................... 293 2 Natural Occurrence ; Origin of Methane Hydrates .... 295 2.1 Global distribution of methane hydrates.............. 295 Xll Contents 2.2 Sources of methane and the formation process of methane hydrate deposits......................... 297 2.3 Exploration for methane hydrate deposits............ 299 2.4 Potential of methane hydrate reservoirs as natural gas resources........................................... 301 2.5 Estimation of methane hydrate deposits as natural gas resources........................................... 303 3 Development of Methane Hydrates......................... 306 3.1 Production methods for methane hydrates............. 306 3.2 Issues with methane hydrate development ............ 307 3.2.1 Prerequisites for technical study............ 307 3.2.2 Drilling..................................... 308 3.2.3 Production system............................ 310 3.3 Environmental impact ............................... 312 4 Review of Global Methane Hydrate Development............ 313 4.1 Japan............................................... 313 4.2 Russia.............................................. 316 4.3 USA ................................................ 316 4.4 Canada.............................................. 317 4.5 Germany............................................. 317 4.6 Norway.............................................. 318 4.7 Korea............................................... 319 4.8 China............................................ 319 4.9 Taiwan.............................................. 320 4.10 India.............................................. 320 4.11 New Zealand........................................ 321 5 Conclusions............................................. 321 Acknowledgments............................................. 322 References.................................................. 322 Index 329 About the Contributors 339 World Scientific Series in Current Energy Issues Volume 1 Fossil Fuels Concerns over energy resources and the environmental impact of energy use will continue to be part of the polical agenda across the globe. World Scientific s unique series of books on Current Energy Issues is intended, in part, as an expansion and update of the material contained in the World Scientific Handbook of Energy but in part each volume will focus on related energy resources or issues that contain a broader range of topics plus more explanatory text than was possible in the Handbook. The authors will also take the opportunity to update the data presented in the Handbook since in many cases the field is rapidly changing. The Fossil Fuels volume focuses on the main fossil resources, viz. coal, oil and natural gas. Coal is still an extremely important resource especially for electricity production around the world and the book discussed methods for making coal a cleaner resource, including carbon sequestration. There has been a rapid change in the mix of fossil fuels mainly because of hydraulic fracturing which enables oil and gas to be extracted from previously inaccessible formations. The book describes this changing situation including the precautions required to make the production of these fuels safe and environmentally benign. Alternative fossil fuels such as methane hydrates are also discussed. ISBN 978-981-4699-97-6
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spelling Fossil fuels current status and future directions editor Gerard M Crawley
New Jersey World Scientific [2016]
xix, 349 Seiten Illustrationen, Diagramme
txt rdacontent
n rdamedia
nc rdacarrier
World Scientific series in current energy issues volume 1
Petroleum engineering
Coal
Natural gas
Fossil fuels
Kraftstoff (DE-588)4073754-8 gnd rswk-swf
Kraftstoff (DE-588)4073754-8 s
DE-604
Crawley, Gerard M. (DE-588)1111790191 edt
World Scientific series in current energy issues volume 1 (DE-604)BV044037154 1
Digitalisierung UB Bayreuth - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029143634&sequence=000003&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis
Digitalisierung UB Bayreuth - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029143634&sequence=000004&line_number=0002&func_code=DB_RECORDS&service_type=MEDIA Klappentext
spellingShingle Fossil fuels current status and future directions
World Scientific series in current energy issues
Petroleum engineering
Coal
Natural gas
Fossil fuels
Kraftstoff (DE-588)4073754-8 gnd
subject_GND (DE-588)4073754-8
title Fossil fuels current status and future directions
title_auth Fossil fuels current status and future directions
title_exact_search Fossil fuels current status and future directions
title_full Fossil fuels current status and future directions editor Gerard M Crawley
title_fullStr Fossil fuels current status and future directions editor Gerard M Crawley
title_full_unstemmed Fossil fuels current status and future directions editor Gerard M Crawley
title_short Fossil fuels
title_sort fossil fuels current status and future directions
title_sub current status and future directions
topic Petroleum engineering
Coal
Natural gas
Fossil fuels
Kraftstoff (DE-588)4073754-8 gnd
topic_facet Petroleum engineering
Coal
Natural gas
Fossil fuels
Kraftstoff
url http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=029143634&sequence=000003&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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