10235 EAGE PARIS v2

Transcription

10235 EAGE PARIS v2

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SHARING THE EARTH
Second
Announcement
66 t h E A G E C o n f e r e n c e & E x h i b i t i o n 7 - 1 0 J u n e 2 0 0 4
Paris Expo, Porte de Versailles, France
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Invitation
“Sharing the Earth” is the theme of the 66th EAGE
Conference & Exhibition and is truly at the heart of the work
of the geoscientists and engineers involved in Oil and Gas
or Near Surface issues. This means not only to look around
to encourage inter-disciplinary cooperation, but also to look
ahead in order to anticipate changes in the future.
Paris Local Advisory committee
Chairman ■ Jean-Marie Masset ■ Total
Vice-Chairman ■ Dominique Guérillot ■ IFP
Olivier Dubrule ■ Total
Olivier Peyret ■ Schlumberger
Michel Manin ■ CGG
Jean Tachet des Combes ■ Total
Alain Mascle ■ IFP School
Mary Ford ■ ENS Géologie de Nancy
Alain C. Gringarten ■ Imperial College London
Isabelle Cojan ■ ENS Mines de Paris
Pierre Andrieux ■ Université Pierre et Marie Curie (Paris VI)
Theo Kortekaas ■ Shell International Exploration & Production BV
The Conference will be a great opportunity for looking both
around and ahead; the Paris Local Advisory Committee has
lined-up a series of field trips, workshops, special sessions
and a student forum organized by leaders in their discipline
and it is a pleasure to announce that this year the Society of
Petroleum Engineers (SPE) is participating in the organization
of part of the Technical Programme.
This event promises to be a very special one; it is already
raising enormous interest in Europe, the Middle East, Africa
and many other parts of the world. It is one you cannot miss,
located in the “City of Lights” where the LAC has prepared
many surprises for you....
Jean-Marie MASSET
Chairman of the Local Advisory Committee
Milestones
■
■
■
■
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Deadline Call for Papers
Deadline booking Commercial Presentations
Deadline early registration
Deadline hotel accommodation bookings
Final Announcement
Deadline pre-registration
10 January 2004
15 March 2004
15 March 2004
15 April 2004
Mid April 2004
1 May 2004
Main Sponsors
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President’s Welcome
inter-disciplinary integration. This will be manifest in two
different ways. Firstly, we will have an increasing contribution
from our recently incorporated Near Surface Geoscience
Division. And secondly, and more radically, we will have a
very significant contribution from the Society of Petroleum
Engineers (SPE).
The collaboration with the SPE was announced in Stavanger
in June 2003, where we indicated that our two societies had
agreed to combine the EAGE Annual Conference with SPE’s
EUROPEC Event, with a single shared exhibition. It had been
our hope to deliver the first fully combined event at Paris 2004,
but for practical reasons it has proved impossible to do this.
However, this will certainly occur in Madrid in 2005, and
thereafter. While falling short of our original goal, we look
forward to welcoming a substantial SPE presence in Paris,
in terms of short courses, technical sessions and also senior
office-bearers.
One of the great joys of the EAGE Annual Conference &
Exhibition is that it moves around between many of the great
cities of Europe. In 2004 we will be visiting a great favourite
of many people, myself included, namely Paris. Having lived
and worked in Paris, I am well aware of the quite unique
character and individuality of the city and its people.
Accordingly, I am looking forward to what is being prepared
for Paris 2004 with a very great sense of anticipation. It will
be different, and gloriously so!
Paris 2004 will indeed be different, and I look forward
to welcoming you there!
On behalf of the European Association of Geoscientists
& Engineers,
As with earlier EAGE Conferences the theme for Paris 2004 of
“Sharing the Earth” reflects both our association’s emphasis
on social responsibility, and also our fundamental tenet of
Don Milne
President EAGE
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General Information
Venue
Public Transportation Card
Paris Expo
1, place de la Porte Versailles
75738 Paris Cedex 15
France
A free public transportation card will be available for all
registered full delegates and registered family members of
the 66th EAGE Conference & Exhibition. The card will be valid
from Monday 7 June through Thursday 10 June 2004 and can
be used for bus, Metro and RER.
The transportation card covers zone 1 and 2 in Paris, which
includes all the arrondissements (I – XX) within the
périphérique. Each card will be issued with a map for bus,
Metro and RER. The Metro station at Paris Expo is “Porte de
Versailles” and is situated in front of the Exhibition centre.
Opening Hours Registration Workshop
Package Only (Incl. Disc)
Saturday
Sunday
Monday
5 June
6 June
7 June
16.00 - 18.00 hrs
07.30 - 13.00 hrs
07.30 - 09.00 hrs
Eage Extended Abstracts CD-Rom
The Abstracts are available on CD-Rom for all full delegates
(included in the Conference fee).
The Paris 2004 Extended Abstracts CD-Rom can be collected at
the EAGE Bookshop in exchange of the CD-Rom voucher
(attached to your badge). EAGE members can obtain a copy of
the Extended Abstracts CD-Rom at a discount should he/she
not be able to attend the Conference. Members who wish to
make use of this offer should place and pay their order through
the EAGE Bookshop (www.eage.nl/publications) before 1 May
2004. The CD-Rom will be mailed after the Conference.
Opening Hours Registration Conference
& Exhibition and Workshop Package
Sunday
Monday
Tuesday
Wednesday
Thursday
6 June
7 June
8 June
9 June
10 June
14.00 - 17.00 hrs
09.30 - 19.00 hrs
08.00 - 17.00 hrs
08.00 - 17.00 hrs
08.00 - 16.00 hrs
The CD-Rom is sponsored by IFP
The registration network is sponsored by IBM
Catering
Official Invitation
Paris Expo offers various self-service, à-la-Carte and fast food
restaurants.
