Fundamentals of Gas Shale Reservoirs 1st Edition by Reza Rezaee 9781119039266 1119039266

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ISBN 10: 1119039266
ISBN 13: 9781119039266
Author: Reza Rezaee 

Provides comprehensive information about the key exploration, development and optimization concepts required for gas shale reservoirs Includes statistics about gas shale resources and countries that have shale gas potential Addresses the challenges that oil and gas industries may confront for gas shale reservoir exploration and development Introduces petrophysical analysis, rock physics, geomechanics and passive seismic methods for gas shale plays Details shale gas environmental issues and challenges, economic consideration for gas shale reservoirs Includes case studies of major producing gas shale formations

Fundamentals of Gas Shale Reservoirs 1st Table of contents:

COVER
TITLE PAGE
CONTRIBUTORS
PREFACE

1 GAS SHALE
1.1 INTRODUCTION
1.2 SHALE GAS OVERVIEW
1.3 THE SIGNIFICANCE OF SHALE GAS
1.4 GLOBAL SHALE GAS RESOURCES
1.5 GLOBAL RESOURCE DATA
1.6 DATA ASSESSMENT
1.7 INDUSTRY CHALLENGES
1.8 DISCUSSION
1.9 CONCLUSIONS

APPENDIX A.1 GLOBAL SHALE GAS RESOURCE DATA
REFERENCES

2 ORGANIC MATTER-RICH SHALE DEPOSITIONAL ENVIRONMENTS
2.1 INTRODUCTION
2.2 PROCESSES BEHIND THE DEPOSITION OF ORGANIC MATTER-RICH SHALE
2.3 STRATIGRAPHIC DISTRIBUTION OF ORGANIC MATTER-RICH SHALES
2.4 GEOGRAPHIC DISTRIBUTION OF ORGANIC MATTER-RICH SHALES
2.5 ORGANIC MATTER-RICH SHALE DEPOSITIONAL ENVIRONMENTS
2.6 CONCLUSION

ACKNOWLEDGMENTS
REFERENCES

3 GEOCHEMICAL ASSESSMENT OF UNCONVENTIONAL SHALE GAS RESOURCE SYSTEMS
3.1 INTRODUCTION
3.2 OBJECTIVE AND BACKGROUND
3.3 KEROGEN QUANTITY AND QUALITY
3.4 SAMPLE TYPE AND QUALITY
3.5 KEROGEN TYPE and COMPOSITIONAL YIELDS
3.6 THERMAL MATURITY
3.7 ORGANOPOROSITY DEVELOPMENT
3.8 GAS CONTENTS
3.9 EXPULSION–RETENTION OF PETROLEUM
3.10 SECONDARY (PETROLEUM) CRACKING
3.11 UPPER MATURITY LIMIT FOR SHALE GAS
3.12 GAS COMPOSITION AND CARBON ISOTOPES
3.13 ADDITIONAL GEOCHEMICAL ANALYSES FOR SHALE GAS RESOURCE SYSTEM EVALUATION
3.14 OIL AND CONDENSATE WITH SHALE GAS
3.15 MAJOR SHALE GAS RESOURCE SYSTEMS
3.16 CONCLUSIONS

REFERENCES

4 SEQUENCE STRATIGRAPHY OF UNCONVENTIONAL RESOURCE SHALES
SUMMARY
4.1 INTRODUCTION
4.2 GENERAL SEQUENCE STRATIGRAPHIC MODEL FOR UNCONVENTIONAL RESOURCE SHALES
4.3 AGES OF SEA-LEVEL CYCLES
4.4 WATER DEPTH OF MUD TRANSPORT AND DEPOSITION
4.5 CRITERIA TO IDENTIFY SEQUENCES AND SYSTEMS TRACTS
4.6 PALEOZOIC RESOURCE SHALE EXAMPLES
4.7 MESOZOIC RESOURCE SHALE EXAMPLES
4.8 CENOZOIC RESOURCE SHALE EXAMPLE
4.9 CONCLUSIONS
4.10 APPLICATIONS

