Course Specifications

Transcription

1 Specifications Appendix 1 1. Requirements for each course (1) Discipline : General Subject : Economic Evaluation Basic Geologists, geophysicists, drilling engineers, production engineers, reservoir engineers with 2-5 years experience and other personnel including non-technical people who need to improve their understanding of basic petroleum economics. To practice cash flow techniques for economic evaluations and investigate frequently encountered situations. Production Forecasts and Reserves Oil and Gas Prices Cash Flow Risk and Uncertainty Financing, Ownership and Contract of the Oil and Gas Industry Budgeting, Scheduling, and Corporate Planning Economic Analysis of Operations Exercises (2) Discipline : HSE Subject : HSE Management in the Oil and Gas Industry Duration 3 days Intermediate-Advanced (* partially basic levels for those who have worked in HSE section) Drilling engineers, geologists, geophysicists, production engineers and reservoir engineers with 5-10 years experience and other personnel including non-technical people who need to improve their understanding of basic petroleum economics. Workshop of HSE issues in the oil & gas field development. (1) HSE Management System - HSE Policies & HSE Management System - Global Standards in ESHIA - Pollution Control - Natural Environment - Social Environment - Health and Safety - Risk Assessment - Emergency response (2) Case Study: Oil / Gas spill incident - 1 -

2 (3) Discipline : Geology Subject : Production Geology Basic Intermediate Geologist, geophysicists, reservoir engineers and drilling engineers with 2-5 years experience. Series of working about Building the Geological model and reservoir simulation model based on the Case study of oil and gas field, and testing and updating the Geological model and reservoir simulation model according to additional new data after drilling development well. For about 3 days: Exploration Phase - Petroleum system, Geological Chance of Success, Recoverable reserves, Deciding of wildcat well location, NPV Appraisal Phase - Result of Wildcat(Logging/Core analysis well correlation, PVT analysis test analysis) - Building the Geological model and reservoir simulation model with Case study of oil and gas field, Assessing uncertainty of reserves, Deciding of appraisal well location, Working out of development plan For about 2 days: Development/Production Phase - Updating the Geological model and reservoir simulation model based on production result, Optimizing of development plan or working out of additional development plan (Form: lecture, demonstration) (4) Discipline : Geology Subject : Carbonate Reservoirs Basic Intermediate Geologists, geophysicists, drilling engineers, reservoir engineers with 2-5 years experience. This course is designed for individuals in sedimentary geology and petroleum geology who are currently involved in development or exploration of carbonate reservoirs. The course takes a detailed look at carbonate rocks and the sediments that make up these rocks, and examines concepts and models of diagenetic changes in carbonates

3 Essential contents (1) Basics (For about 3~4 days) - Carbonate classification - Carbonate depositional processes and environments - Carbonate diagenesis - Dolomitization (2) Applications (For about 1~2 days) - How to use the carbonate knowledge for oil and gas development or exploration (eg. Log analysis, geological modeling, reserves evaluation, etc) - Case studies (actual field: Ex, middle east area ) Methods - Lecture and Workshop (team working, presentation) - Use some carbonate rocks or core samples (5) Discipline : Geology Subject : Practical Technique of Geological modeling Intermediate - advanced Geologists and geophysicists with 5-10 years experience. To learn practical techniques of building geological model. For about 1 day: Structural Modeling For about 3 days: Property Modeling (1) Well log upscaling (2) Basic Geostatistics (3) Facies modeling - Know-how to select an algorithm for each sedimentary system - Techniques of setting parameters of each algorithm - Demonstration (4) Petrophysical modeling (Porosity, Permeability, Saturation) - Techniques of distribute each petrophysical property - Saturation height function - Demonstration For about 1 day: Volume calculation and Uncertainty analysis Case study (6) Discipline : Geophysics Subject : Basics of Reflection Seismic Survey Duration 5 days - 3 -

