Doha Petroleum
School
Learn more about our courses in Doha, Qatar.
Production
Technology (Advanced)
Seismic
Stratigraphy
Surface
Production - Facility Engineering
4D (Time Lapse) Seismic
In
Reservoir Management
Surface
Production - Hydrocarbon Gas/Oil treatment
Project
Management
Core Analysis
& Description
HSE
Management in Oil and Gas Operations
Applied
Petrophysics
Corporate
Leadership and Management Skills
Production
Logging Interpretation & Analysis
Upstream
Petroleum Economics: Reserves, Risks, Fiscal Regimes & Decision
Criteria
Well
Production Optimization
Artificial
Lift Technology & Production Operations
Production
Technology (Advanced) | Register
By: Ir. E. Dijkhuis, 5 days (23-27 Oct. 2011)
Business context
An essential part of any field
development or well test is the design and installation of a well
completion. A good design allows efficient and safe production from
reservoir to surface during a long time. In that sense potential well
problems should be catered for, e.g. vertical lift at increasing
water-cuts or decreasing reservoir pressures, sand production and
corrosion by reservoir fluids.
A large variety of operational well interventions
should be allowed for: BHP surveys, stimulation, removal of deposits,
well control by safety valve or killing and wire-line/coiled tubing
operations in general. The analysis of well and reservoir performances
needs to be integrated to arrive at the best drilling, recompletion and
repair decisions.
Who should attend
Petroleum engineers with moderate
field experience specifically production technologists, reservoir
engineers and senior production supervisors.
Content of the program
- Production processes in well.
- Production process in reservoir.
- Production processes at surface.
- Well design philosophy.
- Well completion operations.
- Physics of natural production.
- Physics of artificial lifting.
- Well pressure analysis.
- Well production performance analysis.
- Integrated well / reservoir performance
analysis.
- Field management.
- Selection of work-over candidates.
Learning methods and tools
At the end of the course the participants should
be able to propose a well design, define the selection parameters for
completion components and prepare well completion or production
operations programs.
During the course data gathering, data
interpretation and production planning are highlighted. Special
attention is given to integrated field operations in order to achieve a
balanced reservoir- - wells - surface facilities interplay aiming to
assure an efficient reservoir drainage, optimum well performance and
efficient separation of gas, oil and water.
About the Presenter
Bert Dijkhuis graduated as mining engineer at
the Delft Technical University. He worked initially for Esso as process
engineer at the refinery in Rotterdam. Thereafter he joined Shell as
well-site petroleum engineer and as, operations /production engineer in
Nigeria, the Netherlands and Trinidad. Thereafter he held many
different positions in Nigeria, the Netherland, Venezuela and Brunei,
concluding his Shell career as Engineering Manager in 1991.
Since the end of 1992 he has been part-time
associate professor at the petroleum engineering department of the
Technical University Delft; in that time he has also performed
consulting jobs in Sarawak, Siberia, Lithuania and Tadjikistan. In
addition he is active as workgroup convenor in the International
Standards Organisation (ISO).
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Seismic
Stratigraphy | Register
By: Olufemi J. Adepoju,
5 days (23-27 Oct. 2011)
Business context
Seismic Stratigraphy is an
interpretation methodology that focuses on the stratigraphic
interpretation of reflection seismic data by merging information from
reflection seismic data with concepts of sedimentology and sequence
stratigraphy to predict lithology distribution in a basin or area. It
complements structural interpretation methodology and facilitates
prediction of reservoir, seal, and source rock distribution away from
well control.
Who should attend
Petroleum geologists and seismic
interpreters involved with exploration and development of oil/gas fields
Content of the program
- Introduction to seismic stratigraphy.
- Unconformities, reflection terminations
& depositional sequences.
- Seismic facies, geometry of sedimentary bodies.
- Seismic image & lithology prediction.
- Relationship between sequence stratigraphy
& seismic stratigraphy.
- Eustacy, relative sea-level, and sediment
distribution patterns.
- Chronostratigraphic charts.
- Basin formation processes &
sedimentation patterns.
- Effect of seismic display/processing on seismic
facies expression.
- Usage of velocity information.
- Mapping of seismic facies &
prospectivity assessment.
- Turbidite systems on seismic data.
- Shallow marine clastics systems on seismic data.
- Carbonate systems on seismic data.