Several coffee points are located throughout the Paris Expo
halls.
Official invitations for visa purposes will be issued by the
Business Office to persons who have registered and paid for
the Conference. To request an official invitation please use
the on-line application form on the EAGE website
(www.eage.nl/conferences). Applications should be
submitted before 1 May 2004. Application received after this
date will not be taken into consideration.
Coffee (and tea) is sponsored by Schlumberger and
WesternGeco
Please allow at least two weeks for processing and note that
delegates are responsible for requesting an official invitation
in due time.
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Conference Overview
technical papers as part of the scheduled technical sessions,
but will bring students together. Speakers from the industry
will conclude the Forum.
Monday 7 June 2004
EAGE Business Meeting
11.00 – 11.30 hrs
Opening by an official French
representative
Students’ Reception
18.00 – 19.30 hrs
Following the Students’ Forum the traditional Students’
Reception is organised.
Opening Session
16.00 – 16.30 hrs
The Students’ Forum and Students’
Reception are sponsored by Veritas
DGC and Total
General Session
16.30 – 18.00 hrs
Sharing the Earth
Speakers: E. Bard, Cerege
C. de Margerie, Total
O. Appert, IFP
A. Gould, Schlumberger
Wednesday 9 June 2004
Conference Evening
19.30 – 00.00 hrs
A very special event is planned for all full delegates, student
delegates and family members in the Grande Galerie De
l’Evolution and the Mineralogie building of the Muséum
National D’Histoire Naturelle.
Icebreaker Reception
18.00 – 20.00 hrs
Tuesday 8 June 2004
“Today”, the permanent exhibit of the Grande Galerie does not
present the zoological classification any longer, but a federative
subject: The Evolution, issue structure of all life sciences. This
exhibit explains at the same time what makes the major unity of
the living world and manage to clarify how it diversified, during
geological times, starting from a common origin.
Tuesday is a special “Executive Day” with two executive
management sessions dedicated to two crucial topics facing
the industry today. The traditional Senior Executive Managers
Lunch will take palce between two Executive Sessions.
Special Morning Executive Sessions
Geosciences and Engineering and the Future of Energy
Resources
Chairmen to be confirmed
In this beautiful setting EAGE welcomes you with European
hospitality and French “cuisine” with a buffet diner that
reflects the French traditional kitchen. Appropriate music will
adorn the evening. A visit to the Museum is an absolute must.
Senior Executive Managers Lunch
12.00 – 14.00 hrs
Speaker: R. Brauck, chairman & CEO CGG
Further details will be published in the Final Announcement
and on the EAGE website (www.eage.nl/conferences).
The Senior Executive Managers Lunch
is sponsored by Veritas DGC
Thursday 10 June 2004
Special Afternoon Executive Sessions
Multidisciplinarity and Integration
Chairman: Patrick Corbett (Heriot-Watt University)
Closing Session
16.00 – 17.00 hrs
The Closing Session comprises, among other things, the
Awards Ceremony.
Details on nominations will be published on the EAGE website
www.eage.nl and in the Final Announcement (April 2004).
Students’ Forum
15.30 – 18.00 hrs
A special Students’ Forum will take place. The afternoon will
start with a technical session where students will present a
summary of their thesis research work in 5 to 10 minutes each.
The Students’ Forum is not a replacement of presentations of
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Technical Programme
This special session will focus on the twin challenges of
Multidisciplinarity and Integration facing the present-day
industry. The session will consider a number of topical
themes: working within an asset-based approach, the need
for specialist and generalist training, identifying core
competencies, staff mobility, the role of visualisation and
the value of integration in case studies. A panel of speakers
will be invited to consider the progress that the industry has
made in reducing the ‘walls’ whilst maintaining the ‘core’.
The Technical Programme consists of oral and poster
presentations, workshops and field trips. Oral and poster
sessions will run concurrently from 8 to 10 June 2004. All
presentations will be in English.
Poster Presentations
The poster area will be located in Hall 4 of Paris Expo, Porte de
Versailles. The set-up of these presentations will be the same as
the last 2 years. Each poster will be on display for one full day,
new posters will be on display each day. Posters and oral
presentations consist of 25 min. time slots, which include
presentation as well as discussion. Posters are grouped by
session in a separate area, each area is equipped with a high
table and a power socket, allowing presenters to use their
laptop to show some extra information during the presentation.
An on-line Call for Papers form is available on the EAGE
website (www.eage.nl/conferences).
Dedicated Sessions
A number of dedicated sessions are proposed. The chairmen
of these sessions will be in charge of contacting the speakers
and organizing the abstracts for these dedicated sessions.
The following dedicated sessions are proposed:
■ Geosciences Aspects of Nuclear Waste Disposal
Chairman: Markku Peltoniemi (Helsinki University of
Technology)
■ Soil Remediation in the Oil and Mineral Industries
Chairman: Frank Haeseler (IFP)
■ Very High Resolution Seismics Applied to Shallow
Exploration
Chairman: Pierre Andrieux (Université Pierre et Marie
Curie-Paris) & Jean-Luc Mari (IFP)
■ Are multicomponent Vector Fields Finally Becoming
a Reality?
