OIL AND GAS ENGINEERING DESIGN TRAINING IN PORT HARCOURT. FEB, 2011

HYSYS, PETREL, PIPENET, ECLIPSE, PDMS, CEASAR II, AUTOCAD 2010
The local content policy of the federal government was designed to empower Nigerians in the management of their affairs in the absence of expatriates. This INFORMED THE PURPOSE FOR THE training of Nigerian graduates and students in the use of sophisticated software like PDMS and HYSYS, FLARENET & PIPENET for engineering designs.
Aspen HYSYS is the most popular and industry driven software used for process design, especially designs related to the oil and gas industry. In fact process engineering equals Aspen HYSYS, while PDMS handles graphical and catalogue based plant design from conception to decommissioning.
HYSYS handles process modeling from the oil/gas well, to the NGL plant or to the refinery and distribution. HYSYS also handle different types of chemical reaction, Presently it is being used by SHELL, CHEVRON, NNPC, EXXON-MOBIL AND many oil servicing companies. Here in Port Harcourt a training centre is now open to offer training in the use of these softwares to let interested individuals or group upgrade their information database and equip their selves for the oil and gas career. The instructors are experienced and technically based engineers. This training contains latest PTDF training format and materials.
Training is open to graduates and students of; chemical, mechanical, petroleum, civil, gas, materials and metallurgical, environmental engineering as well as geology industrial physics and chemistry and those interested in the oil and gas industry. Our major goal is to transfer technology.

MODELING OIL & GAS PROCESSING FACILITIES USING ASPEN HYSYS

• 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
• Reporting in Aspen HYSYS

At the end of these topics a real life gas gathering and a flow station revamp project will be handled by the trainees
After completion of this training, trainees will be able to participate in the following actively and effectively.
• IPP PROJECTS (INVOLVING THE USE OF GAS TURBINES)
• LNG PROCESSES
• CRUDE REFINING
• GAS TRANSPORTATION
• LPG PROCESSES
. FLOW STATION REVAMP PROJECTS AND OTHER OIL AND GAS PROCESSES.

HYSYS DYNAMIC SIMULATION
The dynamic simulation specifically handles equipment sizing and process control
MODULES
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
ASPEN FLARENET SOFTWARE TRAINING

Aspen Flare System Analyzer (Aspen Flarenet) enables engineers to perform steady-state design, rating, or debottlenecking of single or multiple flare and vent system. The program can calculate minimum size for a new flare system or evaluate alternatives to remove bottlenecks in an existing network.
Capabilities
The user will learn how to run the calculations for:
• Single or multiphase flow
• Simple MW or full compositional analysis
• Two phase flow and choked flow calculations
• Modeling of standard pipe sizes and fittings
• Modeling of control and relief valves
• Multiple or single scenarios analysis
Automatic violations and warning checks in Rating Mode
• Flare tip modeling
• Interface to HYSYS, Aspen Plus, Access, Excel or XML

Course Content
1 Module 1 – Designing of Flare System
This workshop explores the fundamental principles involved in using Aspen Flarenet to design and rate a new flare system. Once designed, the network is optimized and then debottlenecked following the addition of a new relief source into the system. This ‘guided tour’ will expose the trainee to most of the major feature of Aspen Flarenet.
2 Module 2 – Modifying an Existing Design
This module deals with how to tie-in a plant into an existing flares system.
3 Module 3 – Using the Export/Import Wizard
Here the user deals on Export and Import data using Export/Import Wizard

PIPENET SOFTWARE TRAINING

About the Software
Pipenet is a powerful software tool for rapid flow analysis of pipe networks. It has over 2000 users worldwide and has been in use for over 28 years.