- Seismic expression of lacustrine systems.
Learning methods and tools
The course will be based on lectures, exercises
and interactive sessions. At the end of the course participants will be
able to recognize and map seismic facies belts, sediment distribution
systems and litho-facies belts, and use the data for prospectivity
assessment.
About the Presenter
Olufemi Johnson Adepoju (B.Sc. (Hons.) Geology
and M.Sc, Applied Geophysics) is currently a Geophysical Consultant in
Calgary, Canada supporting the deployment of new products and
technology in the oil and gas sector including training and on-site
mentoring. He has over 25 years experience in the oil and gas industry
in seismic interpretation, field development, reservoir studies and
prospect evaluation. He brings into asset evaluation and development
the latest technologies, including prestack seismic AVO analysis,
seismic inversion and seismostratigraphy.
Femi worked for Shell for 17 years in Nigeria and
in Rijswijk, Netherlands as a Team Leader and Senior Geophysicist,
participating in various exploration and development projects. He is a
member of the Society of Exploration Geophysicists (SEG), and the
Nigerian Association of Petroleum Explorationists (NAPE).
Prior to his association with Shell, he was Exploration Manager of
Nigus Petroleum Ltd. Lagos and also worked as a field seismologist with
Seismograph Service Ltd and Geosource Ltd. carrying out 2D and 3D
seismic data acquisition and in-field processing.
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Surface
Production - Facility Engineering |
Register
By: Mr. A. Phaff,
5 days (30 Oct.-01 Nov. 2011)
This course explains the physics of the hydrocarbon treatment process,
the function of the various equipments, and how the individual
components link together as treatment facilities. Design engineering
topics, such as the management of projects, are introduced.
Level: basic
Who should attend
Petroleum engineers, facility
design engineers and operations engineers with limited (< 1
year) or no experience.
Learning methods and tools
At the end of the course the attendee will
understand the physical processes for treating hydrocarbons, design,
project management, and HSE aspects of treatment facilities.
About the Presenter
Phaff, A.V. (M.Sc. Mechanical Engineering)
Over thirty years experience in oilfield engineering and management
with large international organizations such as Shell and United
Nations.
Technical/commissioning coordinator for NAM, K15FK & K7FB
resident engineer, Senior subsea engineer, Oil Industry Expert, Project
manager, Silver pit development team leader, Gaslift project leader.
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4D
(Time Lapse) Seismic In Reservoir Management
|
Register
By: Olufemi J. Adepoju, 5 days (30 Oct.-01 Nov. 2011)
Business context
4D (Time-lapse) seismic reservoir
monitoring which is now
becoming a major integral part of reservoir management is the process
of acquiring and analyzing multiple seismic surveys, repeated at the
same site over calendar time in order to image fluid flow effects in a
producing reservoir.
Studies have demonstrated that
the challenges facing 4D seismic can, and have been overcome, largely
through better understanding of 4D seismic fundamentals and utilization
of fit-for-purpose seismic acquisition and process.
Who should attend
Geophysicists, geologists,
petrophysicists, managers,
reservoir engineers, government officials, and others who want to know
what 4D seismic is and how it helps in reservoir monitoring.
A
basic understanding of the principles of geophysics and geology will be
assumed.
Content of the program
- Production processes in well.
- Selection of work-over candidates.
- Fundamentals of 4D Time lapse seismic; Business
drivers and economics of 4D seismic.
- Generation
of synthetic traces that represent the reservoir conditions for a range
of production scenarios (feasibility) to determine if 4D will work;
Calibration of synthetic traces to seismic to estimate type of expected
changes that may occur in seismic.
- Comparison of seismic data
acquired over calendar time; Calibration of 3D seismic volumes to
remove spurious differences related to seismic acquisition and
processing as well as changes in the near surface; Subtraction of
calibrated seismic surveys and mapping of the differences.
- Interpretation
of calibrated 3D surveys to determine the areas of the field that have
changed during production; Comparison of the seismic differences to the
synthetic traces to analyze the types of changes that have occurred in
the reservoir (pressure, temperature, saturation, etc.).
Learning methods and tools
The
training is
a combination of lecture and hands-on exercises. The course includes
theory, exercises and examples from both synthetic and real data.
