Petroleum geochemistry

 

 

• 28th International Meeting on Organic Geochemistry (IMOG) Florence, Italy, 17-22 September 2017
• 3D numerical stratigraphic model for basin scale modeling of the organic matter deposition in a marine environment: Application to the Natih formation (Late Cretaceous, Oman)
• A Biomarker Review of the Palaeoecosystem and Palaeodepositional Environment of the Bakken Shales of Saskatchewan
• A Comprehensive Geochemical Study Using Pyrolysis Analysis and Migration Pathway Map to Evaluate Source Rock Potential in Talang Akar Formation, Jambi Sub-Basin, South Sumatra, Indonesia
• A Geochemical Overview of Some Gippsland Basin Hydrocarbon Accumulations
• A New Look at the Organic Geochemical Variability in the Woodford Shale of the Ardmore Basin: Paleoweathering and Organic Matter Source
• Advanced Pyrolysis Data and Interpretation Methods to Identify Unconventional Reservoir Sweet Spots in Fluid Phase Saturation and Fluid Properties (API Gravity) From Drill Cuttings and Cores
• Advanced Well-Site Geochemistry While Drilling: Improved Wellbore Positioning and Formation Evaluation Of Unconventional Reservoirs
• Advancement in application of diamondoids on organic geochemistry
• Advances in Analytical Technologies for Correlation of All Hydrocarbon Fluids, Oil Mixtures and Extracts
• Aromatic Compounds as Maturity Indicators – Comparison with Pyrolysis Maturity Proxies and Ro (Measured and Calculated) Using the New Albany Shale as an Example
• Assessment of Temporal Source Rock Variability: An Example from the Lower Jurassic Posidonia Shale
• Bakken Oil-Generation Kinetics by Hydrous Pyrolysis and its Testing in 1-D Model
• Characteristics and Origin of Source Rocks in the Small Faulted Lacustrine Basin
• Characterization for Source-Rock Potential of the Bakken Shales in the Williston Basin, North Dakota and Montana
• Chemical Speciation and Carbon Isotope Systematics During Kerogen Maturation: An Experimental Study
• Circum-Arctic petroleum systems identified using decision-tree chemometrics
• Core-based Geochemical study of Mudrocks in Basinal Lithofacies in the Wolfberry Play, Midland Basin, Texas, Part II
• Development of Source Rock Kinetic Models for Fluid Property Prediction in Unconventional Shale Plays: A Case Study from the Permian and Neuquen Basins
• Distinguishing Organic Matter Pores Associated With Depositional Organic Matter versus Migrated Organic Matter in Mudrocks
• Forward Analysis of the Sources and Relative Contributions of Marine Oil and Gas in the Tarim Basin
• Geobiological approach to evaluating marine carbonate source rocks of hydrocarbon
• Geochemical Characterization, Depositional Environment, and Controlling Factors of β-Carotene - A Case Study of Jimsar Depression, Junggar Basin of China
• Geochemistry and Organic Petrography of Aptian-Albian Source Rocks in the Araripe Basin, Northeastern Brazil
• Geochemistry Seals the Deal: Data to Support Your Ideas
• Guidelines for Kinetic Input to Basin and Petroleum System Models
• Hydrocarbon Generation Indications from Source Rock to Reservoir Rock: Case Studies of Anambra and Abakaliki Basins, Southeastern Nigeria
• Like Space and Time, Transformation Ratio is Curved
• Mass Fraction Maturity — Next Generation Geochemical Constraint of Basin Models
• Methods of Calculating Total Organic Carbon from Well Logs and its Application on Rock’s Properties Analysis
• Modern Spectroscopies for Characterizing the Chemical Composition of Kerogen and Bitumen
• Modified Method and Interpretation of Source Rock Pyrolysis for an Unconventional World
• Oil Analysis
• Oil Analysis and Lubrication Dictionary
• Oil to Source Rock Correlation and Implications for Petroleum System Analysis, Western Newfoundland
• Organic Facies and Reservoir Characterization of Eagle Ford Shale as Determined by Stratigraphy, Source Rocks, and Oil Geochemistry
• Organic Geochemical and Petrographic Signatures of Hydrocarbons in Igneous Systems
• Organic Geochemical Evidence of Redox Conditions in the Eagle Ford Formation, Southwest Texas
• Organic Matter and Thermomaturation Trends in the Ohio and Sunbury Shales, Eastern Kentucky, Central Appalachian Basin
• Organic Matter Variations Within the Bakken Shales of Saskatchewan: With Implications Upon Origin and Timing of Hydrocarbon Generation
• Organically-Rich Sweet Spot Determination in Utica Shale
• Petroleum Generation Kinetics: Single- Versus Multiple-Heating Ramp Open-System Pyrolysis
• Primary or Secondary Organic Pore Network and Parallel Adsorption Sites in Shale: Dependency on Organic Facies and Maturity in Selected Canadian Source Rocks
• Review of Traditional and New Maturity Indicators: Differences and Complementarities
• Rock-Eval Basic/Bulk-Rock vs. Shale Play Methods for Characterization of Unconventional Shale Resource Systems: Application to the Eagle Ford Shale, Texas
• Rock-Eval Pyrolysis Data Analysis and Kerogen Kinetics Comparison of Selected Producing and Potential Shale Gas Plays in Canadian Sedimentary Basins
• Shale Velocity and Density as Functions of TOC and Thermal Maturity: Upper Devonian Woodford Shale, Permian Basin, Texas
• Source Rock Deposition Controlled by Tectonic Subsidence and Climate in the Western Pearl River Mouth Basin, China: Evidence from Organic and Inorganic Geochemistry
• Source-Rock Potential of the Lower Permian Supai Formation in the Blackstone Exploration Company Rocking Chair Ranch No. 4 Well, Navajo County, Arizona
• Source Rocks: Global and Regional Control on Organic Matter Accumulation: Middle East Examples
• Source Rock Kinetics: Goal and Perspectives
• Strategies for Identifying Organic Matter Types in SEM
• Study on Oil-Source Correlation Methods of Severely Biodegraded Oils in Bozhong Subbasin, Bohai Bay Basin, China
• Thermal Effects of Basaltic Sill Emplacement in Source Rocks on Maturation and Hydrocarbon Generation
• TOC Prediction Analysis of Utica-Point Pleasant Formations in the Appalachian Basin
• Utilization of Carbazole and Benzocarbazole as Possible Indicators of Relative Migration Distances for Woodford Oils in the Anadarko Basin
• Whys and Wherefores of Geochemistry and Basin Modeling From Exploration to Production