Chairmen: Pierre-Yves Granger (CGG),
Robert Garotta (CGG) & Lasse Amundsen (Statoil)
■ Porosity and Fluid Detection in Chalk Reservoirs
Chairman: Gary Mavko (Stanford University)
■ New Insights from Deepwater Reservoir Models
and Production
Chairmen: Paul Weimer (Colorado University)
& Remi Eschard (IFP)
■ Carbonate Reservoirs, Challenges and Perspectives
Chairmen: Gregor Eberli (Miami University)
& Florence Vieban (Total)
■ Recent Results on Continental Margin Processes
Chairman: Eric Deville (IFP)
■ “Best of ” Sessions from recent Conferences
Deadline for submitting abstracts is 10 January 2004
The Technical Programme Committee is looking forward to
the challenging job of selecting the best of current research
and experience in the chosen areas. All abstracts will be
carefully evaluated and selected on basis of quality for oral
and poster presentations. Authors selected to present their
paper will receive a ‘Recommendation for oral and poster
presentations at EAGE Conferences’. This Recommendation
should be taken into account by presenters in order to meet
the presentation requirements: this information can also be
found on the EAGE website under Call for Papers / Speakers.
Special Executive Sessions
Two special sessions are selected for Tuesday 8 June.
1 Special Morning Executive Session
■ Geosciences and Engineering and the Future of Energy
Resources
Chairmen to be confirmed
What will be the future role of the geoscientist with
relation to issues such as:
■ How to optimize conventional resources?
■ How to go beyond conventional resources?
■ How to handle greenhouse gases?
SPE Participation
Society of Petroleum Engineers (SPE) is participating in the
Technical Programme through specific sessions and three
short courses.
2 Special Afternoon Executive Session
■ Multidisciplinarity and Integration
Chairman: Patrick Corbett (Heriot-Watt University)
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Workshops
W1
Process and Stratigraphic Modeling
for Basin and Reservoir Evaluation
Sunday 6 June, 09.00 – 17.00 hrs
Workshop convenors:
Remi Eschard
IFP
Jo Ann Hegre
Total E&P UK, Geoscience Research
Centre
The modeling of sedimentary processes has made rapid
progress over the past decade and is now used within the
industry to reconstruct basin and reservoir architecture.
These new methodologies contribute to reduce risk during
basin exploration and improve the prediction of facies
distribution within a reservoir.
Different approaches are used to model sedimentary
processes: hydraulic experiments in flumes, numerical
simulation of physical or biological processes, empirical
quantification of the sequence stratigraphy principles,
merging geostatistic and process modeling, etc. The
reconciliation of these approaches is still a challenge as the
concepts, physics and the space-time scale may be
completely different.
At the basin scale, stratigraphic simulation is a fantastic tool
to integrate various types of data and to understand the role
of the parameters controlling the basin architecture. The
quantification of the accommodation and of sedimentary
fluxes both in clastics and carbonates has provided a key for
discussing the relative role of tectonics and climate on basin
architecture. Stratigraphic models are now integrated in the
workflow of the modeling of the petroleum system.
The key topics are the followings:
At the reservoir scale, the simulation of sedimentary
processes helps to understand the geometry of the
sedimentary bodies and their facies distribution. Stratigraphic
modeling also provides a new constraint for reservoir
geostatistical modeling. The experience of coastal and fluvial
engineers and geomorphologists may also bring a lot to better
constrain reservoir modeling over short period of time.
■
The aim of this workshop will be to encourage exchanges
between the different communities of geoscientits developing
such approaches. We would also like to show applications of
these methods in the industry both in basin exploration and
reservoir appraisal as well as conduct a debate on the
benefits/pitfalls of stratigraphic modeling.
■
■
■
■
■
■
■
■
Analogical modeling of sedimentary processes in flumes,
Numerical modeling of physical processes for transporting
sediments,
Fluvial and coastal engineering approaches,
Quantification of carbonate and organic matter production,
Climate simulation,
2D and 3D stratigraphic modeling of clastic, carbonate and
organic-rich systems,
Merging geostatistics and stratigraphic simulation,
Combining structural and stratigraphic modeling,
Using stratigraphic simulation to discriminate tectonic and
climatic effects on sedimentation, Basin and reservoir
application of process and stratigraphic simulation in
different sedimentological settings.
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Workshops
W2
The workshops will be organized into 3 sections:
Current Best Practices
■ Open Problems and Questions
■ New and Game Changing Technologies
Scales Changes in
Shared Earth Model
■
Workshop convenors:
Jean-Laurent Mallet École de Geologie-Nancy
Scot Evans
Landmark
Benoit Noetinger
IFP
This one-day workshop is structured in 4 sessions of 2 hours.
Each session, could be scheduled as follows:
1 A keynote speaker to give an overview (20 mins + some
time for specific questions)
2 1 - 2 other speakers to present different/new ideas (15
mins + time for specific questions)
3 A general discussion (30 mins)
4 A summarizing (5 mins)
In recent years the use of “Shared Earth Models” (SEM) has
moved from the domain of the expert to that of the E&P Asset
team. By definition, one calls the SEM the pair consisting of a
unique Structural-Model (SM) representing the topology and
geometry of the subsurface plus a unique Property-Model
(PM) providing a mechanism to model piecewise continuous
functions representing the physical and geological properties
inside each fault block.
W3
Geological Storage of
Residual Gases (CO2, H2S)
Workshop convenors:
Pierre Lethiez IFP
Ipo Ritsema
TNO-NITG
There are currently two major types of sources of residual
gas emissions in developed countries: fuel combustion,
entailing large emissions of carbon dioxide (CO2) ; the other
one is related to industrial processes leading to possible
emissions of hydrogen sulphide (H2S). CO2 is the major
contributor to the additional greenhouse effect when H2S is
present in large oil and gas reservoirs and was traditionally
transform into sulphur.