REFERENCES

5 PORE GEOMETRY IN GAS SHALE RESERVOIRS
SUMMARY
5.1 INTRODUCTION
5.2 SAMPLES CHARACTERISTICS
5.3 EXPERIMENTAL METHODOLOGY
5.4 ADVANTAGES AND DISADVANTAGES OF EXPERIMENTAL PSD METHODS
5.5 PERMEABILITY MEASUREMENT
5.6 RESULTS
5.7 DISCUSSION
5.8 CONCLUSIONS

APPENDIX 5.A XRD Results
REFERENCES

6 PETROPHYSICAL EVALUATION OF GAS SHALE RESERVOIRS
6.1 INTRODUCTION
6.2 KEY PROPERTIES FOR GAS SHALE EVALUATION
6.3 PETROPHYSICAL MEASUREMENTS OF GAS SHALE RESERVOIRS
6.4 WELL LOG ANALYSIS OF GAS SHALE RESERVOIRS

NOMENCLATURE
REFERENCES

7 PORE PRESSURE PREDICTION FOR SHALE FORMATIONS USING WELL LOG DATA
7.1 INTRODUCTION
7.2 OVERPRESSURE-GENERATING MECHANISMS
7.3 OVERPRESSURE ESTIMATION METHODS
7.4 THE ROLE OF TECTONIC ACTIVITIES ON PORE PRESSURE IN SHALES
7.5 DISCUSSION
7.6 CONCLUSIONS

NOMENCLATURE
REFERENCES

8 GEOMECHANICS OF GAS SHALES
8.1 INTRODUCTION
8.2 MECHANICAL PROPERTIES OF GAS SHALE RESERVOIRS
8.3 ANISOTROPY
8.4 WELLBORE INSTABILITY IN GAS SHALE RESERVOIRS

ACKNOWLEDGMENT
REFERENCES

9 ROCK PHYSICS ANALYSIS OF SHALE RESERVOIRS
9.1 INTRODUCTION
9.2 LABORATORY MEASUREMENTS ON SHALES: AVAILABLE DATASETS
9.3 ORGANIC MATTER EFFECTS ON ELASTIC PROPERTIES
9.4 PARTIAL SATURATION EFFECTS
9.5 MATURITY EFFECTS
9.6 SEISMIC RESPONSE OF ORSs
9.7 CONCLUSIONS

REFERENCES

10 PASSIVE SEISMIC METHODS FOR UNCONVENTIONAL RESOURCE DEVELOPMENT
10.1 INTRODUCTION
10.2 GEOMECHANICS AND NATURAL FRACTURE BASICS FOR APPLICATION TO HYDRAULIC FRACTURING
10.3 SEISMIC PHENOMENA
10.4 MICROSEISMIC DOWNHOLE MONITORING
10.5 MONITORING PASSIVE SEISMIC EMISSIONS WITH SURFACE AND SHALLOW BURIED ARRAYS
10.6 INTEGRATING, INTERPRETING, AND USING PASSIVE SEISMIC DATA
10.7 CONCLUSIONS

ACKNOWLEDGMENTS
REFERENCES

11 GAS TRANSPORT PROCESSES IN SHALE
11.1 INTRODUCTION
11.2 DETECTION OF NANOPORES IN SHALE SAMPLES
11.3 GAS FLOW IN MICROPORES AND NANOPORES
11.4 GAS FLOW IN A NETWORK OF PORES IN SHALE
11.5 GAS SORPTION IN SHALE
11.6 DIFFUSION IN BULK KEROGEN
11.7 MEASUREMENT OF GAS MOLECULAR DIFFUSION INTO KEROGEN
11.8 PULSE-DECAY PERMEABILITY MEASUREMENT TEST
11.9 CRUSHED SAMPLE TEST
11.10 CANISTER DESORPTION TEST