4 Basic Geologists, geophysicists and drilling engineers with 1-3 years experience. Learn the various steps of reflection seismic survey necessary to obtain subsurface structure. Theory of elastic waves Fundamentals of signal processing Acquisition techniques and data organization Principles and techniques of velocity analysis Data preprocessing methods Principles and techniques of Migration Time to depth conversion Basic of Inversion, AVO, Attributes Latest technical trend (7) Discipline : Geophysics Subject : AVO, Inversion and Attributes: Principles and Applications Intermediate Geophysicists, geologists and drilling engineers with 0-5 years experience. Learn the basics of rock physics. Understand the correct use of AVO, seismic inversion and attributes in reservoir analysis and facies interpretation. The fundamental of the rock physics The fundamental of the AVO. AVO modeling Attributes analysis Seismic Inversion (8) Discipline : Drilling Subject : Basic Drilling Technology Duration 3 days Basic Geologists, geophysicists, drilling engineers, production engineers. Reservoir engineers, non-technical personnel with 1-3 years experience. To learn the basics and the outline of drilling technology & operation Topics - Outline and planning - Drilling rig, Sub-surface equipment and Well heads - Drilling fluids - Casing and cementing operation - Drilling operation and logging technology - 4 -

5 - Principle of kick control - Directional drilling - Fishing operation - Drill stem testing - Off shore drilling operation Explanatory materials - Miniature models of fishing tools, BOPs and BHAs - Actual bits, equipment of drilling rig and drilling simulator Miscellaneous This course is to be held at Kashiwazaki Test Field (690 Oaza-Hirai, Kashiwazaki-shi, Niigata , JAPAN) using the following equipment installed. a. Full-scale Drilling Rig (Not operational) b. Drilling Simulator (Drilling Systems Inc. DrillSIM-5000) (9) Discipline : Drilling Subject : Sand Control Technique Intermediate-Advanced Drilling engineers, geologists, geophysicists, production engineers and reservoir engineers with 2-10 years experience. Learn the sand control technique, covering the theoretical interpretation of sand production based on rock mechanics, the prediction model, various types of screens and the procedure of operations. Characterization and identification of friable formation, reasons and consequences of sand production, Rock strength and sand production prediction Application conditions of sand screen and characteristics of the screen of each service company Overview of each method of Sand control and approach in service company Advantages and disadvantages of cased hole gravel pack, Flack pack and open hole gravel pack, and operation procedures Sand control in horizontal wells, extended reach wells and deep water sea Selection methods of sand control techniques (10) Discipline : Drilling Subject : Well Integrity Advanced Geologists, geophysicists, reservoir engineers and drilling engineers with 5-10 years experience

6 Learn comprehensively about well planning, completion and operation management from the perspective of well integrity throughout the whole well life. Includes case history, the latest technique trend and industry standard mainly from the side of drilling and completion technology. General theory Process of drilling and completion Productive operation Problems related to wellbore operation Measures related to well integrity of the well life Case histories Management system according to well integrity Industry standards (11) Discipline : Production Subject : Basics of Corrosion Control Technologies in Oil and Gas Field Basic - Intermediate Drilling engineers, production engineers and reservoir engineers with 1-3 years experience. This course includes a lecture on the fundamental of corrosion mechanism, characteristics of various corrosion including sweet (CO2) and sour (H2S) corrosion, corrosion in oil and gas industry, material selection, corrosion inhibitor, cathodic protection and the state-of-art anti corrosion technologies. You will enhance your knowledge on corrosion for development and operation activities. Essential items - Fundamental and mechanism of corrosion - Characteristics of various corrosion including sweet (CO2) and sour (H2S) corrosion - Corrosion in oil and gas industry - Material selection - Corrosion inhibitor - Cathodic protection - The state-of-art anti corrosion technologies Others - It should be insisted that what and where corrosion must be prevented in oil and gas fields considering the condition of the field location, environment etc, and from an economical point of view as well. (12) Discipline : Production Subject : Surface Facility Production Operations Basic - Intermediate Production engineers, reservoir engineers and geophysicists with 1-5 years experience

7 To understand basic knowledge of facility/equipment for oil & gas production facilities and its operation. Production system(integration and optimization of oil/gas reservoir, well, surface facility Fluid properties(oil, gas and produced water) Manifold and gathering system Pipeline(Design, flow assurance and operation) Oil processing scheme and technology Water processing scheme and technology Gas processing scheme and technology Major equipment (13) Discipline : Production Subject : Gas production engineering Intermediate-Advanced Production engineers and reservoir engineers with 5-10 years experience. To understand latest technologies and characteristics of gas reservoir, well, subsurface and surface facilities, estimation of gas production and its behavior. General of natural gas Production from gas reservoir Configuration of gas well and its design/operation Manifold and gathering system Pipeline(Design, flow assurance and operation) Gas processing scheme and technology Compressor Metering (14) Discipline : Reservoir Subject : Applied Reservoir Engineering Basic - Intermediate Reservoir engineers, geologists, drilling engineers and production engineers with 1-5 years experience. To learn the material balance analysis and limit of application of different types of drive mechanism. Primary drive mechanism of reservoir Reservoir estimation (Volumetric method, Material balance analysis, Decline curve analysis, etc.), including exercises Flow in porous media, including exercises Oil In Place (Definition/Statistic treatment/uncertainty, etc) Estimation of well performance, including exercises - 7 -