Course Content
1 Introduction to PIPENET
Standard Option - Piping Systems Design
• Tour of Users Interface
• Network Representation.
• Initialization.
• Entering the Network data.
• The use of “user defined units”
• Specification/Calculation phase
2 Standard Option - Utility Systems Design
• The input of pipe data.
• The use of a default pipe roughness
• The use of a built-in gas (e.g. Nitrogen) fluid.
• The use of non-built-in fittings
• The provision of specifications.
• Calculation and analysis of result
3 Spray Option - Deluge Systems
• Use of PIPENET to size pipes in a network
• Modeling nozzles in a network
• Use remote nozzle specification option
• Creation of a pipe schedule and nozzle library data.
4 Spray Option - Firewater Ring main Systems
• Use of lined pipe schedules.
• Creation and use of a pump library file.
• Use of orifice plate to create a pressure drop.
5 Transient Module:
LOADING SYSTEMS (OBJECTIVES OF STUDY)
? To reduce the maximum pressure and vibration effect.
? Consider alternative strategies for reducing the pressure surge.
? Optimize the size of surge relief valve
6 Transient Module:
SUBSEA PIPELINE SYSTEM (OBJECTIVES OF STUDY)
? Pressure surge analysis and reduction in a subsea pipeline
? Valve closure during normal operation and surge pressure reduction.



TRAINING SCHEDULE
Batch size: 7 persons
Duration: 9.00am - 1.30pm - first session
1.00-2.00pm- break
2.05-5.00pm -continuation

Start date: 2nd Feb 2011
Batch size: 7 trainees/batch
For the training fees call the below telephone numbers, or send us an email
Call, 08064919891, 08038812638 [email protected]

PDMS
The following will be handled in the PDMS (PLANT DESIGN MANAGEMENT SYSTEM) training.
MODULES/Design, Isodraft, Draft,

APPLICATIONS:

1. In the Design module which is the graphical constructor we will cover the following discipline specific simulation applications.
A. Equipment (vessels, pumps, heat exchanger, assemblies, air coolers)

B. Piping and Instrumentation 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 to AutoCAD format.

4. Customizing PDMS

5. Plant layout

6. Using ASME code
The training will be based on ASME B31.3 &B31.4 CODE.
At the end of the training, a project on modeling of a process plant will be carried out by the trainee. The project will be discipline specific
Time schedule: Tuesdays, Thursdays, Saturdays

Start date: 2nd Feb 2011
Batch size: 7 trainees/batch

Training fees:
For the training fees call the numbers below, or send us an email
VENUE:
Eldemuz Global concept
FIRST-floor 60 Aba road Port Harcourt
By craft-centre bus-stop, opp Ecobank and besides the footbridge
Call 08038812638, 08064919891
[email protected],

CAESERII
The ceasar2 classes will be covering the following:
1.INTRODUCTION TO CAESER2
2.CAESER II CONFIGURATION AND ENVIRONMENT
3.PIPING Screen reference
4.STRUCTURAL STEEL MODELLER
5.CONTROLING THE DYNAMIC SOLUTION.
6.TECHNICAL DISCUSSIONS
7.CONCLUSION AND PROJECT
The above topics will in detail cover standard code stress analysis of piping, structural and related hydraulic systems.
Time schedule: Saturdays

Total training duration: 5 days, 9.00am-2.00pm
Start date: 2nd Feb 2011.
Batch size: 7 trainees/batch







FULL PACKAGE AUTOCAD TRAINING
AUTOCAD 2D DRAFTING, DOCUMENT CONTROL,MANAGEMENTAND ISSUANCE OF DELIVERABLES
a. AutoCAD general
b.AutoCAD mechanical
c.AutoCAD PID piping and instrumentation design.
D.AutoCAD structural /architectural/geological
E.DOCUMENT COTROL, MANAGEMENT AND ISSUANCE OF DELIVERABLES
A. AutoCAD general.
1. Introduction to AutoCAD, and 2D drafting,
2. RASTERS AND VECTOR MANIPULATION
B. AUTOCAD MECHANICAL.
1. ENGINE BLOCK MODELING
2.GEARS BOLTS AND NUTS
4.INDUSTRIAL MODELING
C.AUTOCAD PID
1.SURF. (SUBSEA UMBLICALS, RISERS,AND FLOATERS,
2.ELBOWS AND TEES
3.PUMPS AND COMPRESSORS.
4. WELL HEAD AND PLATFORM MODELLING.
5. AUTOCAD PIPING ISOMETRICS AND DRAFTS
D.AUTOCAD CIVIL/STRUCTURAL/Geological
1. House plan and elevation
2.Geological mapping,
DURATION: 15 DAYS @ 3HOURS DAILY,2.00pm -5.00pm,timing is flexible
Time schedule: Tuesdays, Thursdays, Saturdays
AUTOCAD 3D MODELLING ,RENDERING AND DWF USAGE
1. Introduction to 3d fundamentals
2. Modeling of structures (houses, bridges, masts etc)
3. Modeling of mechanical parts and components (locomotives, engine parts, pumps, vessels, heat exchangers, e.tc)
4. Modeling of piping components (elbows, tees, flange, reducer, valves, etc
5. Modeling of Oil facilities
6. Project and Assessment
7. Rendering
8. Using drawing web format
DURATION: 15 DAYS @ 3HOURS DAILY, 2.00pm -5.00pm, timing can be flexible
NOTE : THIS TRAINING IS OPEN TO ENGINEERS,GEOLOGISTS,AND THOSE IN THE OIL AND GAS INDUSTRY and those that want to pursue a career in this field.

