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| Paradigm Customer Newsletter, Vol.1
Ed.3 October 2008 |
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Please
take the Certain Vision Feedback Survey
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begin
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For Paradigm, "unconflicted"
describes our unique market position in terms of
customer's business priorities for optimal fiscal
return on find and develop investment. Our pure
focus on software and workflow differentiates us
from the traditional oil field services companies
that provide both software and field
services.
Oil field
service providers support the E&P process
through drilling, fracturing, cementing, and other
very necessary exploration-associated activities.
Their revenues come from these field activities,
labor charges, and from margins on materials used
in the process (steel, pipe, casing, mud,
lubricants, etc.). They profit from all drilling
exercises, regardless of outcomes.
Traditional
oil field services companies that provide both
software and field services operate in conflict
with customers' best interests, that is, to
efficiently find and produce the most from their
reserves at the lowest possible cost. Internally,
another conflict exists when software innovation
suffers in the shadow of high-priority business
profits generated from field activities. It's easy
to see how these conflicts have created hardship
for the industry, pain for consumers, and
unfortunate damage to the environment.
The shift to
use more technology-created knowledge encourages
collaboration between providers along a common
value chain and drives important efficiencies in
the industry. At Paradigm, every element of our
business is aligned to provide value directly in
support of lower find and develop costs for our
customers so they can produce affordable energy
for consumers.
Andrew Stein
CMO |
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Paradigm
SKUA, a finalist in the World Oil
Awards
The World Oil
Awards annually applaud the innovations and
innovators of the global upstream petroleum
industry, demonstrating the technological feats
that are the hallmark of our industry. 
We are
pleased to announce that Paradigm SKUA
2008 has been nominated as a finalist in
the category of Data Application/
Visualization. |
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Paradigm
Webinars
Did you know
that Paradigm is organizing regular webinars in
your region and that all these webinars are
available to you on our website?
Starting with
this edition of Certain Vision, we will be
featuring some of these webinars in the newsletter
in order to illustrate some of the best workflows
Paradigm has to offer.
For this
edition, let's hear Fred Jenson tell you about
Deterministic Methods for Computing Lithology and
Porosity in Complex Carbonates. Click here to learn
more. |
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SKUA is
now! |
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Paradigm GOCAD Users, this
is for you:
Move-to-SKUA 2008 Loyalty
Reward
Paradigm is
rewarding the ongoing support of current Paradigm
GOCAD customers by enabling you to acquire the
next-generation reservoir modeling solution,
Paradigm SKUA 2008, with no pain, all gain! From
now until December 15, you can co-license GOCAD
with Paradigm SKUA Reservoir Architecture bundle
for substantial savings. Co-licensing enables you
to use both products and to smoothly transition
your projects to the advanced SKUA 2008
technology. Call to learn how much you'll
save!
To qualify, you must
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Already
have licenses for GOCAD 2008 (2.5.2) Reservoir
bundle (GOCAD Base, Stratigraphic Modeling and
Fault Analysis, and 3D Reservoir Grid Builder
modules); |
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Be current
on Maintenance and Support contracts for those
modules; and |
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Sign
Maintenance and Support agreements for the SKUA
2008 Reservoir Architecture bundle
modules. |
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"Fully-Loaded" Paradigm SKUA 2008
Bundle
Geomodelers
and reservoir engineers who need a complete
reservoir modeling package, look no
further. From seismic interpretation to flow
simulation, Paradigm SKUA users can rapidly
construct accurate 3D reservoir models, populate
them with petrophysical properties, perform
upscaling, launch and analyze flow simulations
with commercial finite-difference and
streamline-based flow simulators resulting in a
robust and coherent numerical representation of
the reservoir.
Today you can
purchase the "fully-loaded" SKUA 2008 Reservoir
Architecture bundle at significant savings. The
package includes all the additional modules that
complete the solution: Reservoir Data Analysis,
Reservoir Properties, Local Grid Refinement (LGR)
and Upscaler, Reservoir Simulation Interface, and
Production Data Analysis. Contact your Paradigm
sales associate or sales_info@pdgm.com for more
information.
