OIL and GAS Training

Oil and gas training in LAGOS august - december 20131.OIL AND GAS TRAINING/ Training brochure IN PORT HARCOURT 2013-downloadENGINEERING SUPPORT IS A registered LOCAL CONTENT PARTNER with the federal government of Nigeria IN CAPACITY DEVELOPMENT for the oil and gas industry. We offer training to, consultant, engineers, managers, senior and junior staff in the oil and gas industry as well as fresh graduates and focused undergraduates. Our interest is for those pursuing excellence and improvement in their career. Our work force is made up of young Nigerian engineering graduates who have acquired software skills through the PTDF scheme. Our goal is to transfer knowledge at its best. The software’s we offer are used mostly by SHELL, MOBIL, SCHLUMBERGER, TOTAL, ELF, AGIP AND other major oil companies in Nigeria.Courses available1.OIL & GAS PROCESS MODELING WITH ASPEN HYSYS (2weeks or 45hrs)2.HYSYS DYNAMIC SIMULATION(1week or 10hrs)3PIPESIM-PIPELINE SIMULATION,SURFACE AND SUB-SURFACE PIPING sim (2 WEEKS-40HRS)4.Basic PIPING DESIGN,stress analysis AND PLANT LAYOUT TRAINING course(2weeks or 150hrs)5.PLANT design AND STRESS ANALYSIS (PDMS & CAESARII)(4weeks or 70hrs)6. CAESARII-stress analysis(10hrs or 1week)7. FULL PACKAGE AUTOCAD (2D, 3D&ISOMETRICS)(2weeks or 50hrs)8.PETREL(SEISMIC TO SIMULATION SOFTWARE,GEOSTATIC MODELLING)(2 weeks or 50hrs)9.ECLIPSE DYNAMIC RESERVOIR SIMULATION (PREDICTION & HISTORY MATCHING)(2weeks and 40hrs)10.PROSPER(WELL SYSTEM ANALYSIS,DESIGN &PERFORMANCE)-(2weeks or 60hrs)11.MBAL(material balance, history matching and prediction for single well)(1week or 30hrs)12.PROJECT MANAGEMENT TRAINING WITH PRIMAVERA (P6) ms-project.(2weeks or 40hrs).13.ETAP-electrical/power systems(2weeks or 60hrs)14.PROFESSIONAL SAFETY TRAINING school-5DAYS(36HOURS OSHA ACADEMY USA accredited.DETAILED TRAINING COURSE OUTLINE1.OIL & GAS PROCESS MODELING WITH ASPEN HYSYS(2weeks or 45hrs)scope•Introduction to HYSYS• Propane Refrigeration loop• Refrigerated Gas Plant• NGL Fractionation Train• Oil Characterization• Gas Gathering• Two-Stage Compression• Acid Gas Sweetening with DEA• Natural Gas Dehydration with TEGProcess Plant Costing• Reporting in Aspen HYSYS2.HYSYS DYNAMIC SIMULATION(1week or 10hrs)The dynamic simulation specifically handles EQUIPMENT sizing and process control1. REVISION OF STEADY STATE2. BASIC CONTROL THEORY3. PRESSURE-FLOW RELATIONSHIP4. TRANSITIONING FROM STEADY STATE TO DYNAMICS-MODYFYING THE STEADY STATE5. SIZING UNIT OPERATIONS (DE-PROPANIZER COLUMN, SEPERATORS etc)6. USING THE DYNAMICS ASSISTANT AND ACTIVATING THE DYNAMIC MODE7. INSTALLING THE CONTROLLERS (PID)8. SETTING UP STRIP CHARTS9. RUNNING AND MONITORING DYNAMIC SIMULATION.10. ADVANCED DYNAMICS3. PIPESIM-PIPELINE SIMULATION,SURFACE AND SUB-SURFACE PIPING simCOURSEOUTLINE1.INTRODUCTION2.SINGLE PHASE FLUID MODELING-WATER,GAS OIL3.WELL PERFORMANCE MODELING.4.ARTIFICIAL LIFT DESIGNS.5.SINGLE BRANCH PIPELINE AND FACILITIES6.NETWORK MODELLING-4.Basic PIPING DESIGN,stress analysis AND PLANT LAYOUT TRAINING course(8weeks or 150hrs)(3-softwares are to be used here-autocad,pdms,caesarII)1.Plant layout fundamentals and work flow procedures2• Terminology and symbols used in plant layout3• Plot plans, elevations and 3-D models4• Fundamental principles of chemical process technology5• Process flow diagrams (PFDs)6• Equipment used in process plants7• Instrument symbols and abbreviations8• Piping and instrumentation diagrams (P&IDs)9• Piping design and engineering principles10• Terminology, symbols and abbreviations used in piping design11• Piping materials12• Piping specifications and piping codes13• Components of piping systems - fittings, flanges and valves14• Piping isometrics and bill of materials5.PLANT design AND STRESS ANALYSIS (PDMS & CAESARII)PDMS SCOPEs.