Primera
Reservoir has always had an active presence at university events around the UK.
Being in contact with the future petroleum engineers and offering our
assistance in any possible manner is something we have always strived to do. In
this regard, we were recently invited to present at London South Bank
University (LSBU) by the Society of Petroleum Engineers (SPE) Student Chapter.
During
the event, the SPE board members Alejandro Primera and Jesus Aponte presented a
seminar entitled Numerical Reservoir Simulation: State of Art and Future. The
event was aimed to guide the students through the fundamentals of Numerical
Simulation, the latest innovations and how to integrated Asset Modelling in the
process. The seminar was followed by a well-received Q&A session, allowing
an opportunity for the Bachelors and Masters Students from LSBU to quiz the
presenters and develop their understanding of Reservoir Engineering and
Reservoir Simulation – from engineering specifics to the use of multiple
applications.
As
working professionals, we believe that it is important to engage with the next
generation and help students in making informed choices for their careers. We
will continue to have an active and effective presence assisting students at
university seminars around the UK.
More about Integrated
Asset Modelling
Integrated Asset
Modelling (IAM) is the modelling and integration of the entire subsurface and
surface elements of a project. In most instances it requires multidisciplinary
expertise ranging from exploration to production. IAM can be used to bridge the gap between each isolated
study of facilities. Thus creating an integrated,
optimal solution through the modelling of a complete production system from
reservoir to surface network.
The resulting integrated models
form a single flowing system solution reduces the risks associated to decision
making during field development and management.
Figure 1 : Illustration of IAM at field level
Integration of surface
and subsurface simulators
There
are numerous types of simulators available in the oil and gas industry today.
Most simulators have similar capacities; however some are able to deliver more
advanced capabilities in certain aspects of subsurface or surface modelling. In
this regard, choosing the most suitable simulator for a project can be vital.
At
each stage of production management, different analytical or numerical
simulators can be used. Below is an illustration of some analytical and
numerical simulators which can be used at each stage of subsurface and surface
levels.
Figure 2: Use of simulators in IAM
Advantages of IAM
The
main benefits provided by integrated asset modelling can be seen in the figure
below.
Figure 3: Main benefits associated with IAM
What does the
future hold?
Despite
the extraordinary advances and breakthroughs in reservoir simulation modelling
in the recent decades, there is still room for improvements in some areas.
Reservoir engineer simulators are working towards the creation of faster models
with higher geological resolutions. There are numerous studies currently being focused
on improving the efficiency and speed of solvers in simulators. The most recent
advances in reservoir simulation have mainly been in the areas of speed and
accuracy, coupled fluid flow and geo-mechanical stress model as well as fluid
flow modelling under thermal stress.
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