Specifications Appendix 1 1. Requirements for each course (1)Discipline : Petroleum Business Subject : E & P Business Simulation Duration 4 days Intermediate - Advanced Geologists, geophysicists, drilling engineers, production engineers, reservoir engineers with 5-10 years experience and other personnel who need to improve their understanding of petroleum business. This course is designed to allow groups working within the E&P sector to experience the process of formulating a Country Business Plan over the medium term. The event will draw in technical, commercial and management skills as the teams work on building a 5-year plan for a business composed of one producing asset, an appraised discovery, several exploration opportunities, and limited infrastructure. This requires close integration of the disciplines to establish a forward plan which is technically, financially and environmentally viable. Essentials Case study Basic of exploration, development and production Gap analysis Analysis of competitors and stakeholders Risk registers and risk matrices SWOT analysis (strengths, weaknesses opportunities and threats) PEST analysis (political, economic, social, technical) Country risk analysis Cash flow planning Crisis management e.g. Oracle Crystall Ball, etc. (This software 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.) (2)Discipline : Geology Subject : Basic Logging Methods and Formation Evaluation Geologists, geophysicists, drilling engineers, reservoir engineers with 5-10 years experience. This course delivers a good understanding of log data acquisition and interpretation techniques and how to apply log quality control practices. Mainly, Open Hole Well Logging, Well Log Data Interpretation, Open Hole Log Data Interpretation and Wireline formation testing. Essentials Essential contents (1) Foundation (For about 2~3 days) - Logging types and their applications - 1 -
- Logging tool types and how to record data - Log quality control - Log data interpretation (e.g., Lithofacies distinction, Shaley Sand method) (2) Application (For about 2~3 days) - Exercise using actual field data - Case studies (successes/failures) Methods - Lecture and Workshop (teamwork, presentations) e.g. Microsoft Excel, Interactive Petrophysics, etc. Provided access to a logging interpretation software would be preferred. (3)Discipline : Geology Subject : Geochemistry for petroleum systems and source rock evaluation Geologists, geophysicists with 1-5 years experience. This five-day course focuses on the Geochemical tools which can improve discovery success by identifying and characterizing the petroleum systems. Lectures show how geochemistry can evaluate the source rock and reduce the risk associated with basin modeling case studies. Essentials Petroleum systems Hydrocarbons Source Rocks (Shale, Carbonate, Coal) Kerogen Deposition of source rocks Evaluating source rocks Petroleum generation and changing of kerogen Kinetics Expulsion and adsorption Geochemical prospect evaluation Reservoir geochemistry Thermal events Basin modeling case studies Unconventional oil and gas e.g. Trinity, Genesis, PetroMod, etc. Commercial software would be preferred. - 2 -
(4)Discipline : Geology Subject : Sequence Stratigraphy: An Applied Workshop Intermediate Geologists, geophysicists with 5-10 years experience. To learn principles and applications of sequence stratigraphy for evaluation of reservoir distribution, quality and heterogeneity through lectures and exercises using seismic, well log, core and outcrop data. Essentials Fundamental concepts of sequence stratigraphy Stratigraphic surfaces Systems tracts Sequence models in each depositional environment Time attributes of stratigraphic surfaces Hierarchy of sequences and sequence boundaries Application to each depositional system Methods of sequence stratigraphic analysis Methods for seismic sequence analysis(exercise) Methods for well-log sequence analysis(exercise) Not required (5) Discipline : Geophysics Subject : Seismic Velocities and Depth Conversion Duration 3 days Geologists, geophysicists, drilling engineers with 1-5 years experience. 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. Essentials Fundamental of elastic wave propagation Rock physics, Heterogeneity of velocity Depth migration based on ray-theory Velocity analysis, Prestack time migrarion 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 e.g. for seismic data processing such as Seismic Unix, ProMax - 3 -
(6) Discipline : Geophysics Subject : Principles of 3-D Seismic Interpretation and Application Intermediate-Advanced Geologists, geophysicists, drilling engineers with 5-10 years experience This course delivers techniques related to practical analysis and interpretation in 3-D seismic approach, which has been used as tool for imaging subsurface geological structure and enhancing petroleum recovery in various stages of exploration and development. Essentials Acquisition of 3-D seismic data Advanced processing of 3-D seismic data 3-D seismic ties to well data 3-D migration, horizontal and horizon slices, and modeling Successful applications of 3-D and 4-D seismic in E&P Geostatistical Kriging and Variorgram Application of various seismic attributes Delineation of anisotropy using 3-D, 3-C,and S-waves seismic Geophysical and Geological interpretation using 3-D seismic technique Seismic stratigraphy and hydrocarbon detection Reservoir management using 3-D seismic Summary of 3-D case histories around the world e.g. for seismic data interpretation such as Petrel (7)Discipline : Production Subject : Artificial Lift Systems Drilling engineers, production engineers, reservoir engineers with 1-5 years experience. Learn a fundamentals of gas lift system and enable to perform designing an artificial lift system. Essentials Lectures and hands on. Introduction of a production fluid flow, a well productivity and mechanism / theory of artificial lift. Perform the designing of a various artificial lift options and analyze their performances with using a software. Inflow Performance Flow in Pipes and Fittings Gas Lift ESP Other artificial lift systems & review Contractor to specify a favor and to provide enough licenses during the course. - 4 -