About the Presenter
Olufemi Johnson Adepoju (B.Sc. (Hons) Geology
and M.Sc, Applied
Geophysics) is currently a Geophysical Consultant in Calgary, Canada
supporting the deployment of new products and technology in the oil and
gas sector including training and on-site mentoring. He has over 25
years experience in the oil and gas industry in seismic interpretation,
field development, reservoir studies and prospect evaluation. He brings
into asset evaluation and development the latest technologies,
including prestack seismic AVO analysis, seismic inversion and
seismostratigraphy.
Femi worked for Shell for
17 years in Nigeria and in Rijswijk, Netherlands as a Team Leader and
Senior Geophysicist, participating in various exploration and
development projects. He is a member of the Society of Exploration
Geophysicists (SEG), and the Nigerian Association of Petroleum
Explorationists (NAPE). Prior to his association with Shell,
he was Exploration Manager of Nigus Petroleum Ltd. Lagos and also
worked
as a field seismologist with Seismograph Service Ltd and Geosource Ltd.
carrying out 2D and 3D seismic data acquisition and in-field processing.
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Surface
Production - Hydrocarbon Gas/Oil treatment
|
Register
By: Mr. J. Kikkert,
5 days (6-10 Nov. 2011)
Business context
Sales contracts and environmental
considerations demonstrate the need for crude oil treatment.
Who should attend
- Newly recruited staff to Surface Operations in
producing companies (operators).
- Staff outside Surface Operations discipline
requiring basic understanding of the subject.
- Contractor staff to E&P business (e.g.
Project Engineering, Maintenance, Drilling).
No prior knowledge of the subject is
required.
Content of the program
The course includes the following topics/modules:
- Gathering systems
- Low temperature separation, absorption and
adsorption processes in the dehydration of natural gas; Natural gas
treatment
- Liquid/gas separation; Emulsion treatment in
crude oil; Dehydration of crude oil; De-oiling of effluent water
- Rotating equipment; Measurement and control
- Corrosion mechanisms
- Safeguarding systems
- Consumer off-take patterns
- Sales specification for crude oil
Learning methods and tools
- At the end of the course the attendee should
understands:
- The crude oil and natural gas (associated and
un-associated) treatment processes and their place in the overall
process of oil and gas production.
- The function of the equipment used in these
processes, such as separators, gas coolers, gas dryers, and various
types of treaters, wash- and export tanks, rotating equipment,
measurements, control and safeguarding equipment.
- The contractual hydrocarbon sales
specifications and the HSE aspects for effluent water and other
by-products.
About the Presenter
Kikkert, J. (B.Sc. Mechanical Engineering)
More than 30 Years working experience in upstream oil & gas
industry.
Operations Manager / Sr. Production Facility Advisor / Production
Operations Lecturer and Auditor.
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Project
Management
|
Register
By: Prof. Emmanuel S.
Eneyo, 5 days (6-10 Nov. 2011)
Business context
The effort to develop a complex
commercial opportunity in the oil and gas industry is typically
organized as a project that needs to be skillfully managed to achieve
the objectives agreed with the sponsor. This course will help
participants develop this skill and prepare them for a role as project
manager.
Who should attend
E&P staff with 3-5 years experience as project engineer with
the ambition to becoming a project manager.
Content of the program
Project management basics
- Project complexity and challenge
- Phases of a project
- Determinant of project success
- The importance of project management
Project scope management
- Project planning
- Statement of work (SOW)
- Work breakdown structure (WBS)
- Leadership and project manager
- Project team building
- Project schedule management
- Project cost estimation and budgeting
- Project execution, control and evaluation
- Best practice and lessons learned
- Why do some projects fail?
- Project closeout and termination
Learning methods and tools
This course will use a blend of lectures, dialogue
and experience sharing, handout material and references to further
reading or self study as well as exercises in which participants will
have the opportunity to practice aspects of the project management role
in a classroom situation. At the end of the event, the participants
will be able to develop a Project Execution Plan with their team and
have the confidence to start implementing the plan.
About the Presenter
EMMANUEL
S. ENEYO is a Professor in the Department of Mechanical and Industrial
Engineering at Southern Illinois University Edwardsville,
USA. He has over 20 years of combined industrial work and
consulting experiences with such companies as Bechtel Power
Corporation, Rockwell International, Rohr Industries, Roho
International, American Steel Foundries, Sierra International, The
Shell Petroleum Development Company (SPDC) Nigeria Limited, to name a
few.