(4weeks or 70hrs )A. Equipment DESIGN (vessels, pumps, heat exchanger, assemblies, air coolers)B. Piping DESIGN INCLUDING explicit piping for piping engineersC. Structural steelwork (column, beams, panels and plates, wall and floors)for civilAnd structural engineersD. ASL MODELLER (Access, stairs and ladder) for structural and civil engineersE. Cable trays for electrical and electronics &instrument engineers2. Production of MTO’s and piping general assembly3. Conversion from PDMS Draft & Isodraft to AutoCAD format.4. Customizing PDMS5. Plant layout and drafting interpretation6. Using ASME codeThe training will be based on ASME B31.3 &B31.4 CODE.At the end of the training, a PILOT project on modeling of an liquefied petroleum gas plant (COOKING GAS PLANT) will be carried out by the trainee.6.CAESARII SCOPE(20hrs or 2week)1. Basic functions of a pipe stress engineer, with emphasis on the relationship between the discipline and piping design.2. Sources and solutions to piping stress related problems.3. Pipe support standards.4. Introduction to stress analysis5. Setting pipe models for stress analysis6.analysis on pumps.7. Analysis7.FULL PACKAGE AUTOCAD (2D, 3D&ISOMETRICS)(3weeks or 50hrs)COURSE CONTENT-2D DRAFTING & 3D MODELLINGa. AutoCAD generalb. AutoCAD mechanicalc. AutoCAD PID, piping and instrumentation design.D. AutoCAD structural /architectural.AUTOCAD 2D DRAFTINGB. AUTOCAD MECHANICAL1. DESIGN OF BASIC MECHANICAL COMPONENTS.(BOLTS,NUTS,FLANGES,E.T.C2. INTERPRETATION OF METRIC AND IMPERIAL STANDARDS.AND DESIGN IMPLICATIONS.3. Machine drawingC. AUTOCAD PIPING.1. PIPE DRAFTING AND DESIGN (PIPE ISOMETRICS, DOUBLE AND SINGLE LINE DRAFTING)2.PIPING AND INSTRUMENTATION DIAGRAMS (P&ID),4.PROCESS FLOW DIAGRAMS/SHEETS (PFD/PFS)D.AUTOCAD CIVIL/STRUCTURAL/1. House plan and elevations2. BEAMS AND COLUMN DESIGN3. SLAB DESIGNAUTOCAD 3D MODELLING,1. Introduction to 3d fundamentals-BASIC TOOLS (MODELING TOOL,SOLID EDITING,VIEWS,VISUAL STYLES ,3D MODIFY)2. Modeling of structures (houses, PLATFORMS etc.)3. Modeling of mechanical parts and components i.e. mechanical coupling4. Modeling of piping components (elbows, tees, flange, reducer, valves, etc.) FOR 3D PIPING5. DESIGN OF EQUIPMENTS (, pumps, pressure vessels, heat exchangers, e.tc)6. Project and assessment8.PETREL(SEISMIC TO SIMULATION SOFTWARE,GEOSTATIC MODELLING)(3 weeks or 50hrs)1 Theoretical principle of reservoir estimation. (VOLUME CALCUATION,MATERIAL BALANCE)2 introduction to petrel seismic to simulation software.3 Importation of data and QC.4.seimic interpretationA. Surface interpretationB. Fault interpretation5. Structural modeling(faults ,vertical layering)6. Grid Property modeling (porosity, permeability, N/G, SW facies)7. Definition of fluid contacts.8. Reservoir mapping. PLOTTING9. Pay zone insitu volume calculation.10.Setting up a simulation case in petrel and exporting for eclipse 100 black oil isothermalSimulator.9.ECLIPSE(2weeks or 40hrs)ECLIPSE DYNAMIC RESERVOIR SIMULATION (PREDICTION & HISTORY MATCHING)A .An Introduction to dynamic ISOTHERMAL BLACK OIL simulation (ECLIPSE 100)B. The DIFFUSSIVITY equation & MB. Equations (EOS), VLPs & IPRsC.Introduction to Eclipse and Eclipse family of softwares(eclipse 100,300,PVTi fluidcharacterization, office etc.)D, understanding and coding eclipse using notepad. (ascii method ,include files .1. The RUNSPEC,2. GRID section.