In practice, however, the cellular partition corresponding to
the Structural Model is not appropriate to comply with all the
different needs of specific applications such as geostatistics,
flow simulations, seismic ray tracing or structural geology. It is
necessary to partition these fault blocks into smaller 3D-cells,
termed a “3D Grid”, in order to capture fine heterogeneities
that are then aligned along the horizons while honouring the
discontinuities induced by the fault network. The degree of
resolution required by each of these processes will be
different, however the need for each ‘version’ the 3D Grid to
both honour the Structural Model, and not distort the Property
Model is critical.
Residual gas management comes along with industrial and
economical development, and has been the point of attention
by the community at large. One sustainable option still at an
early development stage is the injection and storage in a
geological formation.
The goal of this workshop is to review up-to-date best
practices in these geometrical and property scale change
issues. Particular attention will be paid to techniques allowing
to have a common property model used to “paint“ (upscaling
or downscaling) 3D Grids used by different applications at
different scales of resolution.
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Different opportunities are available for the geological storage
of residual gases:
■ depleted oil and gas reservoirs: this option has been
intensively used for EOR by means of CO2 injection,
■ deep saline aquifers: one offshore experiment exists on
the Sleipner field in Norway,
■ coal seams, where the CO2 has the ability to displace
methane that can be produced (ECBM).
■
Risk Management and HSE: a thorough analysis should
cover risks associated with geological storage to sort out
priority themes. Impact of potential leakage to environment
and population around an injection site has to be identified
and estimated.
It is also of major importance to validate and demonstrate
this concept of geological storage at pilot and full-field scale.
To make residual gases geological storage a viable and
publicly acceptable solution, research is needed:
■ Fluids Characteristics and Dynamics: modelling of
physical and transport properties of the gases, and
validation with data, collected or to be acquired.
Multiphase flow of mixtures either in well or in porous
media would help understand their dynamics. Solubility of
injected gases will allow assessment of compatibility with
fluids in place and transfer of active components.
■ Well architecture: dealing with short term issues linked to
injection phase, as well as long term issues after well
abandonment. Materials to be used, the way to use them
and their ageing is critical. Retrofitting of existing wells as
also to be investigated.
■ Formation integrity: impact of the injected fluids in the
near well bore is a major short term issue, while checking
on possible alterations of the matrix properties, including
its mechanical behaviour. Conversely, cap rock would be
dealt with in a very accurate way to assess modifications
in its composition and mechanical properties.
■ Long term migration: injected fluid migration into the
formation over geological time, including diffusion in
connected aquifers is a major concern that conditions
acceptance of the option. It as to be evaluated against
safety and environmental issues (pollution of other
aquifers and soils).
■ Monitoring: it is compulsory to dispose of monitoring
tools to follow the evolution of the gas accumulation over
an adequate period of time. Applicability of reservoir
monitoring (4D seismic, tracers…) and well monitoring
techniques as to be checked to qualify and quantify
measurement procedures.
W4
Magnetotellurics and Controlled
Source Electromagnetics Applied to
Hydrocarbon Exploration and Production, and to Deep Mining Prospecting
Workshop convenors:
Pierre Andrieux Université Paris VI
Simon Spitz
CGG
Don Watts
Geosystem (Onshore Exploration)
Andrea Zerilli
EMI-Schlumberger (Offshore E & P)
The first publication on Magnetotellurics (MT), by Louis
Cagniard, appeared simultaneously in Geophysics and in Les
Annales de Géophysique in 1953. To celebrate the 50th
anniversary, we will hold a special workshop in Paris, in 2003.
Professor Mark Berdichevsky, from Moscow University, who
has been deeply involved in MT for more than 50 years, close
to Academician A.N. Tikhonov, will be our special guest.
We would particularly like to invite Exploration Managers of
all oil companies and their chief geologists and geophysicists
to attend the morning sessions of the Workshop, which will
cover the following topics:
1 Two successful case histories will be reviewed – one deals
with onshore exploration and the second one with
offshore exploration. Some of the questions we will
address include, “Why doesn’t seismics solve the
problem?”, “What are the types of images one can recover
from MT?”, “How reliable and robust are the images?”,
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Workshops
“What is the spatial resolution?”, and “How were the
proposed wells located?” The limitations of MT and the
pitfalls discovered from experience will be presented,
together with the minimum tool box required for oil
companies to control the quality of feasibility studies and
of surveys, from acquisition to processing, modelling and
inversion.
2 The present state of the art and the near future in 3D
modelling, inversion and imaging. Results from both
synthetic models and a real exploration case history will
be presented.
3 A discussion between exploration managers, geologists,
seismic experts, and the MT community concerning the
issues raised during the presentations.
W5
What Prestack Data and Processing Do
We Need for Reservoir Characterization?
Workshop convenors:
Aart-Jan van
Wijngaarden
Norsk Hydro
Philippe Thierry
École des Mines de Paris
Laurence Nicoletis IFP
The aim of the workshop is to evaluate the state-of-the-art in
reservoir characterization and (4D) management from
prestack seismic data. It is well known that angle dependant
seismic reflectivities bring useful information on elastic
properties that can be interpretated in terms of reservoir
properties. However, it is in general difficult for the end-user
to evaluate the uncertainties and qualify the data all along
the whole process: true amplitude imaging, eventual AVA or
elastic inversion, quantitative calibration between prestack
attributes and reservoir properties.