ACKNOWLEDGMENTS
REFERENCES

12 A REVIEW OF THE CRITICAL ISSUES SURROUNDING THE SIMULATION OF TRANSPORT AND STORAGE IN SHALE RESERVOIRS
12.1 INTRODUCTION
12.2 MICROGEOMETRY OF ORGANIC-RICH SHALE RESERVOIRS
12.3 GAS STORAGE MECHANISMS
12.4 FLUID TRANSPORT
12.5 CAPILLARY PRESSURE, RELAXATION TO EQUILIBRIUM STATE, AND DEPOSITION OF STIMULATION WATER
12.6 CHARACTERIZATION OF FLUID BEHAVIOR AND EQUATIONS OF STATE VALID FOR NANOPOROUS MEDIA
12.7 UPSCALING HETEROGENEOUS SHALE-GAS RESERVOIRS INTO LARGE HOMOGENIZED SIMULATION GRID BLOCKS
12.8 FINAL REMARKS

REFERENCES

13 PERFORMANCE ANALYSIS OF UNCONVENTIONAL SHALE RESERVOIRS
13.1 INTRODUCTION
13.2 SHALE RESERVOIR PRODUCTION
13.3 FLOW RATE DECLINE ANALYSIS
13.4 FLOW RATE AND PRESSURE TRANSIENT ANALYSIS IN UNCONVENTIONAL RESERVOIRS
13.5 RESERVOIR MODELING AND SIMULATION
13.6 SPECIALTY SHORT-TERM TESTS
13.7 ENHANCED OIL RECOVERY
13.8 CONCLUSION

ACKNOWLEDGMENTS
APPENDIX 13.A AL BLACK OIL PARAMETERS
APPENDIX 13.B GAS-CONDENSATE COMPRESSIBILITY
NOMENCLATURE
REFERENCES

14 RESOURCE ESTIMATION FOR SHALE GAS RESERVOIRS
14.1 INTRODUCTION
14.2 METHODOLOGY
14.3 RESOURCE EVALUATION OF SHALE GAS PLAYS
14.4 DISCUSSION

NOMENCLATURE
REFERENCES

15 MOLECULAR SIMULATION OF GAS ADSORPTION IN MINERALS AND COAL
15.1 INTRODUCTION
15.2 MS OF GAS ADSORPTION ON MINERALS
15.3 CONCLUSIONS

ACKNOWLEDGMENTS
NOMENCLATURE
REFERENCES

16 WETTABILITY OF GAS SHALE RESERVOIRS
16.1 INTRODUCTION
16.2 WETTABILITY
16.3 IMBIBITION IN GAS SHALES
16.4 FACTORS INFLUENCING WATER IMBIBITION IN SHALES
16.5 QUANTITATIVE INTERPRETATION OF IMBIBITION DATA
16.6 ESTIMATION OF BRINE IMBIBITION AT THE FIELD SCALE
16.7 INITIAL WATER SATURATION IN GAS SHALES
16.8 CONCLUSIONS

REFERENCES

17 GAS SHALE CHALLENGES OVER THE ASSET LIFE CYCLE
17.1 INTRODUCTION
17.2 THE ASSET LIFE CYCLE
17.3 EXPLORATION PHASE DISCUSSION
17.4 APPRAISAL PHASE DISCUSSION
17.5 DEVELOPMENT PHASE DISCUSSION
17.6 PRODUCTION PHASE DISCUSSION
17.7 REJUVENATION PHASE DISCUSSION
17.8 CONCLUSIONS—RECOMMENDED PRACTICES

ACKNOWLEDGMENTS
REFERENCES

18 GAS SHALE ENVIRONMENTAL ISSUES AND CHALLENGES
18.1 OVERVIEW
18.2 WATER USE
18.3 THE DISPOSAL AND REUSE OF FRACKING WASTEWATER
18.4 GROUNDWATER CONTAMINATION
18.5 METHANE EMISSIONS
18.6 OTHER AIR EMISSIONS
18.7 SOCIAL IMPACTS ON SHALE GAS COMMUNITIES
18.8 INDUCED SEISMICITY: WASTEWATER INJECTION AND EARTHQUAKES
18.9 REGULATORY DEVELOPMENTS
18.10 DISCLOSURE OF FRACKING CHEMICALS
18.11 AT THE FEDERAL GOVERNMENT LEVEL
18.12 CONCLUSION

REFERENCES
FURTHER READING
INDEX
END USER LICENSE AGREEMENT

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