Books about Petroleum geochemistry

	Practical Petroleum Geochemistry for Exploration and Production Practical Petroleum Geochemistry for Exploration and Production provides readers with a single reference that addresses the principle concepts and applications of petroleum geochemistry used in finding, evaluating, and producing petroleum deposits. Today, there are few reference books available on how petroleum geochemistry is applied in exploration and production written specifically for geologists, geophysicists, and petroleum engineers.
	Geochemistry of Fossil Fuels: From Conventional to Unconventional Hydrocarbon Systems Understanding the origin and fate of hydrocarbons in the subsurface was the major endeavor of organic geochemists during the second half of the twentieth century. They succeeded to the point where the deciphered interplaying of elements and processes paved the way for the revolutionary concept of the petroleum system, a unifying paradigm that plays an important role in decision making associated with oil and gas exploration. The chemistry and physics involved have been addressed in a quantitative way and integrated into the other aspects of petroleum geology, giving rise to the development of numerical basin modeling. This book has been designed to offer an overview of different aspects of the geochemistry of fossil fuels, in particular the functioning of a petroleum system. In this respect, it can be viewed as a foundation for approaching basin modeling. This book will be of interest to a large audience including specialists in the field, nonspecialist professionals, and undergraduate and graduate students.
	Petroleum Geochemistry The book on Petroleum Geochemistry the first of its kind in India, is useful for postgraduate students of Science (Geology, Applied Geology, Geophysics, Earth Sciences) and undergraduate students of Engineering and Technology (BE, B.Tech.) undertaking several courses in petroleum science and engineering in the Universities, IIT's and other Institutions. It is also useful to geoscientists, engineers and technologists working in the oil industries dealing with exploration, production and related aspects. The book provides basic information on geochemical processes involved in petroleum generation, migration and accumulation in sedimentary basins, maturation of source rocks, evaluation of their genetic potential and correlations. It deals with the principles and applications of sub-surface geochemical methods including high resolution geochemical technologies for delineation of hydrocarbon kitchens and surface geochemical prospecting of hydrocarbons for prioritising targets for future exploration. In addition to basic principles, the book deals with the occurrence and distribution of petroleum in worldwide sedimentary basins with special reference to Indian basins, geochemical basin modeling and its application to petroleum exploration, application of biomarkers and modern instrumental techniques for characterisation of organic matter in source rocks and identification of their depositional environments. Applications of oil field waters and their role in enhanced oil recovery (EOR) operations, implications of scale formation and corrosion on drilling equipment and other installations are described comprehensively. Apart from conventional oil and natural gas the need for exploration and exploitation of unconventional petroleum resources such as Coal bed methane (CBM), Gas hydrates, Bituminous sands, Shale gas and Oil shale, Basinal gas and Tight gas sands, their origin, occurrence, characterisation of depositional environments, exploration and production strategies, environmental concerns and worldwide distribution with special emphasis to India are elaborated in detail.