Managers in charge of new technologies, new plays and
innovative approaches are invited to join us for the afternoon
sessions, which include:
1 An introduction to Controlled Source Electromagnetics
(CSEM), via Seismics and Magnetotellurics, using not
more than 6 mathematical equations: wave and energy
propagation and diffusion, sensitivity analyses, low and/or
high resolution and new fields of application for
electromagnetics.
2 The use of MT and/or CSEM in addition to high quality
seismics, with application to stratigraphy and fluid content
in both onshore and offshore exploration. Can we help
locate new production wells by mapping the oil/water
contact(*)?
3 EOR: can we monitor fluid or gas injection(*)? What has
already been achieved and what are we aiming for?
4 Near-well and cross-hole electromagnetics as a way to
extrapolate the geological information in the vicinity of
each well and as a means of mapping the oil/ water
contact(*).
In this workshop, we want to discuss the latest progress that
have been made in order to increase data accuracy, define
quality criteria and eventually evaluate uncertainties at each
step of the whole process. In this way we aim at crossfertilising the insights of those processing/imaging the
We hope that after the final discussions, electromagnetic
techniques will no longer be looked at as a black box, and
that there will be a demand for integrating them into the new
reservoir modellingand interpretation studies.
(*) The porous rocks of a reservoir contain hydrocarbons or
brine or a mixture of phases. Seismic P-wave velocity varies
very little with liquid type whereas resistivity varies over one or
two orders of magnitude from resistive reservoirs containing
hydrocarbons to conductive reservoirs containing brine.
Methods determining resistivity remotely from the earth’s
surface therefore have the potential to discriminate between
hydrocarbons and brine before drilling. After several decades
of research, this potential is at last being realised.
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Workshops
seismic data, and the interpreters who want to use the
prestack amplitudes analysis for reservoir characterization
and management.
The workshop will be a multi-disciplinary gathering of
interest to processing geophysicists, reservoir geoscientists
and reservoir engineers who want to share their knowledge
and find out how their work might fit with findings and
uncertainties from other disciplines.
The workshop will be divided in 2 parts:
1 Imaging for prestack amplitude analysis
2 Prestack amplitude analysis for lithology and fluid
prediction
Unfortunately, all these data are generally associated with
significant errors, at any step from the data acquisition itself,
its processing, interpretation and integration. All these
uncertainties combined with the geological assumptions made
in the modeling workflow finally lead to a complex process
which enables to take into account the different physical
phenomena that occur in the field. It is however populated by
a very large number of uncertain parameters. Consequentially
the outputs of this modeling workflow, for instance production
profiles or final oil recovery during the production phase as
well as economic evaluation, will be as uncertain.
The key topics are the followings:
Impact of acquisition (foot-prints) on amplitudes after
prestack migration
■ PSTM versus PSDM
■ Common angle imaging versus offset to angle mapping
for AVA inversion
■ Impact of multiples and impact of errors in the velocity
model
■ Repeatability of amplitude imaging
■ Amplitude reliability and QA
■ AVO/AVA inversion
■ Elastic inversion & lithology
inversion
■ Reservoir & 4D characterization
■
W6
In this workshop we want to focus on uncertainty
quantification and reduction. In a first session, the up to date
methodology to quantify and propagate uncertainty all along
the reservoir engineering workflow will be discussed,
including for instance Monte-Carlo sampling, experimental
design, neural networks, geostatistical methods, the effect of
upscaling and decision tree techniques. The benefits and
limits of each method as well as the best way to combine
these methodologies for an optimal risk assessment process
will be discussed. In a second step, the debate will focus on
how to find out which parameters can help reduce these
uncertainty ranges and methods for accomplishing this
reduction by integration of dynamic data such as well tests,
production and 4D seismic. This may include advanced
history match techniques such as automated inversion
process, constrained geostatistical modeling, bayesian
formalism. The objective is to focus on the way these
techniques can help reduce the uncertainty ranges honoring
all available data and knowledge of the reservoir.
Uncertainties in Production Forecasts
and History Matching
Monday 7 June, 09.00 – 16.00 hrs
Workshop convenors:
Emmanuel Manceau IFP
Frans Floris
Shell International Exploration
& Production
Ricardo Portella
Petrobras
Quantifying and reducing the risk in reservoir evaluation is
a major challenge for the oil industry and related economy.
Uncertainties exist at all levels: data acquisition, physical
formulations, mathematical models, numerical solutions and
computer accuracy. Thanks to high technology data acquisition
programs, it is nowadays possible to calibrate complex
numerical models that integrate all this information towards
complex geological and fluid flow modeling and to optimize
these models for maximizing oil recovery and economics.
The workshop will focus on R&D methodologies and a large
part will be dedicated to debate on what remains to be done
to tackle the problems. Invited speakers will kick off the
sessions followed by submitted papers. The debate will be
continued in a discussion forum with breakout sessions.
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Workshops
W7
Can Time-Lapse Seismic
Be More Quantitative?
W8
Estimation of Accurate Velocity
Macro-Models in Complex Structures
Workshop convenors:
Etienne Robein Total E&P-UK, Geoscience Research Centre
Frederic Roggero IFP
Workshop convenors:
Gilles Lambaré École des Mines de Paris
Paul Sexton
Total
Frédéric Billette BP
Time-lapse seismic is increasingly used to monitor fluid
movements, detect water encroachment or identify unswept
reservoir zones. It is a very powerful technique to provide
information at the reservoir scale as a function of production
time. However, interpretation of time-lapse seismic (4D) is at
present mainly qualitative and performed manually. Reservoir
production mechanisms are assessed by a visual comparison
between various vintage seismic attribute maps and fluid
flow simulation results. Unfortunately, this qualitative
approach is time consuming, subject to interpretation errors,
and may not yield the most accurate production forecasts,
given the time and money invested. Moreover, uncertainty
quantification and risk assessment are poorly addressed
in this process.
