Course Specifications

Transcription

1 Course Specifications Appendix 1 1. Requirements for each course (1)Discipline : Petroleum Business Subject : Project management, risks and decision analysis *Commercial (basic) 5 days Intermediate Geologists, geophysicists, drilling engineers, production engineers, reservoir engineers, non-technical personnel with 5~10 years experience and other personnel who need to improve their understanding of petroleum business. The course provides targeted knowledge and techniques on project management and decision-making in upstream petroleum business. Participants will learn how to identify and evaluate risks and uncertainties, and how to make plans and budget based on stochastic risk evaluation through exercises and case studies. Fundamentals of Economics for Upstream Business Risk Analysis and Quantification Reserves Definition and Management Management of Uncertainties and Risks Decision Analysis Value of Information M&A Portfolio Analysis and Management/Optimization Case Study Exercise (*) * insure enough time Simulation 30% of whole contents expected contents of case study or workshop: Design a project management plan, develop risk identification/category, apply risk analysis, monitor and control the project, and portfolio management Some Software or exercise of Microsoft Excel etc. preferred such as Crystal ball by Oracle. ( enough the course.) - 1 -

2 (2)Discipline : Petroleum Business Subject : Upstream Business Simulation and Asset Management 3 days Intermediate Advanced Geologists, geophysicists, drilling engineers, production engineers, reservoir engineers, non-technical personnel with 4~more than 10 years experience and other personnel who need to improve their understanding of petroleum business. This course is to provide an opportunity to learn principles and practices of oil and gas upstream asset management through E&P business simulation. Lectures are designed to present principles and various aspects of the asset management and a practical workshop is intended to provide the attendees with experience of applying the principles to a realistic business situation. Oil & Gas upstream assets, classification and characteristics. Oil & Gas asset management principles and practical methods. Oil & Gas asset management at exploration, development, production operation, and abandonment stages. Decision making process at various stages. Lifetime (from exploration to de-commissioning) asset management. Oil & Gas asset management, considerations related to asset classification / features (product characteristics and market conditions, geographical regions, history, etc.) Application of country risk analysis, SWOT (Strength, Weakness, Opportunities, Threats) analysis, PEST (Political, Economic, Social, Technical) analysis to the management of Oil & Gas assets. Portfolio management for multiple Oil & Gas assets. approx. 50 % of whole contents expected contents of case study or workshop Attendees form small size teams and are to study various information of a given prospect in a fictitious country (virtual asset) and to develop asset management plans from exploration, development, production and abandonment) with the aim of maximizing the value of the asset by applying methods and principles learned at lecture sessions. Option e.g. Oracle Crystal Ball, etc. (This is a spreadsheet-based application for risk measurement and reporting, Monte Carlo simulation, time-series forecasting and optimization. Crystal Ball provides a realistic and accessible way of modeling uncertainty enabling you to measure and report on the risk inherent in your key metrics.) ( enough the course.) - 2 -

3 (3)Discipline : Geology Subject : Integrated Basin Analysis 5 days Intermediate Geologists, geophysicists, reservoir engineers with 4~8 years experience and other personnel who need to improve their understandings of Basin Analysis. Understand the theory and workflow of Basin Modeling through lectures and exercises. Class Room lecture (2 days in Total) Overview of Basin Analysis - Overview of Basin Modeling (Workflow: 1D, 2D, 3D) - Characteristics of Modeling Software - Model definition (Input parameters) - Calculation (Burial history, Thermal history, Maturity history and so on.) - Simulation and Calibration (Migration and accumulation, Oil and gas reserve evaluation and so on.) Exercise, Case study and (3 days in total) Details are covered in the next section (Exercise, ). Exercise, Case study & [60% of whole contents] Exercise, Case study and (3 day in Total) Exercise for Basin Modeling Based on workflow that is shown by class room lecture, participant take exercise basin modeling while discussing with lecturer (Any of 1D, 2D, 3D is fine). Contractor prepares the data set for exercise. [Expected contents of Case study or ] - Case study of the conventional, and unconventional Basin Modeling. - Common Pitfalls and/or Tips for Basin Modeling.. Commercial (e.g. PetroMod, Trinity, Genesis) is better, but it is not limited to these commercial. Contractor provides enough - 3 -