As an international engineering management
consultant, his areas of expertise include design of integrated
production systems, supply chain management, project management, lean
six-sigma production, methods engineering and work measurement,
engineering economic analysis, development of knowledge-based expert
systems, intelligent modeling of data mining applications.
He is a senior member of the Institute of
Industrial Engineers (IIE) and Society of Manufacturing Engineers (SME)
and a member of Alpha Pi Mu (Industrial Engineering Honor Society of
America), Tau Beta Pi (National Engineering Honor Society of America),
and the American Society for Engineering Education (ASEE). Professor
Eneyo is also a licensed professional engineer in the State of
Illinois, USA and a member of the Nigerian Society of Engineers
(MNSE).
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Core
Analysis & Description
|
Register
By: Dr. Felix A. Njoku,
5 days (13-17 Nov. 2011)
Business context
The core sample represents the
internal anatomy of the reservoir. When core samples are obtained
through a properly-planned core recovery program, subjected to
well-site core stabilization & handling, as well as careful
transportation to the laboratory, and analyzed appropriately, they can
give rise to reliable data, obtainable by no other known means, for
integrated reservoir characterization/description for application to
petrophysics and reservoir engineering calculations.
Who should attend
Geologists, Geophysicists, Petrophysicists, Production/Development
Geologists, Reservoir Engineers, Production Engineers, EOR Engineers,
Research Geoscientists/Engineers and Simulation Engineers.
Content of the program
The Course is organized, as follows into 3 Sections: Well-site
Activities, Laboratory Activities & Applications:-
1.
Well-site Activities: Well-site Handling and
Transportation; Preservation and Storage.
2.
Laboratory Activities:
(a) Routine
Core Analysis:- Core Manifest; Spectral Gamma Ray
Spectrometry; C.T. Scanning; Mini (Probe or Profile) Permeametry; Core
Slabbing; Core Plugging; Core Photography; Plug Cleaning/Drying
Techniques; Dean Stark & Other Saturations; Bulk, Pore
& Grain Volume; Porosity; Permeability. Core Description
& Environments of Deposition
(b) Special
Core Analysis:-
Electrical
Props.: Formation Factor (FF); Resistivity Index (RI);
Cation Exchange Capacity (C.E.C); Co/Cw.
Acoustic
Properties: Acoustic Properties of Rocks; Porosity
& Acoustic Velocity; Acoustic Anisotropy; Capillary Pressure;
Wettability, Interfacial Tension & Pore Throat Radius; Mercury
Injection Method; Centrifuge Method; Porous Plate Method. Relative
Permeability.
3.
Applications
About the Presenter
Felix
A. Njoku (PhD, Applied Geophysics, M.Sc/DIC, Geophysics, B.Sc (Hons.)
Geology) was the Operations Manager of Core Laboratories Division of
Western Atlas International (1990-1994) in Nigeria and initiated the
establishment of the Core Analysis Laboratory in NNPC Research
& Development (R&D).
He was a pioneer Director of VRMT International
Nigeria Limited, offering services & consultancy as well as
in-house & open-subscription courses/seminars in Petroleum
Geoscience & Engineering, managing Reservoir Fluids &
Rock Analysis, etc. He is a Fellow of Nigerian Association of Petroleum
Explorationists (FNAPE).
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HSE
Management in Oil and Gas Operations
|
Register
By: Adebiyi Adeosun,
5 days (13-17 Nov. 2011)
Business context
To promote safety effectively,
supervisors must have a thorough knowledge of the safe practices
applicable in their work setting. They must also be able to build
employee confidence in their leadership role, in order to develop a
lasting culture of safety. Practical HSE management on site requires
the implementation of a framework for action which includes policy,
instruction, procedures, guideline, organisation, planning, monitoring
and audit and site based emergency response planning.
Who should attend
This course is recommended for all personnels working in laboratories,
storage, transportation and haulaging and manufacturing or
operations/processing units.
Content of the program
- Introduction to HSE Fundamentals
- HSE Regulations and Standards
- HSE MS for Oil and Gas Operations
- Hazard Identification/Analysis (HAZID/HAZAN)
and Risk Assessment
- Permit to Work and Job Hazard Analysis
- COSHH, Hazardous Atmosphere, Confined Space
Entry and Hot works
- Occupational Health and Illnesses Management
- Environmental Pollution Prevention and Control
- Air Emission, Water Pollution and Waste
Management
Learning methods and tools
The course is designed to be interactive making use of industry
experiences, video, case studies, red thread syndicates and role
playing exerices. At the end of the training participants will be able
to (i) identify and assess hazards, (ii) prevent operations related
accidents/ illnesses, (iii) apply techniques, tools and skills for
managing operations and site HSE and (iv) implement an HSE MS.