These difficulties motivate the development of quantitative
interpretation techniques, with the goal to improve the usage of
time-lapse seismic information in production forecasts and
ultimately in decision making in reservoir management.
Seismic depth migration has been demonstrated to be
essential for the imaging of complex geological structures
with lateral seismic velocity variations. The imaging of salt
structures has arguably produced the most spectacular
results so far, although we continue to see dramatically
improved images in a variety of geological settings.
The advantages aside, 3D Pre-Stack Depth migration remains a
difficult and computationally intensive process that requires a
great deal of interpretative input and QC. This workshop will
cover the most difficult and time-consuming aspect of the depth
imaging process: the construction of an accurate velocity model.
Broadly speaking, model building techniques can be separated
into two main categories: initial model building techniques
(using unmigrated or time-migrated seismic gathers) and model
refinement techniques (using depth-migrated gathers). In each
of these categories we can further sub-divide the methods into
analytical, scanning and inversion approaches. Clearly, the
inversion techniques are theoretically the most accurate
methods but practical and numerical difficulties continue to
prevent their widespread use in many environments.
The workshop will be an opportunity to review the state of the
art in these different techniques. In particular, there will be a
focus on what progress still needs to be made before more
advanced inversion techniques can replace current analytic
techniques.
The workshop will encourage presentations and discussions
focusing on the following topics:
■ Lessons learned from real cases:
difficulties and new challenges
■ Issues in the reconciliation and integration of various
types of data: different physical parameters, different
scales, time versus depth domains
■ Which 4D seismic attributes (reflectivity, acoustic
impedance, elastic impedance, others) are most relevant
to the quantitative interpretation of static and dynamic
reservoir properties (porosity, lithology, pressure and
saturation changes)
■ Should we update the dynamic simulator model or the
geological model to account for production and 4D seismic
data: deterministic versus stochastic approaches
■ Accuracy, reliability, upscaling of the petrophysical model
■ ‘True amplitude’ seismic: is this achievable (acquisition
and processing issues)
■ Uncertainties estimation: impact of input data accuracy and
modeling uncertainties on production forecasts
■ Added value of time-lapse seismic in the decision making
process
The following issues will be addressed:
1 Practical aspects of velocity model building in complex
structures
■ Data picking (move-out on pre-stack gathers,
interpreted horizons).
■ Velocity model parameterisation (blocky versus smooth
versus hybrid).
■ Ensuring consistency between the velocity model and
the seismic image.
2 Wave-Equation velocity updating
3 Anisotropic PSDM for time-to-depth conversion and
estimation of structural uncertainty
The challenges of velocity model building will be illustrated
through presentation of case studies on both synthetic and
real data.
… and any other ones you feel appropriate!
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Workshops
W9
as time, location and content are fixed, and flexible in as far
as the system allows personalization, it can be customized
and it can be given on demand. In practice blended learning
consists of: classroom elements, electronic learning methods,
knowledge management techniques, on the job training,
discussion forums and use of e-learning modules.
Blended Learning, a Learning
Model for Geoscientists?
Workshop convenors:
Jacques Estival Total
Francisco Kets Shell
Based on some lectures focused on significant case studies and
experience, you will be invited in this workshop to exchange
ideas and propose solutions on the five following themes:
1 Transition from classical learning to customized training,
status in oil industry and universities,
2 Change management from classical learning to blended
learning: how to make the course content more flexible,
3 Recent developments: ideas, novelties, convergence with
KM and human resources management,
4 Criteria for evaluation of success of blended learning
methodology,
5 Building the business case: development costs, return
on investment, benefits.
After the time for enthusiasm, time for reason...
A few years ago, when it first appeared on the market, elearning gave rise to a wave of enthusiasm in the world of
industry and education. This was true in particular for the oil
industry where people are dispersed all over the world.
Among other possible applications, the e-learning was seen
at this time as an appealing solution for distance learning.
Although this enthusiasm has been sustained for some time
by tool vendors, a counter wave brought disappointment,
leaving people with the impression that they have tested only
gadgets. Time for pure e-learning solutions seems over today, Time has come now for Blended Learning solutions.
On conceptual level, what we call blended learning contains
a combination of fixed and flexible elements: fixed in as far
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Distinguished Instructor Short Course (DISC)
DISC
A review of these basins shows
the different tectonic settings
and associated structural
styles. The review also
demonstrates that most
reservoirs are pure stratigraphic
traps or combined traps.
A review of seals, source rocks
and modeling principles gives
the geophysicist practical
techniques for understanding
Dr Paul Weimer
deep-water systems.
The course concludes with a summary of what is important in
the exploration for and development of deep-water systems.
The application of these techniques to each geophysicist’s
current projects is key, as is the difference between frontier
exploration and exploration in mature basins with deeper
potential. Examples from 3 or 4 basins distributed globally
illustrate the principles. These examples will also demonstrate
that there is deep-water potential in most basins globally.
Petroleum Systems
Of Deep-Water Settings
Instructor:
Dr Paul Weimer University of Colorado
The DISC Course is presented by the EAGE in
cooperation with SEG.
