Topic: Oil&gas seminar/training wokshop in port-harcourt nov/dec 2011

OIL&GAS SEMINAR/TRAINING WOKSHOP IN PORT-HARCOURT NOV/DEC 2011
Eldemuz Engineering a leading oil and gas training company in portharcourt a subsidiary of Eldemuz golbal concepts organizes a
2 weeks seminar/training workshop
for process,pipe,civil,mechanical,reservoir and
all engineers that works on plant.
DATE : 2ND-20TH NOVEMBER 2011
1ST-18TH DECEMBER 2011

MODULE 1 for mechanical & process engineers

1) Plant Designs Management System
2) Process simulation & Modeling
3) Drafting Modeling & Isometric Design
4) Project Management

MODULE 2 for pipe,Mechanical,civil engineers
1) Drafting,isometric design & Modeling
2) plaint Design management system
3) project management
4) stress analysis

MODULE 3 for seismic engineer,geologist & geoplysics
1) 3D seismic interpretation,geostatic modeling
2) well engineering (design,analysis,optimization)

1) Geostatic modeling,3D seismic interpretation
2) Dynamic reseroir simulation
3) well engineering
4) reservoir characterization

OIL & GAS PROCESS MODELING WITH ASPEN HYSYS
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 TEG
Process Plant Costing
• Reporting in Aspen HYSYS
HYSYS DYNAMIC SIMULATION
The dynamic simulation specifically handles EQUIPMENT sizing and process control
1. REVISION OF STEADY STATE
2. BASIC CONTROL THEORY
3. PRESSURE-FLOW RELATIONSHIP
4. TRANSITIONING FROM STEADY STATE TO DYNAMICS-MODYFYING THE STEADY STATE
5. SIZING UNIT OPERATIONS (DE-PROPANIZER COLUMN, SEPERATORS etc)
6. USING THE DYNAMICS ASSISTANT AND ACTIVATING THE DYNAMIC MODE
7. INSTALLING THE CONTROLLERS (PID)
8. SETTING UP STRIP CHARTS
9. RUNNING AND MONITORING DYNAMIC SIMULATION.
10. ADVANCED DYNAMICS
1.PLANT/PIPE DESIGN AND STRESS ANALYSIS (PDMS & CAESARII)
PDMS SCOPEs.
A. Equipment DESIGN (vessels, pumps, heat exchanger, assemblies, air coolers)
B. Piping DESIGN INCLUDING explicit piping for piping engineers
C. Structural steelwork (column, beams, panels and plates, wall and floors)for civil
And structural engineers
D. ASL MODELLER (Access, stairs and ladder) for structural and civil engineers
E. Cable trays for electrical and electronics &instrument engineers
2. Production of MTO’s and piping general assembly
3. Conversion from PDMS Draft & Isodraft to AutoCAD format.
4. Customizing PDMS
5. Plant layout and drafting interpretation
6. Using ASME code
The 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.
CAESARII SCOPE
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 analysis
5. Setting pipe models for stress analysis
6.analysis on pumps.
7. Analysis
FULL PACKAGE AUTOCAD (2D, 3D&ISOMETRICS)
COURSE CONTENT-2D DRAFTING & 3D MODELLING
a. AutoCAD general
b. AutoCAD mechanical
c. AutoCAD PID, piping and instrumentation design.
D. AutoCAD structural /architectural.
AUTOCAD 2D DRAFTING
B. AUTOCAD MECHANICAL
1. DESIGN OF BASIC MECHANICAL COMPONENTS.(BOLTS,NUTS,FLANGES,E.T.C
2. INTERPRETATION OF METRIC AND IMPERIAL STANDARDS.AND DESIGN IMPLICATIONS.
3. Machine drawing
C. 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 elevations
2. BEAMS AND COLUMN DESIGN
3. SLAB DESIGN
AUTOCAD 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 coupling
4. Modeling of piping components (elbows, tees, flange, reducer, valves, etc.) FOR 3D PIPING
5. DESIGN OF EQUIPMENTS (, pumps, pressure vessels, heat exchangers, e.tc)
6. Project and assessment

PETREL(SEISMIC TO SIMULATION SOFTWARE,GEOSTATIC MODELLING)
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 interpretation
A. Surface interpretation
B. Fault interpretation
5. Structural modeling(faults ,vertical layering)
6. Grid Property modeling (porosity, permeability, N/G, SW facies)
7. Definition of fluid contacts.
8. Reservoir mapping. PLOTTING
9. Pay zone insitu volume calculation.
10.Setting up a simulation case in petrel and exporting for eclipse 100 black oil isothermal
Simulator.
ECLIPSE
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 & IPRs
C.Introduction to Eclipse and Eclipse family of softwares(eclipse 100,300,PVTi fluid
characterization, 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.C
7, Running a case generated in petrel in eclipse (gullfaks oil field, Egypt oil field )
8. Introduction to eclipse office
9. Building & running a prediction & HISTORY MATCH model of CASE STUDIES OF a NUMERICAL aquifer reservoir in eclipse
10. 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 PVTI
15. SIMOPT IN ECLIPSE
PROSPER(WELL SYSTEM ANALYSIS,DESIGN &PERFORMANCE
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 lifting
6.modeling a gravel packed gas well.
7. modeling a horizontal well friction dp
8. model of gas injector with down hole chokes in a multilateral well model
MBAL (material balance, history matching and prediction for single well)
1. Introduction to mbal
2. Model of aquifer driven oil reservoir.
3. History matching and prediction with set flow rates for single wells and control by (water cut & GOR
4.HISTORY MATCHING AND PREDICTION ,TANK BY TANK BASIS

REGISTRATION PROCEDURE
Only graduates up to 3rd year students of all engineers & management disciplin as well as geolojiste & geoplysists are qualified for this training
HOW TO REGISTER
1.through our website at and get the registration code
AT OUR VENUE
ELDEMUZ ENGINEERING CENTER
1ST floor,60 Aba road by craft center bussstop
port-harcourt or
2. send a text message to 08038812638
PAYMENT PROCEDURE
PAYMENT CAN BE MADE IN THE FOLLOWING ACCOUNT
ELDEMUZ GLOBAL CONCEPTS LTD 0040281905 GURANTY TRUST BANK GTB
AT THE VENUE
Registration has to be completed at least 2days before the training/workshop commences
call 08038812638 for details of workshop or send e-mail to [email protected]

DATE : 2ND-20TH NOVEMBER 2011
1ST-18TH DECEMBER 2011

pls call 08038812638 for details