| Why Choose this Training Course? The main objective of this course is to provide a comprehensive understanding of how to monitor and use geological data acquired while drilling in order to characterize geological formations and reservoir characteristics. Learning Objectives Upon completion of the course, participants will be able to: • understand a well-site geologist’s role, tasks and responsibilities, • Grasp various techniques applied in well-site geology and during coring operations. • Learn about the various aspects of operations geology and geological logging. • Describing hydrocarbon shows under microscope. • Correlate all offset wells using mud logs and E-Logs. • using wire line logs for quick evaluation. How will this Training Course be presented? The course will not only presented by showing and interpreting the material in detail, but also the participants will work together using a real data to apply all the workflow and to project their previous knowledge and experience onto the course, they also encouraged to bring their own data so that real working examples can be reviewed and interpreted. Who is this Training Course for? This course is designed for all Oil industry Technical Professionals, which will cover from fundamental theoretical background to high-level real work information/techniques/workshop. This training course is suitable to a wide range of professionals but will greatly benefit: • Well Site Geologists • Petrophysicists • Geo-Modelers • Seismic Interpreters • Drilling Engineers • Reservoir Engineers • Technical Support Personnel • Team Leaders • Managers Course Agenda  Day One: Introduction o What is an Operations and well site Geologist? o Exploration and Drilling Programs – Risk assessment, regional analysis, pre-drill data acquisition. o Components of a prospect.  Overview of Petroleum Geology o The Petroleum system – elements & processes o The Reservoir – Sedimentary Environments o The Trap – Structure & Stratigraphy o Mapping and Cross-Sections o Pore Systems and Flow Units o Reserves and Resources – classification and categories  Data Types and Management o Wireline Data – open and cased hole, testing, LWD and MWD o Mud Logging Data – geological, drilling, pressure o Core Data – whole core and sidewall core  Day Two: Drilling Operations o The drilling team – who does what? o Types of Drilling rigs o Rig Sub-systems – power, hoisting, rotary, circulating, well control o Drilling tools and components – including drilling fluid o Well control – kicks causes – basic calculations – safety equipment – kill methods o Well costs  Mud Logging o The Logging unit – components and functions o Services – monitoring, sampling, analysis o Cuttings analysis and description o The mud log o Safety considerations – monitoring, overpressure, downtime  Day Three: Mud Logging (continued) o Gas detection and analysis – types of gas – gas shows – equipment and methods  Pore Pressure and Wellbore Stability o Overburden and compaction o Pore pressure generation – estimation – normal and abnormal pressure o Detection from Seismic – pre-drill prediction o Stress and Strain – wellbore failure – lost circulation  Day Four: Wellsite Geologist Responsibilities o Sampling – types and preservation o Quality control of acquired wellsite data o Coring and Core Analysis o Coring methods and equipment o Whole Core and Sidewall Core o Core handling and preservation o Basic calculations – core-log integration Rock-Physics Cross Plots & Inversion Feasibility Study. o Pre-Stack Inversion & Post-Stack Inversion Analysis. o Fluid & lithology Separation.  Day Five: Wireline Logging Tools and Measurements o Review of basic logging tools for lithology, porosity, saturation o Resistivity and Invasion o Basic concepts – quicklook workflow o Determination of lithology o Shale – calculation of shale volume - effects and corrections o Determination of porosity o Determination of water saturation – resistivity effects – formation water o Analysis techniques - crossplots |