(grid) permx, permy, permz, porosity………3.Properties section,(Live oil PVTO,DEADOIL PVCDO,FLASH PARAMETERIZATION)4. Solution -initialization section(EQUILIBRATION,AQUIFERS)5. Schedule section (Prediction simulation/HISTORY MATCHING).6.Summary section (OUTPUT OF SIMULATION RESULTS,FIELD,WELL AND BLOCK PRODUCTION E.T.C7, Running a case generated in petrel in eclipse (gullfaks oil field, Egypt oil field )8. Introduction to eclipse office9. Building & running a prediction & HISTORY MATCH model of CASE STUDIES OF a NUMERICAL aquifer reservoir in eclipse10. Building and running artificial gas lift operation in eclipse.11. Running API TRACKING simulation in eclipse.12. Brine injection (artificial lift)13. Technical discussion and interpretation of graphs (PVT,SATURATION,PRODUCTION)14. PVT ANALYSIS USING PVTI15. SIMOPT IN ECLIPSE10.PROSPER(WELL SYSTEM ANALYSIS,DESIGN &PERFORMANCE)-(2weeks or 60hrs)1. Introduction to prosper.2.getting started, modelling a natural flowing well.3. gas lift design and operation for a single well.4.well and flow line modeling.5.ESP –(electric submersible pump) lifted well and pump sizing for artificial lifting6.modeling a gravel packed gas well.7. modeling a horizontal well friction dp8. model of gas injector with down hole chokes in a multilateral well model11.MBAL(material balance, history matching and prediction for single well)(1week or 30hrs)1. Introduction to mbal2. Model of aquifer driven oil reservoir.3. History matching and prediction with set flow rates for single wells and control by (water cut & GOR4.HISTORY MATCHING AND PREDICTION ,TANK BY TANK BASIS.12.PROJECT MANAGEMENT TRAINING WITH PRIMAVERA (P6) &ms-project IN PORTHARCOURT(2weeks or 40hrs).Course Title: PRIMAVERA (P6)/ms-project Project management basic courseProject Planners, Schedulers, Project Managers, Project Coordinators, Resource/cost Managers, Project Engineers, Project Team Members, Project Officers, and all those involved in projects.Course Benefits:The Course will help you to;1. Control your project's schedule, budget and deliverables thereby assuring the success of your projects and the future of your business.2. Prioritize and deliver your project on-schedule and on-budget.3. Track budget, expenses, cost variances and project changes.4. To analyze comparative trends and cause/effect among multiple projects enabling you to maximize efficiency and profits, while minimizing project cost, risks, and safety issues.5. Manage projects to on-time and on-budget completion.Primavera P6 as a tool remains the best software for planning and scheduling of projects.The modules that we handle will effectively treat the above topics.Training duration: 3 DaysTraining is on weekends and private schedule all through the yearDaily duration- 9.00 am-4pmPrerequisite:All categories of engineering AND NON-ENGINEERING graduates and studentsVenue-Engineering Support Training centre.First floor, 96 Shipeolu Street, Off Ikorodu Road, [email protected]08135277235