Organic petrology is a discipline of geology which integrates multidisciplinary approaches for the exploration and evaluation of fossil fuel resources by conventional and unconventional procedures. Organic petrology has brought forth new, powerful analytical tools for the characterization of geological hydrocarbon systems, thus providing information where previous analytical techniques prove to be less effective. The reference provides a broad, comprehensive source of information about the application of organic petrology in the investigation of geological formations related with the production and accumulation of oil and gas. Eleven chapters cover a variety of topics (kerogens, dispersed organic matter systems, sedimentary organic matter systems, oil and gas shales, etc.). Additional information in chapters referring to examples in specific geographical locations provides a global perspective of hydrocarbon exploration. The book is an introductory reference for all scholars involved in applied organic petrology of hydrocarbon systems including graduate and undergraduate geology students, engineers and lab technicians. [Series intro] Geology: Current and Future Developments is a book series that brings together the latest contributions to geological research. Each volume features chapters contributed by academic scholars / professional experts from around the world. The scope of the book series includes (but is not limited to) topics such as plate tectonics, climate science, hydrocarbon exploration, mineral exploration, and environmental science. This series is intended as a useful compendium of scholarly reference material for geology students and professionals.
The Role of Organic Petrology in the Exploration of Conventional and Unconventional Hydrocarbon Systems
Separation of compounds was achieved on a J&W DB-1 phase column (60 m × 250 μm, 0.25 μm film thickmg the laboratory CO2 /g TOC). Details of these parameters and procedures used are in Behar et al. (2001) and are described in Xu et al.
To acquire an understanding of the use of carbon materials in these processes, this chapter describes the main features of the processes involved and shows how carbon materials affect the operation. In the upper part of the furnaces, ...
Carbonate rocks have diverse characteristics. They can be excellent reservoirs as well as prolific source rocks for oil. Oils from carbonate rocks commonly have distinctive bulk chemical and molecular characteristics...
The geological fundament and controlling factors for large-medium coal- derived gas field of China.Beijing: Geological Publishing House,11–23. Galimov, E.M. (1988). Source and mechanisms of formation ofgaseous hydrocarbons ...
As the core discipline of oil and natural gas exploration and development, petroleum geology is a combination of theory and application that has gradually formed from extensive oil and gas exploration and the development practices of ...
Macquaker, J. H. S., and A. E. Adams, 2003, Maximizing information from fine-grained sedimentary rocks: An inclusive ... McLaughlin, P. I., and C. E. Brett, 2007, Signatures of sea level rise on the carbonate margin of a Late Ordovician.
Bureau of Economic Geology, Austin Texas, p 261 Harper JA, Kostelnik J (2013a) The Marcellus shale play in Pennsylvania part ... Tutorial-Genesis and Trinity modeling software, Houston, Texas, p 36 He Z (2015) ZetaWare, Inc.—Source Rock ...
This volume brings together new analytical approaches and describes how they can be applied to the study of petroleum systems.
In general this book provides comprehensive information about the key exploration, development and optimization concepts required for shale gas reservoirs.