Please note that the DISC Course is part of the Workshop
package. Therefore, the participants must be registered for
the Workshop package, or register for the DISC separately .
Overview
This course provides geophysicists with a broad overview of the
petroleum systems of deep-water settings. The course design
allows geophysicists to quickly integrate the information into
their daily workflow. The material presented is approximately
the 80-85th percentile of available information. Lectures will be
complemented by extensive references to key publications that
geophysicists may use to follow up. This course emphasizes the
geologic aspects of deep-water deposits.
Biography
Paul Weimer has been a professor at the University of
Colorado at Boulder since 1990. He holds the Bruce D.
Benson Endowed Chair in Geological Sciences, and serves as
Director of the Energy and Minerals Applied Research Center.
His research has focused primarily on the petroleum systems
of deep-water continental margins.
Dr. Weimer has published more than 100 papers on a variety
of topics: sequence stratigraphy, biostratigraphy, reservoir
geology, petroleum systems, 3-D seismic interpretation,
structural geology and tectonics. In 1998, a special edition of
the AAPG Bulletin was dedicated to the research done at the
University of Colorado by Dr. Weimer and colleagues on the
petroleum geology of the northern deep Gulf of Mexico.
Dr. Weimer has also co-edited eight books, focusing on
petroleum systems of deep-water, sequence stratigraphy, 3D
seismic interpretation, and North Alaska Geology. He is
currently writing a book for AAPG on the petroleum geology of
deep-water deposits.
Dr. Weimer served as an AAPG Distinguished Lecturer in 19981999, and was the Esso Australia Distinguished Lecturer in
2001. He received his BA with Honors in Geology from Pomona
College in 1978, and his MS degree from the University of
Colorado in 1980. He worked as an exploration geoscientist
for Sohio Petroleum (later BP) in San Francisco, CA, from 19801984. He received his PhD in 1989 from The University of Texas
at Austin. He worked with Mobil Oil in Dallas, TX, from 19881990 as a research and exploration geoscientist.
Summary
The course will start with an overview of the geology of deepwater systems, past, present and future. This review will
cover the recent trends in deep-water in terms of drilling
results, and introduce the elements of petroleum systems—
reservoirs, traps, seals, source rock, migration, and timing.
The key characteristics of the key reservoir elements in
turbidite systems are: a) sheet sands (layered and
amalgamated), b) channel fill, c) thin beds (overbank), and (d)
slides and debris flows. The seismic stratigraphic expression of
these systems is present in 2D, shallow 3D, and depth 3D, and
integrated with the wireline log expression and information
from outcrops, cores, and biostratigraphy. Examples from
several producing basins around the world illustrate these
points. The production history and the reservoir challenges in
developing each of these fields is discussed.
Participants are introduced to the basic occurrences of
turbidite systems in a sequence stratigraphic framework.
Examples show how to modify the basic model for each kind
of basin setting (structural setting, faults, and salt), high
frequency sequences, sediment delivery systems, and the
effects of grain sizes on turbidite systems. Carbonate and
lacustrine systems are also discussed.
Many different kinds of basins produce from turbidite systems.
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Field Trips
F1
The Bay of Mont-Saint-Michel
(NW France) – Facies, Sequence and
Evolution of a Modern Megatidal
Embayment and Estuarine Environment
Friday 4, Saturday 5 and Sunday 6 June
Field trip leaders:
Bernadette Tessier Université de Caen
Bruno Caline
Total
Programme:
Departure from Rennes at 15.00 hrs (TGV station or airport)
Return to Rennes at 18.00 hrs
(TGV station or airport)
ascensum (i.e. postdepositionnal) always in relation to massive
sands turbiditic infilling channels. During two days field-trip,
we will attempt to analyse the geometry of the individual
injectites and the coeval dykes and sills networks, to observe
and detail continuity between the injectites and their feeder
body. A particular interest will be brought to the localization
of the sandy injections in the “massive” turbiditic systems.
Results of numeric simulations of host formation behaviour will
be used to discuss the genetic processes and the main
parameters of early fracturing and sandy injection.
The aim of the field trip is to examine the present-day
sediment distribution and dynamics as well as the Holocene
and historical evolution of this unique megatidal environment
(tidal range up to 15 m). The different sub-environments of
the bay will be visited: the tide-dominated estuary near the
Mt-St-Michel, the wave-dominated eastern coast, the tidal
flats of the western bay. The excursion will focus on
characterisation of depositional facies, on geometry of
sedimentary bodies and on sequence evolution. Examples of
very high resolution seismic profiles from similar depositional
systems will be also provided.
Difficulties:
On the two days, we will climb up by about 200 metres.
Nothing to worry about, but good hiking shoes are
recommended. Weather conditions can vary rapidly; in this
season, a warm Provence weather is likely to be. A rucksack
is mandatory to carry one bottle of water/per person, plus
field equipment.
Minimum number of participants: 10
Maximum number of participants: 25
F2
Sandy Injections into Deep Marine
Shales – The Vocontian Clastic Dykes
and Sills and Their Feeder Channels
Architecture (SE France)
Friday 4, Saturday 5 and Sunday 6 June
F3
Burgundy Analogs of Jurassic
Carbonate Reservoirs Sedimentology,
Ecology, Geometry, Heterogeneity (with
Applications to the Vineyard Geology)
Field trip leaders:
Olivier Parize École des Mines de Paris
Jean-Loup Rubino Total
Saturday 5 and Sunday 6 June
Programme:
Departure from Marseilles - Provence Airport or Aix-enProvence TGV station at 18.00 hrs
Return to Lyon Saint Exupéry /TGV station-Airport at 18.00 hrs
Field trip leaders:
Jean-Pierre Garcia Université de Bourgogne
Fabrice Gaumet IFP
Benoit Vincent IFP
The goal of this field trip is to show varied examples of sandy
dykes and sills in their morphologic and sedimentary setting.