4 (4)Discipline : Geology Subject: Geological modeling: Practical Techniques of Facies modeling and Property modeling 3 days Intermediate Geologists, geophysicists with 4~8 years experience and other personnel who need to improve their understanding of geological modeling Understand fundamental theory of geostatistics and practical techniques of facies modeling and property modeling. For about 2.5 days: (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) - Practical techniques of property modeling - Saturation height function - Demonstration For about 0.5 day: Volume calculation and Uncertainty analysis Case study 30% of whole contents Exercise for parameter settings, Sensitivity analysis of modeling results. enough licenses during - 4 -

5 (5)Discipline : Geophysics Subject: Seismic Velocities and Depth Conversion 3 days Intermediate - Advanced Geologists, geophysicists with 4~more than 10 years experience and other personnel who need to improve their understanding of petroleum business. This course delivers a practical understanding of seismic velocity and depth conversion. Learn the typical velocity types and their meanings. Understand the methods of velocity representation, and use them for depth conversion. Fundamental of elastic wave propagation Rock physics, Heterogeneity of velocity Depth migration based on ray-theory Velocity analysis, Prestack time migration Tool for depth conversion ( Mapping, Kriging, synthetics, VSP ) Vertical time-depth conversion Types of velocities Ray-based time-depth conversion Prestack depth migration, Construction of velocity model Uncertainty Middle East onshore/offshore, GoM, North Sea 70% of whole contents Expected contents of case study or workshop Introduce as much as possible examples on each exploration and exploitation situation. Not required - 5 -

6 (6)Discipline : Geophysics Subject : Principles and Applications of Seismic Amplitude Analysis for Reservoir Evaluation 5 days Intermediate Advanced Geologists, geophysicists with 4~more than 10 years experience and other personnel who need to improve their understanding of petroleum business. This course should cover the basic principles and application of AVO analysis, seismic attribute analysis, and seismic inversion. Attendees will get an understanding of the principle of each analysis, and also advance knowledge of analysis procedure and interpretation methodology through an abundance of case studies and practical exercises. The fundamental of the rock physics The fundamental of the AVO. AVO modeling Attributes analysis Seismic Inversion Case Studies (Including failure cases) Latest trend (Including commercial services and s) 40% of whole contents Expected contents of case study or workshop Case examples of each AVO class (I, II, III, IV) Case examples by region (e.g. Gulf of Mexico, North Sea, Asia Pacific) Calculation method of major seismic attributes Effectiveness of seismic attribute combination DHI and Pitfalls Option (up to the contractor) - 6 -

7 (7)Discipline : Drilling Subject : Sand Control Technique 3 days Intermediate Advanced Drilling engineers, production engineers, reservoir engineers with 4~ more than 10 years experience and other personnel who need to improve their understanding of petroleum business. 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 Overview of each method of sand control and approach in service company with various examples. Advantages and disadvantages in each method. -Sand Screen -Cased hole gravel pack -Open hole gravel pack -Frac pack -Latest technologies for sand control Sand control in horizontal wells, extended reach wells and deep water Guidelines for selecting sand control 40% of whole contents expected contents of case study or workshop Planning of effective sand control method based on actual project example. Option (up to the contractor) - 7 -

8 (8)Discipline : Reservoir Engineering Subject : Applied Reservoir Engineering 5 days Basic-Intermediate Geologists, drilling engineers, production engineers, reservoir engineers with 1~8 years experience and other personnel who need to improve their understanding of petroleum business. To learn different types of drive mechanisms, material balance analysis including the limitation of its application and the basics of fluid flow in reservoirs. Primary drive mechanisms of reservoirs Reserves estimation (Volumetric method, Material balance analysis, Decline curve analysis, etc.), including exercises Flow in porous media, including exercises Definition of reserves and uncertainty of reserves, etc Estimation of well performance, including exercises Overview of core / fluid analysis 40% of whole contents Reserves estimation, Flow in porous media, and Estimation of well performance Some Software for using spreadsheets such as Microsoft Excel etc. would be ( enough licenses during ) - 8 -