8 (15) Discipline : Reservoir Subject : Well Stimulation: Practical and Applied Basic - Intermediate Drilling engineers, production engineers and reservoir engineers with 1-5 years experience. To learn the basics of Hydraulic fracturing and Acidizing, including the outline of actual operation and interpretation method. Formation damage (Definition, mechanism, counter measures, etc.) Acidizing (Matrix Acidizing, Acid fracturing, etc.), including exercises Hydraulic fracturing, including exercises Any other stimulation methods (16) Discipline : Reservoir Subject : Reservoir Characterization, A Multi-Disciplinary Team Approach Intermediate - Advanced Geologists, geophysicists and reservoir engineers with 5-10 years experience. To provide the skills of increasing the proven reserves, discovering by-passed pay, reducing development time and costs, improving production rates, and rejuvenating old fields through a multi-disciplinary team approach. Fundamentals for geostatistical reservoir modeling Fundamentals and exercises (with Petrel ) about geostatistical topics as below; - Variogram - Kriging (Simple, Ordinary, etc.) - Conditional simulation (Sequential Gaussian Simulation, Sequential Indicator Simulation, etc.) Upscaling (17) Discipline : Integrated Subject : Multidisciplinary course of oil and gas field development; Workshop using actual field data Duration 10 days Basic Intermediate Geologists, geophysicists, drilling engineers, production engineers, reservoir engineers with 2-5 years experience. A practical course to understand the oil & gas field development from exploration, to production and to final abandonment using the actual field data

9 1. Submission method Please make 2 individual courses; (1) 5-day Exploration course, (2) 5-day Production course, so that the delegates can entry either or both. Please submit an estimate as a total fee of Exploration course and Production course. 2. Contents This course should be a practical course using the actual field data. Essential topics (1) Exploration course: 5 days - Source rock evaluation - Seismic interpretation - Log interpretation - Reserves evaluation (2) Production course: 5 days - Reservoir characterization - Reservoir simulation and field development planning - Production performance analysis - History matching and prediction of production performance - Production facility and operation - Environment and Safety Control - Abandonment 2. dates: Please choose the possible date(s) from the following 14 weeks (Week1-14) and specify on your proposal. Dates other than below are to be discussed with JOGMEC. Up to a maximum of 2 courses can be run in the same week. Date Duration Week Oct Oct5-9, day course Week2 Oct13-16,2015 * 3-day course Week3 Oct19-23, day course Week4 Oct26-30, day course Week5 Nov Nov4-6, 2015 * 3-day course Week6 Nov9-13, day course Week7 Nov16-20, day course Week8 Nov24-27, 2015 * 3-day course Week9 Dec Nov30-Dec4, day course Week10 Dec7-11, day course Week11 Dec14-18, day course Week Jan Jan12-15, 2016 * 3-day course Week13 Jan18-22, day course Week14 Jan25-29, day course 3. Basic matters: (1) Time frame: Morning session 10:00-12:45 (2h45min) Lunch12:45-1:30(45min) Afternoon session1:30-5:00(3h30min) - 9 -

10 *Total lecture hour per day is approx.6h15m. (2) Participants: JOGMEC employees and those who engaged in E&P industry belonging to Japanese private companies participants per course. (3) Language to be used in the course: Japanese or English (4) venue: - All courses except (8) Basic Drilling Technology are to be held at JOGMEC-TRC Hamada, Mihama-ku, Chiba city, Chiba , JAPAN JOGMEC Technology Research Center (JOGMEC-TRC) - (8) Basic Drilling Technologies is to be held at Kashiwazaki Test Field. 690 Oaza-Hirai, Kashiwazaki-shi, Niigata , JAPAN (5) Computer requirement: If computers are applicable for the exercises, - JOGMEC is responsible for arranging computers. - Instructors are responsible for installing required software (if applicable) to do exercises. - Proposers / Instructors are responsible to pass the detailed computer spec on to JOGMEC. End