About the Presenter
Adebiyi Adeosun (M.Sc., B.Sc. Chemical Eng.) is a seasoned energy,
quality, health, safety and environmental management practitioner with
over 20 years career.
He worked with Global Environmental Technology as Project Engineer to
the Shell Petroleum Development Company of Nigeria and as an HSE
Adviser to Assistant Director HSE of Bicta Energy and Management
Systems Limited (A marginal field operator for Ogedeh). He is a
ceritified Safety and Risk Manager, Lead Environmental and Quality
Auditor and member of numerous professional organisations both locally
and international.
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Applied
Petrophysics
|
Register
By: Chike P. Chinwuba,
5 days (20-24 Nov. 2011)
Business context
In the E&P business,
integrated petroleum engineering studies and field development plans
are management tools which are used to maximize economic recovery of
hydrocarbons. Petrophysical engineers fulfill a key role in analyzing
and interpreting subsurface reservoir data, which form the basis for
reservoir models.
Understanding the methods used in petrophysical
analysis, and the related uncertainty of the results and hence the
derived models is essential knowledge for all E&P technical
staff. Subjects that are covered in the course are fundamental
petrophysical relations, tool principles, modern interpretation methods
and core measurements. The importance of interaction between
seismology, geology, well log analysis, reservoir engineering and other
disciplines is emphasized and illustrated.
Who should attend
Staff in the exploration and production department with no or limited
petrophysical background: petroleum engineers, seismologists,
petrophysical engineers, reservoir engineers, drilling engineers and
geologists.
Content of the program
- Principles, quality, editing and responses of
the major Open Hole Logging Devices.
- Fundamentals
on: lithology including shale volume, porosity, permeability,
hydrocarbon content using Archie, Simandoux, Indonesia, Waxman-Smits,
Dual-Water and Capillary Pressure Curves, wireline formation testing.
- Core Analysis Program for exploration and
development wells.
- Crossplots for Lithology, Porosity and
oil/water/gas saturations.
- Cutoff criteria to arrive at average reservoir
properties.
- Uncertainty analysis.
Learning methods and tools
Course
presentation shall be by means of lectures and interactive sessions.
Work sessions shall be held on Personal Computers with Excel
spreadsheets at the end of each lecture. A quick-look petrophysical
evaluation of a typical well shall have been performed at the end of
the course.
About the Presenter
Chike Philip
Chinwuba (B.Sc. (Hons.) Geology and M.Sc. Applied Geophysics) is a
Canadian-based Independent Consultant Geologist and Seismic
Interpreter. His experience cuts across Baker Hughes, GeoQuest
Schlumberger, the Shell Petroleum Development Company of Nigeria (SPDC)
and the Shell International Exploration and Production Company,
Rijswijk, The Netherlands (SIEP). He has been involved in seismic
interpretation, production geology, earth modelling, field reviews,
field development, planning execution and business planning in
different countries.
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Corporate
Leadership and Management Skills
|
Register
By: Festus Nwokafor,
5 days (20-24 Nov. 2011)
Business context
It is said that everything fails
or succeeds with leadership and management. This is also true of the
activities and investment in the Oil and Gas sector. This course
therefore seeks to develop manpower with efficient skills to organize
and motivate the human resources that will in turn manage the material
and huge financial investment in the industry.
Who should attend
All staff aspiring to grow into leadership and management positions
during their careers and for those moving into senior/management cadre.