(8)Discipline : Reservoir Subject : Well Test Analysis - Theory and Practice Geologists, drilling engineers, production engineers, reservoir engineers with 1-5 years experience. To learn and practice the design and analysis of pressure transient well tests. Basic mathematics and theory of well testing, emphasis is on the practical interpretation and design of well tests for both oil and gas wells and injection wells with using a software. Essentials Well Testing Mathematics of Fluid Flow Wellbore and near wellbore Effects Classical Analysis Methods Work Session - Classical Analysis Log-log Type Curve Analysis Regression Analysis Estimation of average drainage area pressure Gas Well Tests Multiphase Well Tests Special Well Tests (Hydraulically fractured wells, Hz wells, etc.) Well Test Design and Procedures Work Session Advanced Analysis, Commercial software would be better. (9)Discipline : Reservoir Subject : Enhanced Oil Recovery Methods Geologists, geophysicists, drilling engineers, production engineers, reservoir engineers with 1-5 years experience. This course covers fundamentals and applications of various EOR methods. It includes immiscible and miscible gas injection, solvent injection, thermal flooding, chemical flooding and microbial EOR etc. Also, this course provides the theories and applications of some interesting EOR techniques focused in recent years such as low salinity water flooding etc. Essentials Fundamental theory/concepts of Reservoir Engineering Immiscible gas flooding -Phase behavior -Equation of state -Fluid characterization Miscible gas flooding -MMP and MME Thermal recovery Chemical flooding Low salinity water flooding Microbial enhanced oil recovery Screening criteria for EOR process application Overview of the world-wide EOR application -Not required - 5 -
(10)Discipline : Unconventional Oil & Gas Technology Subject : Hydraulic Fracturing for Shale Formation Intermediate - Advanced Drilling engineers, production engineers, reservoir engineers with 5-10 years experience and practical understanding of the applications of hydraulic fracturing. To understand designing, operation and evaluation about hydraulic fracturing job and learn expertize for practical job quality control (QC). Essentials Rock properties and fracture mechanics. Fracturing fluid mechanics and proppant transport. Pre-frac injection test analysis Design of horizontal well fracturing. Field implementation of fracturing Fracture monitoring and fracture measurement. Evaluation of post-frac well performance. Economic optimization of unconventional fracturing Re-fracturing considerations Include several numerous exercises to clarify the application of these concepts. Not required 2. dates: Please choose the possible date(s) from the following 19 weeks (Week1-19) 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. Week Date Duration 1 2016 Aug. Aug. 22 (Mon.) Aug. 26 (Fri.), 2016 3,4 or 5-day course 2 Aug. 29 (Mon.) Sept. 2 (Fri.), 2016 3,4 or 5-day course 3 Sept. Sept. 5 (Mon.) Sept. 9 (Fri.), 2016 3,4 or 5-day course 4 Sept. 12 (Mon.) Sept. 16 (Fri.), 2016 3,4 or 5-day course 5 Sept. 26 (Mon.) Sept. 30 (Fri.), 2016 3,4 or 5-day course 6 Oct. Oct. 3 (Mon.) Oct. 7(Fri.), 2016 3,4 or 5-day course 7 Oct. 17 (Mon.) Oct. 21(Fri.), 2016 3,4 or 5-day course 8 Oct. 24 (Mon.) Oct. 28(Fri.), 2016 3,4 or 5-day course 9 Nov. Nov. 7 (Mon.) Nov. 11 (Fri.), 2016 3,4 or 5-day course 10 Nov. 14 (Mon.) Nov. 18 (Fri.), 2016 3,4 or 5-day course 11 Dec. Dec. 5 (Mon.) Dec. 9 (Fri.), 2016 3,4 or 5-day course 12 Dec. 12 (Mon.) Dec. 16 (Fri.), 2016 3,4 or 5-day course 13 2017 Jan. Jan. 16 (Mon.) Jan. 20 (Fri.), 2016 3,4 or 5-day course 14 Jan. 23 (Mon.) Jan. 27 (Fri.), 2016 3,4 or 5-day course 15 Jan 30 (Mon.)- Feb. 3 (Fri.), 2016 3,4 or 5-day course *s for 3 or 4-day courses Week Date Duration 16 2016 Oct. Oct. 11 (Tue.) Oct. 14(Fri.), 2016 * 3 or 4-day course 17 Oct. 31 (Mon.) Nov. 2(Wed.), 2016 * 3-day course 18 Dec. Dec. 19 (Mon.) Dec. 22 (Thu.), 2016 * 3 or 4-day course 19 2017 Jan. Jan. 10 (Tue.) Jan. 13 (Fri.), 2016 * 3 or 4-day course - 6 -
3. Basic matters: (1) Time frame: Morning session 10:00-12:45 (2h45min) Lunch12:45-1:30(45min) Afternoon session1:30-5:00(3h30min) *Total lecture hour per day is approx. 6h15m. (2) Participants: Employees of JOGMEC and Japanese private companies. Basically 15 participants per course. (3) Language to be used in the course: Japanese or English (4) venue: - All courses are to be held at JOGMEC-TRC. 1-2-2 Hamada, Mihama-ku, Chiba city, Chiba 261-0025, JAPAN JOGMEC Technology Research Center (JOGMEC-TRC) *Transportation: From/To JR Kaihin Makuhari Station to JOGMEC-TRC 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: 50-60 min. / 900 (one way) From/To HANEDA Airport (HND) to JR Kaihin Makuhari Station (Hotel) by Airport Bus: 60-70 min. / 1,150 (one way) (5) Computer requirement: If computers are applicable for the exercises, - JOGMEC is responsible for arranging computers.(basically laptop computers) *In case workstations are required, fill in the proposal. - Proposers /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 - 7 -