Lecture venue: Eldemuz Global concept
FIRST -floor 60 Aba road Port Harcourt
By craft-centre bus-stop, opp Ecobank and besides the footbridge
Call 08038812638, 08064919891, 084-898262 [email protected],




OIL FIELD DEVELOPMENT TRAINING WORKSHOP.DEC2010-PORTHARCOURT
SEISMIC INTERPRETATION, Geostatic & Dynamic reservoir simulation ENGINEERING training (petrel &eclipse) IN PORTHARCOURT
The economic relevance of the Hydrocarbon (HC) reservoir requires the use of robust softwares to predict subsurface reservoir formation and its ability to hold AND PRODUCE
Hydrocarbon.3D static reservoir modeling generates a comprehensive geological model that honors’ the input data and can be used to predict porosity, permeability, and hydrocarbon distribution in a reservoir.
This will also be used as input for dynamic simulation FOR HISTORY MATCHING AND reservoir production prediction. Software like Petrel seismic-to
Simulation software and eclipse can perform this functions using standard
algorithms. Petrel & ECLIPSE is used by, schlumberger, mobil, Shell, NNPC, Sedco-Forex, Geoservices and other oil companies involved in drilling , exploration and
production. This is the toolbox for the geologist and reservoir engineer.
An engineering resource centre in Port Harcourt offers training to those furthering their career in this area.


Static MODELING: petrel.
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 Property modelling (fault, horizon, layers,SW,bUlk volume, faCIES, contacts)
5 Definition of fluid contacts.
6 Reservoir mapping.&PLOTTING
7 volume calculation.
8 seismic interpretation
- Fault interpretation.
- Surface interpretation
9 setting up a simulation case in petrel and exporting for eclipse 100 black oil simulator.
ECLIPSE DYNAMIC RESERVOIR SIMULATION (PREDICTION & HISTORY MATCHING)
A .An Introduction to dynamic ISOTHERMAL BLACK OIL simulation (ECLIPSE 100)
B. The DIFFUSSIVITY(darcy law) equation& MB. Equations(EOS)-redleich –kwang,peng-robinson ,vanderwaal......
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,(Liveoil PVTO,DEADOIL PVCDO,FLASH PARAMETERIZATION)
4. solution -initialization section(EQUILIBRATION,DEFINING 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 large reservoir WITH AQUIFER 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 graph(PVT,SATURATION,PRODUCTION etc)
Software to be used-petrel2008.1,&ECLIPSE2009.1 FAMILY OF SOFTWARES
Data sources-1.Gullfaks, northsea Atlantic,
Statoil
2. Niger Delta Nigeria
Eligibility & prerequisite. Candidates for this training must possess any of the following qualifications (HND,
B.ENG, B.SC, M.SC, and PHD) OR 3RD YEAR UNDERGRADUATES of the following

disciplines.
1. PETROLEUM ENGINEERING
2. GEOLOGY & MINING ENGINEERING
3. GEOPHYSICS
4. PHYSICS
5. GAS & CHEMICAL ENGINEERING.
B. THE CANDIDATE MUST HAVE A STRONG APPETITE FOR SELF DEVELOPMENT AND
LEARNING NEW SKILLS.
TIMING: 9am - 3pm Week Days daily
Training date is slated as follows:
2nd Feb, 2011
REGISTRATION AND TERMS OF TRAINING:
Register BY SENDING US AN EMAIL TO
[email protected]
for details of the training fee call the
following numbers.08038812638,
08064919891,
Venue; EL-demuz Engineering Resource Centre
First &Ground floor
60 Aba Road,
By Craft Centre Bus Stop,
Port Harcourt.