For sales information,
please contact sales_info@pdgm.com or
your Paradigm sales associate; for technical
Information, contact tech_info@pdgm.com. To
learn more about our product , please visit
the Paradigm SKUA
website. |
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Upcoming Lunch and
Learn
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Common Reflection Angle
Migration (CRAM): Next Generation Imaging in the
Local Angle Domain
"Paradigm CRAM depth migration
is an anisotropic multi-arrival solution that
uses the entire wavefield making it ideal for
solving complex imaging objectives including
overthrust and subsalt delineation. The
common reflection angle migration performs its
imaging in the local angle domain to achieve
uniform illumination of all image points
producing amplitude preserved angle-dependent
gathers and reflectivities. The angle
gather outputs are ideally suited for
seismic reservoir characterization objectives.
An overview of the CRAM algorithm will be given
followed by several examples including "Thrust
Belt" and "Heavy Oil"
applications."
October 22nd,
2008 - 11:45am to
1:00pm
Paradigm Calgary
Office
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Paradigm SKUA
Launch
"This new next-generation
software environment for 3D subsurface modeling
empowers novice-to-advanced geoscience users to
easily produce highly accurate and realistic
models in record time!"
We would
like to invite you to the official launch for
Paradigm SKUA.
If you would like to learn
more about SKUA, please visit the SKUA website.
We
look forward to your attendance at this
event!
October 30th,
2008 - 11:30am to
1:00pm
Westin Hotel, 320-4th
Ave SW -Barclay
Room |
To reserve
your seat, contact Ashley Millar or
call 403-750-3521.
Upcoming
Training
Make the
most of your investment in Paradigm technology by
taking advantage of September and October training
sessions at the Paradigm Calgary Training
Center. |
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Featuring
Nikola Nikic
 Tell
us what you do at Paradigm
I am a geoscientist in the seismic
imaging group at our Calgary office.
Why did
you choose to come to
Paradigm?
I used
to work for a company that became acquired by
Paradigm. I was also interested in working at
Paradigm because I knew a lot of skilled Paradigm
employees that I respected.
When did
you join Paradigm and what do you like best about
working here?
I
re-joined Paradigm 3.5 years ago. I really enjoy
being creative and being on the leading edge of
subsurface knowledge. I enjoy working for Paradigm
because of the breadth and depth of service we
provide. There is a unique link between the
company software and consulting
services.
What was
the first job that brought you into the oil
industry?
My
father was a petrophysicist for 40 years. In
those days, geophysicists did everything from
acquisition and processing to interpretation. As a
kid I followed my father on his trips around the
world and that's how I fell in love with
geophysics.
What
special interests outside of work do you
enjoy?
I used to play competitive
volleyball in an East European league. Today, I am
an assistant coach for a youth volleyball team in
Calgary. My team is very successful and is one of
the best in Canada.
What
professional accomplishment are you most proud
of?
I
am most proud of processing the first 4D pilot on
the Alaskan North Slope.
What is your favorite
phrase, or word, that motivates
you?
Do
what you believe in.
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Wide
Eye - A Full Azimuth Exploration and
Development Imaging and Interpretation
System
Recently a
huge investment has been made in acquiring wide
and rich azimuth seismic data to improve the
illumination of reservoirs beneath complex
structures (e.g. deep water Gulf of Mexico,
offshore Brazil, offshore West Africa, etc.) The
amount of recorded data in such surveys can exceed
hundreds of terabytes. In addition, the azimuth
"richness" of 3D onshore data acquisitions and
marine OBC/OBS acquisitions is on a steady
increase as geoscientists are seeking better
reservoir (e.g. fracture orientation and density)
and hydrocarbon (e.g. fluid contact) signatures
from the seismic data... (read more) |
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Deterministic Methods for
Computing Lithology and Porosity in Complex
Carbonates |
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Fred
Jenson,
Petrophysical Advisor
Corporate Strategic Consulting.
