About this Research Topic
This Research Topic is Volume II of a series. The previous volume can be found here:
Differences in Shale Oil and Gas Reservoirs across Various Sedimentary Environments: Theories and Applications
The remarkable success of shale oil and gas production in North America has sparked worldwide interest in its significance. Notably, substantial shale oil and gas reserves have been discovered in China’s Cambrian and Ordovician-Silurian shales, which serve as the primary sources of production. Across the Asian continent, other shale plays exist, with several countries such as India, Saudi Arabia, and Pakistan actively pursuing development plans to identify additional resources. Globally, exploration and development of shale oil and gas in marine-continental transitional and terrestrial formations have resulted in significant breakthroughs, leading to the development of a host of geological theories and technologies for shale oil and gas extraction.
With the availability of sophisticated exploration, drilling, logging, and advanced analysis and testing tools, in-depth investigation can be conducted on various aspects of shale formations, including the organic matter enrichment mechanism, sedimentation sequence, reservoir formation, oil and gas generation, drilling, and development. Additionally, the coexistence of similarities and differences in the characteristics of shale reservoirs formed in different sedimentary environments will undoubtedly impact the exploration and development of shale oil and gas.
This Research Topic aims to bring together Original Research and Review articles addressing the similarities and differences of the geological theories of shale oil and gas in terrestrial, marine, and marine-continental transitional formations, which facilitates an overview of the latest advancement in how these geological theories can be applied in major shale oil and gas basins worldwide.
Potential themes include, but are not limited to:
• Management of global shale oil and gas development
• Fractures and faults in shale
• Mechanisms of organic natter enrichment
• Stratification and sedimentary characteristics of shale deposits
• Quantitative characterization of shale reservoirs
• Pore space characterization of shale reservoirs
• Shale oil and gas preservation conditions
• Reservoir formation mechanisms of shale oil and gas
• Drilling and development of shale oil and gas in different facies
• Tight gas reservoir formation and conversion
• Variations in shale reservoir characteristics
Differences in Shale Oil and Gas Reservoirs across Various Sedimentary Environments: Theories and Applications
The remarkable success of shale oil and gas production in North America has sparked worldwide interest in its significance. Notably, substantial shale oil and gas reserves have been discovered in China’s Cambrian and Ordovician-Silurian shales, which serve as the primary sources of production. Across the Asian continent, other shale plays exist, with several countries such as India, Saudi Arabia, and Pakistan actively pursuing development plans to identify additional resources. Globally, exploration and development of shale oil and gas in marine-continental transitional and terrestrial formations have resulted in significant breakthroughs, leading to the development of a host of geological theories and technologies for shale oil and gas extraction.
With the availability of sophisticated exploration, drilling, logging, and advanced analysis and testing tools, in-depth investigation can be conducted on various aspects of shale formations, including the organic matter enrichment mechanism, sedimentation sequence, reservoir formation, oil and gas generation, drilling, and development. Additionally, the coexistence of similarities and differences in the characteristics of shale reservoirs formed in different sedimentary environments will undoubtedly impact the exploration and development of shale oil and gas.
This Research Topic aims to bring together Original Research and Review articles addressing the similarities and differences of the geological theories of shale oil and gas in terrestrial, marine, and marine-continental transitional formations, which facilitates an overview of the latest advancement in how these geological theories can be applied in major shale oil and gas basins worldwide.
Potential themes include, but are not limited to:
• Management of global shale oil and gas development
• Fractures and faults in shale
• Mechanisms of organic natter enrichment
• Stratification and sedimentary characteristics of shale deposits
• Quantitative characterization of shale reservoirs
• Pore space characterization of shale reservoirs
• Shale oil and gas preservation conditions
• Reservoir formation mechanisms of shale oil and gas
• Drilling and development of shale oil and gas in different facies
• Tight gas reservoir formation and conversion
• Variations in shale reservoir characteristics
Keywords: shale oil and gas, fracture and fault, accumulation mechanism, preservation condition, sedimentary characteristics
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