Content of the program
Introduction
Styles of leadership:
- Characteristic of leadership
- Differences between a leader and a boss
- Influences in leadership
- Mentorship and succession
- Personality model and personhood level in
leadership
- Specialisation in leadership
- Political, civil, corporate leadership
Management Skills:
- Characteristics of organization
- Communicating with employees
- Supporting the employees
- Energizing the employee
- Keys to achieving management skills
- Fayol’s 14 principles of management
Learning methods and tools
The course will use a blend of lectures and participatory learning
approach (PLA), plus experience sharing. The participants would learn
corporate leadership and basic management principles to enhance their
ability to manage human, material and financial investment in best and
cheapest way
About the Presenter
Festus Nwokafor (Diploma, Project Management; B.Sc, Publ. Admin, MPA)
has over 22 years of experience of combined research, teaching and
consulting on modern management, organizational growth and corporate
leadership. He is a member of the Chartered Institute of Mediators and
Conciliators and Consultant/Resource Person to many E&P and
service companies on leadership, industrial and management issues of
training and manpower development.
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Production
Logging Interpretation & Analysis
|
Register
By: Chike P. Chinwuba,
3 days (27 -29 Nov. 2011)
Business context
Production logs are playing an
increasing role in modern reservoir management by providing the only
means of identifying downhole fluid movements directly. This course
will cover fluid flow in pipes (both single and multiphase flow), the
theoretical bases of production logging techniques, production log
interpretation, and operational considerations. Numerous field examples
are used to illustrate the principles of production log interpretation.
Who should attend
Petroleum and drilling engineers and managers, reservoir engineers,
production engineers/ technologists, petrophysicists, log analysts, and
top/senior level management who are keen to find out more about
Production Logging Tools.
Content of the program
- Problem identification and solution with
production logs
- Temperature logs, Radioactive tracer logs,
Spinner flow-meter logs, Fluid density logs, Fluid
capacitance logs, Noise logs, Cement bond logs, Ultrasonic pulse-echo
logs, Horizontal well production logs, Pulsed neutron logs for flow
identification
- Log combinations for injection well profiling
- Multiphase flow effects, Deflector or basket
flow-meters
- Slip velocity correlations, Multiphase log
interpretation
- Pulsed neutron logs for flow identification
Learning methods and tools
This course teaches how to select the most appropriate production
logging services for well diagnosis and reservoir surveillance, define
injection well profiles using temperature, radioactive tracer, and
spinner flowmeters, measure zonal inflows in production wells using
temperature logs, locate behind-pipe channels with temperature, tracer,
or noise logs, apply combinations of flowmeters, fluid density, and
fluid capacitance logs to measure multiphase flow profiles, interpret
cement bond logs and ultrasonic logs to determine cement quality,
measure flow inside and outside casing with pulsed neutron tools and
apply specialty tools for flow profiling in horizontal wells
About the Presenter
Chike Philip
Chinwuba (B.Sc. (Hons.) Geology and M.Sc. Applied Geophysics) is a
Canadian-based Independent Consultant Geologist and Seismic
Interpreter. His experience cuts across Baker Hughes, GeoQuest
Schlumberger, the Shell Petroleum Development Company of Nigeria (SPDC)
and the Shell International Exploration and Production Company,
Rijswijk, The Netherlands (SIEP). He has been involved in seismic
interpretation, production geology, earth modelling, field reviews,
field development, planning execution and business planning in
different countries.
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Upstream
Petroleum Economics: Reserves, Risks, Fiscal Regimes & Decision
Criteria
|
Register
By: Prof. Wumi Iledare,
5 Days (27 Nov. – 1 Dec. 2011)
Business context
An economic view of the upstream
petroleum business facilitates good understanding of the nature of the
oil and gas business within the context of petroleum investments
determinants, pricing strategies and the challenges/opportunities in
the global E&P industry. This course will expose the
participants to the most widely used techniques in economic and
profitability analysis for studying the changing economic structure of
the global industry, roles of current key players (OPEC, OECD, national
governments, multinationals, etc) and how to predict international
petroleum supply and price by different institutions.
Who should attend
Petroleum professionals
Content of the program
- Fundamental economic principles underlying
upstream business decisions
- Elements and determinants of oil and gas
investment decisions
- Worldwide oil and gas fiscal instruments and
contract terms
- Upstream business decision making criteria
under risk and uncertainty
- Petroleum Valuation Theory, Finance &
Methods
- Risk and Uncertainty Management Methods and
Simulation Analysis
Learning methods and tools
Course presentation will be in the form of interactive seminar
utilizing lectures, commercial software, videos, case studies and
syndicate group exercises. At the end of the course the participants
will be able to understand (i) why some economic decision variables
e.g. oil and gas prices, reserves, production profiles, taxation and
fiscal policies and the environment are important in petroleum
E&P decisions, (ii) learn and apply principles of petroleum
economics and the commonly used economic decision methods to facilitate
the ability of E&P business to generate profit and grow, (iii)
understand approaches to quantify uncertainty and risk in petroleum
decisions.