The title of this
presentation is somewhat misleading in that both
Deterministic and Multimin methods of determining
lithology in complex carbonates are evaluated.
This case study is of a Smackover field in the
Gulf Coast of the United States.
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Fig. 1: Cross Section
of Smackover
Wells |
The Smackover is a carbonate
formation with a mixed lithology of limestone,
dolomite, sandstone and anhydrite. Determining the
lithology of an interval is a critical factor in
petrophysical analysis and limestone dolomite
formations containing free gas are especially
difficult. |
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Thin section core photographs and
whole core analysis are used to grade the methods
of lithology determination and select the best
technique to use in this particular Smackover
example.
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Fig. 2: Thin Section
Photograph of Smackover
Matrix |
The core photographs show the
different matrix types clearly and allow an
empirical evaluation of the multiple lithology
predictions. The whole core analysis is used to
decide which methodology is most accurate in this
case study.
This Smackover case study
demonstrates the two primary methods of lithology
determination in Geolog and has neat core photos
for the viewers to enjoy.
If you want to learn everything
about these methods and their results, click here to access the
webinar and view the full
presentation! |
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(continued...)
... These
data acquisition changes, however, have not
translated into a full return on investment for
the seismic program. Resulting seismic images only
carry some of the benefits from these rich
acquisitions. Clearly, conventional seismic
imaging, characterization, and interpretation
technologies require a necessary "upgrade" that
deals with this extra dimension of azimuth in an
accurate and comprehensive manner.
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Fig. 1: New insights
from
Wide Eye's full azimuth
angle |
Currently,
multi-azimuth and wide-azimuth datasets are often
processed and imaged independently by dividing the
recorded data into a small and manageable number
of offset-azimuth sectors. This type of process is
quite rudimentary, especially for long offsets,
and does not properly make use of the entire
recorded wave field. Furthermore, the seismic
images constructed from conventional azimuth
sectors carry information associated with surface
source-receiver offsets and orientations, rather
than true in-situ angle domain azimuth information
sampled at subsurface image points.
The Wide Eye
technology is based on an innovative solution for
generating full-azimuth, angle-dependent images,
using the full recorded wavefield in a new and
extremely efficient manner. The method generates
and extracts high resolution data and information
related to the subsurface angle-dependent
reflectivity with simultaneous emphasis on
continuous and discontinuous (e.g., faults, and
small scale fractures) subsurface features. The
revolutionary nature of the Wide Eye system is
that it enables geophysicists to use the entire
rich-azimuth data in a continuous fashion directly
in the angle domain, resulting in continuous
full-azimuth angle images and illumination
coverage (Fig.1).
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Fig. 2: Wide Eye's
Directional Seismic
Attributes |
The
multi-dimensional information contained within the
full-azimuth images is displayed very clearly,
leading to a more accurate and detailed
description of the subsurface. These full-azimuth
angle images can be generated for regional scale
surveys or at target-oriented resolution directly
at the reservoir location or along a specific area
of interest, such as well trajectories or between
well locations. Since these angle gathers carry
both full azimuth reflection (amplitude) and
directional (dip and azimuth)information (Fig. 2),
the geoscientist is able to generate and work with
a new set of deliverables for uncovering physical
and geometric properties of the subsurface.
Indeed, the main
advantage of the technology is its ability to
extract unprecedented value from wide-azimuth
data, both in marine and land
environments.
The Wide Eye
system is based on a combination of innovation and
invention and years of experience in Paradigm in
the development of seismic imaging and
interpretation technology. The Wide Eye system
offers a truly revolutionary approach to the
seismic method that has the potential to bring
unprecedented benefits to the oil and gas
exploration and production industry. Because of
the scope and breakthrough nature of the Wide Eye
technology, it is only being presented and offered
to a select group of customers seeking a higher
return on investment from their seismic programs
and willing to accelerate the deployment of
emerging technologies in their
organizations. |
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