9 (9)Discipline : Reservoir Engineering Subject : Geostatistical Reservoir Characterization 5 days Intermediate Advanced Geologists, geophysicists, reservoir engineers with 4~more than 10 years experience and other personnel who need to improve their understanding of petroleum business. To provide the skills for increasing the proven reserves, discovering by-passed pay, reducing development time and costs, improving production rates, and rejuvenating old fields in a multi-disciplinary team environment. 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 40% of whole contents expected contents of case study or workshop Exercises of actual reservoir modeling and/or uncertainty quantification. Participants requests will be welcomed.. enough the course (Recommend: Petrel)

10 (10)Discipline : Reservoir Engineering Subject : Reservoir Management of Shale oil and gas 5 days Intermediate Advanced Geologists, geophysicists, drilling engineers, production engineers, reservoir engineers with 4~more than 10 years experience and other personnel who need to improve their understanding of petroleum business. To understand evaluation, designing, and development of shale oil and gas field. Reservoir characterization and evaluation (Logging, core analysis, etc) Completion & Stimulation (Hydraulic fracturing, Acid frac, etc) Monitoring (Microseismic, Tilt meter, etc) Pre frac injection test analysis Geomechanics Production forecasting and reserve estimation (RTA, simulation, etc) Recent trend on shale oil and gas development (drilling, fracturing, testing (including flow back operation)) 20-30% of whole contents expected contents of case study or workshop Not required

11 (11)Discipline : Production Facility Subject : Surface Facility Production Operations 5 days Intermediate Advanced Production engineers, reservoir engineers with 4~more than 10 years experience and other personnel who need to improve their understanding of petroleum business. 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, operation, including wax and hydrate management) Oil processing scheme and technology Produced water processing scheme and technology Gas processing scheme and technology Major equipment Corrosion control 40% of whole contents expected contents of case study or workshop Process design(oil processing, Produced gas processing) Option (up to the contractor)

12 (12)Discipline : Production Facility Subject : Offshore Well Abandonment and Decommissioning Technologies 3 days Intermediate Drilling, facilities and production engineers with 4~8 years experience and other personnel who need to improve their understanding of petroleum business. The course will provide offshore well abandonment and offshore facilities decommissioning technologies, planning and cost & schedule estimation methodologies. Overview of Offshore Well Abandonment and Decommissioning Histories of Offshore Well Abandonment and Decommissioning Latest technologies for Offshore Well Abandonment and Decommissioning: Well Abandonment: Abandonment plan & preparation, flushing, disconnecting, plugging, removal (cutting), leaving, monitoring technologies, etc. Facilities Decommissioning: Preparation (survey, cleaning), removal (cutting), leaving, hoisting, transportation, disposal (onshore), recycle, reuse, monitoring technologies for topside, jacket (platform), pile and subsea equipment & pipeline, etc. New Technology Development (Unproven technologies, Cost reduction enablers incl. onshore well abandonment technology) Planning of Offshore Well Abandonment and Decommissioning Cost & schedule estimation of Offshore Well Abandonment and Decommissioning Related law, regulatory documentation & authorization, responsibility and actual situation among stakeholders in North Sea, Gulf of Mexico, South East Asia and Oceania Contractors and heavy lift vessels experience in North Sea, Gulf of Mexico, South East Asia and Oceania 30% of whole contents (About 1 day) expected contents of case study or workshop Based on actual project example(s) in North Sea, Gulf of Mexico, South East Asia or Oceania, case studies will be done by participants. Teams will be organized, cooperate to do the case studies for planning and cost & schedule estimation using given data. They will also make a presentation of the result and receive feedbacks from other participants and the facilitator. Option (up to the contractor)