About the Presenter
Omowumi O. Iledare (Ph.D., B.Sc. Petroleum Eng.; M.S., Energy
Resources) is professor of petroleum economics and policy research and
the director of the Energy Information and Data Division of the Center
for Energy Studies, Louisiana State University and also an adjunct
professor of petroleum economics at the University of Ibadan, Institute
of Petroleum Studies (IPS) in the University of Port Harcourt, and the
African University of Science and Technology (AUST), Abuja, Nigeria. He
is a specialist in global oil and gas industry structure, conduct and
performance analysis; oil and gas exploration and production economics
and policy research; the environmental effects of oil and gas
exploration and production; taxation and regulation of the oil and gas
industry; and refinery and petrochemical economics and policy.
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Well Production
Optimization
|
Register
By: Mr. A. van Asperen, 5
days (4- 8 Dec. 2011)
Business context
From the bottom hole node this
course focuses on inflow and outflow performance. It describes
techniques to debottleneck the product flow from the reservoir to the
wellhead. The effects of well completion design, artificial
lift and stimulation on the overall performance of the production of
the well are demonstrated with the help of computer modelling tools.
Who should attend
Petroleum Engineers and Production Operations Engineers with up to 1
year relevant experience, involved in the day-to-day production
operations, well design and well / field performance optimisation.
Content of the program
The course includes the following topics / modules:
Inflow performance relationship; Well completion planning; Well inflow
systems; Sand production & control; Perforating technology;
Productivity impairment; Gas well deliverability; Well outflow
performance; Artificial lift systems; Well stimulation techniques.
Learning methods and tools
At the end of the course the attendee is able to describe and explain:
- The inflow performance into the wellbore and
the impairment thereof.
- Well inflow systems, sand control and exclusion.
- Well outflow performance and its relation to
the well completion.
- Working with PERFORM.
- Artificial lift and the choice between the
various systems.
- Well stimulation / skin reduction.
About the Presenter
van Asperen, A.J.A. (Drs. Physics) has 25 years international
experience in upstream oil & gas companies. He developed
through research engineer (Shell Int. E&P Rijswijk), Production
technologist (Nigeria), Sr. Production technologist (NAM), Sr. research
engineer (Shell Int. E&P Rijswijk) to Sr. Well engineer,
team-leader of strategic technology application in well engineering.
Presently he is Sr. Advisor Production Technology /Lecturer on
Petroleum Technology.
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Artificial
Lift Technology & Production Operations
|
Register
By: Mr. H. Groote,
5
days (11-15 Dec. 2011)
Who should attend
Supervisors & Engineers
Content of the program
- Fluid flow fundamentals
- PVT sampling
- Inflow performance relationships, Multiphase
flow
- Nodal analysis technology
- Overview of outflow by means of artificial lift
- Comparison of artificial lift systems i.e.
Artificial lift analysis using measured data
- Artificial lift selection
- Beam (rod) pump systems including
Dynamometers, Troubleshooting, Pump off controls and Optimization
- Progressive Cavity Pumps - design, fluid
viscosity, slip, power requirements, diagnosis, cost issues, Pump off
controls and Optimization
- Electric submersible pumps (ESP) their
applications, design and the selection of ESP's Installation,
Operations, Runlife, Pump off controls and Optimization, use of VSD’s
- Principles of gas lift
- Gas Lift Systems
- Design and operations of Intermittent vs.
continuous systems, icw plunger lift
Learning methods and tools
At the end of this course the participants will have knowledge of the
physics of fluid movements from the reservoir to the surface
installations by means of artificial lift methods. Well bore inflow and
outflow performance calculations, using nodal analysis techniques will
enable the participants to choose the correct type of artificial lift
method.
About the Presenter
Groote, G.J. (B.Sc. Mechanical Engineering) has more than 25 years
international working experience in upstream oil & gas
operating companies. He developed through production supervision,
planning & programming positions which included
computerisation: EPPROMS, compilation of comp. standards, offshore
installation manager to coordinator automation Production
Administration through SAP. Presently he is Operations Management
consultant / Coordinator Production Administration automation /
Production operations lecturer.
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