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DATE
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VENUE
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FEES
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REGISTRATION
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06 Apr - 10 Apr, 2015 |
Kuala Lumpur, Malaysia |
SGD 5295 |
Closed |
Following information: Venue at
Kuala Lumpur, Malaysia
| Training Date from
06 Apr 2015 till
10 Apr 2015
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COURSE LEVEL
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DURATIONS
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Early Bird Discount
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Standard Price
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MASTER
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5
day/s
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SGD 4995 Purchase it before
05 Mar 2015
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SGD 5295
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WORKSHOP OVERVIEW
Learn
and master various subjects in reservoir simulation that will be essential to
reservoir management and future development decisions.
Dynamic
reservoir models are important when investigating reservoir behaviour, optimizing
reservoir performance, designing complex wells, estimating uncertainties and
providing the basis for risk management. New developments, such as unstructured
gridding, combined with new simulation techniques, eliminate most of the
drawbacks of conventional simulation methods and make prediction more reliable.
This 5 days course on Advance Reservoir
Simulation Technologies will cover various subjects
in reservoir simulation, including structural modelling, gridding, well design,
history matching and uncertainty analysis. It will equip you with knowledge of
how these tools are very essential in reservoir managements and future
development decisions.
Unique features of this training: Participants
will learn about various algorithms, concepts and possible uses of reservoir
simulators. With an emphasis on practical application, you will learn how to
derive fluid flow equations, selecting numerical methods and solve the
equations. Practical examples and case studies that show how to make a field
scale simulation models will also be shown.
Media Partners 
WHAT WILL YOU LEARN?
Attend this
course to Master:
• The main equations which are the
backbones of reservoir simulators.
• Artefacts and the benefits of
reservoir simulation
• Essential data we need for reservoir
simulations and its impact on accuracy of simulation results.
• Different gridding technologies, their
advantages and disadvantages
• Modelling structural elements in
simulation, faults, channels, fractures etc.
• Different History matching approaches
and uncertainty analysis.
• Geo-statistical reservoir modelling.
• Black-oil vs. compositional simulation
• Upscaling and upgrading in reservoir
simulation.
PROGRAMME
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History and classification of
reservoir simulators
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Rock properties and
saturation functions
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Upgridding and upscaling
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General purpose formulation
and discretisation methods used for black-oil and EOS compositional
simulators
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Gridding
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Modeling structural elements
in simulation
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Representing wells in the
reservoir simulation model
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History matching
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Compositional reservoir
simulation
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Simulation of fractured
reservoir, numerical model, matrix-fracture exchange, recovery processes
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Geo-statistic and reservoir
simulation
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How to make a simple
simulator?
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Case studies
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AUDIENCE
• Senior / Experienced reservoir
engineer
• Production engineers who want to gain
more knowledge when involve in reservoir engineering discussions
A basic
knowledge of reservoir simulation, stochastic modelling, upscaling and some
experience in the use of commercial reservoir simulators is a prerequisite for
this course.
For details, information on facilitator and
the full course outline, please refer to the attached brochure.
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