13 2. Course dates: Please choose the possible date(s) from the following 1-20 (Week1-20) and specify on your proposal. Dates other than below are to be discussed with JOGMEC. Maximum of 2 courses can be run in the same week. Week Date Course 1 Oct. 1 (Mon.) Oct. 5(Fri.), or 5-day course 2 Oct. 15 (Mon.) Oct. 19(Fri.), or 5-day course 3 Oct. 22 (Mon.) Oct. 26(Fri.), or 5-day course 4 Oct. 29 (Mon.) Nov. 2(Fri.), or 5-day course 5 Nov. 5 (Mon.) Nov. 9(Fri.), or 5-day course 6 Nov. 12 (Mon.) Nov. 16(Fri.), or 5-day course 7 Nov. 26 (Mon.) Nov. 30(Fri.), or 5-day course 8 Dec. 3 (Mon.) Dec. 7(Fri.), or 5-day course 9 Dec. 10 (Mon.) Dec. 14(Fri.), or 5-day course 10 Dec. 17 (Mon.) Dec. 21(Fri.), or 5-day course 11 Jan. 7 (Mon.) Jan. 11 (Fri.), or 5-day course 12 Jan. 21 (Mon.) Jan. 25 (Fri.), or 5-day course 13 Jan. 28 (Mon.) Feb. 1 (Fri.), or 5-day course 14 Feb. 4 (Mon.) Feb. 8 (Fri.), or 5-day course 15 Feb. 11 (Mon.) Feb. 15 (Fri.), or 5-day course *Options for 3-day courses Week Date Course 16 Sept. 18 (Tue.) Sept. 21 (Fri.), 2018 * 3-day course 17 Sept. 25 (Tue.) Sept. 28 (Fri.), 2018 * 3-day course 18 Oct.9 (Tue.) Oct. 12(Fri.), 2018 * 3 -day course 19 Nov. 19 (Mon.) Nov. 22 (Thur.), 2018 * 3 -day course 20 Jan. 15(Tue.) Jan. 18 (Fri.), 2019 * 3 -day course 3. Basic matters: (1) Time frame: Morning session 10:00-12:45 (2h45min) Lunch break 12:45-1:30(45min) It is not changeable. Afternoon session1:30-5:00(3h30min) It can be extended up to 6:00 p.m., if necessary. *Total lecture hour per day is approx. 6h15m. (2) Participants: Employees of JOGMEC and Japanese private companies. The itemized quotation should be for 12 participants. The maximum class size is 20 participants. The additional fee for class sizes of 13 to 20 participants should be clearly stated in the quotation, if necessary. (3) Language to be used in the course: Japanese or English (4) Course venue/equipment: - All courses are to be held at JOGMEC-TRC Hamada, Mihama-ku, Chiba city, Chiba , JAPAN JOGMEC Technology Research Center (JOGMEC-TRC) *Transportation: From/To JR Kaihin Makuhari Station to JOGMEC-TRC

14 by Taxi : 10min.approx. 1,000 (one way) Public bus : 10min. / 170(one way) From/To NARITA Airport (NRT) to JR Kaihin Makuhari Station (Hotel) by Airport Bus: min. / 900 (one way) From/To HANEDA Airport (HND) to JR Kaihin Makuhari Station (Hotel) by Airport Bus: min. / 1,150 (one way) Equipment: Projector, wireless microphone, laptop computer for instructor, if necessary (5) Computer requirement: If any of the exercises during lectures involve the use of computers, - JOGMEC does not own any licenses for the lecture. - Proposers /Instructors are responsible for preparing the licenses and installing the required (if applicable) to do exercises. - JOGMEC is responsible for preparing computers.(basically laptop computers) *In case workstations are required, indicate in the proposal. - Proposers / Instructors are responsible to provide information on computer specs in detail to JOGMEC. End