The Aptian – Albian “blue marls” formation of the basin of the
South-east of France presents many examples of sandy
injections (i) per descensum (i.e. syndepositionnal) or (ii) per
Programme:
Departure from Paris Expo Porte de Versailles by bus in the
early morning
Return to Paris Expo Porte de Versailles by bus in the early
evening
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Field Trips
Middle Jurassic carbonate platforms were prolific oil
reservoirs in the Paris Basin during the last century. They are
beautifully exposed in a large set of quarries from the
Châtillonais up to the “Route des Grands Crus” (Beaune-Côte
de Nuits). 3D-walls of quarries combined with time surfaces
allow to analyse in detail the stratigraphic architecture of
sub-tropical platform elements (microbial lagoon, tidallyinfluenced bioclastic shoals, wave-dominated oolitic shoals,
coral patches, benthic-rich hardgrounds, etc.). The highresolution correlation of Latest Bathonian-Early Callovian
platforms will be done to the subsurface of the adjacent Paris
Basin, based on sequence stratigraphy, biostratigraphy, core
data and well-logs. We will also provide seismic data (2D-3D)
from one field of the Paris Basin, allowing the geophysic
characterisation of oil-producing level.
Despite significant technical advances, one of the main
aspect of seismic processing in the Paris Basin concerns the
uncertainties in the calculation of primary static corrections.
These uncertainties have remained of a similar size to the
investigated closures (usually 10-15 ms TWT). As a
consequence a large number of seismic prospects resulted in
drilling of unreal structures located at a depth between 1000
and 3000 meters (the reservoir rocks are usually located
within the Trias, Middle Jurassic or Lower cretaceous).
The overall Jurassic succession will be also presented
through the vineyard field trip: Liassic to Callovian in the Côte
de Nuits, Upper Jurassic in the Côte de Beaune and
Châtillonnais. We will show the close relationships between
the geology (slope gradients and geomorphology, substratesoil relations and pedology) and the quality and classification
of the wines (e.g. grape varieties, appellation hierarchy).
Visits of cellars with wine tasting, as well as a gastronomic
dinner, are also included in the program.
One of the difficulties of static computation is coming from
the heterogeneity of the tertiary composed of several layers
with very important velocity variations (limestone, clay, dry
and wet sands). In order to solve this problem, it is necessary
to build, with all the informations available, a geological and
velocity model from the topographic surface to the top of the
chalk. The link with the processing is very important and the
model is enhanced with the information brought by the
residual statics.
F4
The other difficulty is coming from the deep variation of
velocity in the chalk of the Upper Cretaceous. These
variations correspond to variations of lithology resulting of
diagenesis on a maximum thickness of 400 meters. The effect
can reach 40 ms TWT with a very long period effect invisible
with the classical programs of residual statics. The classical
method used to correct this effect consists of a specific
processing of high resolution data and modelling of the near
surface. The high-velocity chalk forms kilometer-size hillshaped structures between 150 and 600m depth.
Static Processing from the Outcrop
to the Seismic Section. Example of
the Paris Basin
Friday 11 June
Field trip leaders:
Franck Hanot BRGM
Olivier Serrano BRGM
Medart Thiry
École des Mines de Paris
Programme:
Departure from Paris Expo Porte de Versailles in the morning
■ Morning: Outcrop study of the “Sables de Fontainebleau”
Formation in the Nemours area and their relation with
seismic processing
■ Afternoon: Description of the anomaly of the chalk in the
Provins area and the history of the petroleum fields
discovery
Return to Paris Expo Porte de Versailles with arrival expected
around 20.00 hrs
On the same place, the overlying tertiary coverage thickness
varies spatially between 20 and 100 m. The depression
structures overlie the dolomitized diagenetic structures in the
chalk. The link between Tertiary localized depocenters and
dolomitization contrains the chalk diagenesis to the tertiary
and to the near surface environments.
The aim of this field trip is to correlate outcrop observations
of the Paris Basin main lithologies with the influence of these
lithologies variations on seisimic lines (static corrections, time
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Field Trips
marly and calcareous sediments have accumulated (rifting and
passive margin stages from Triassic to Cretaceous times).
migration, interpretation) and with the solutions to apply
(recording, processing) in order to correct these problems,
not only on the case of the Paris Basin, but also in other
countries (Tunisia, Algeria, Gabon …).
The field trip will be conducted along one single section from:
the foreland basin to the west (Valence Basin)where are
present up to 5000 m of little deformed Triassic to
Miocene sediments,
■ through the Alpes foothills where spectacular ramps
anticlines are well expressed on the field thanks to
massive Barremian-early Aptian “Urgonian” limestones
(Vercors Massif ),
■ to the allochtonous paleozoic basement to the East
(Belledone Massif), where structures related to the early
Jurassic rift stage have been preserved.
■
Physical aptitude:
No particular requirement.
F5
The Western Alps Thrust Belt –
Structure and Petroleum Plays
Friday 11 and Saturday 12 June (ends in Grenoble)
The petroleum potential of this still very little explored area
will be discussed with combined outcrops and subsurface data
(regional seismic profiles and wells). Spectacular gas seaps
will also be visited. 2-D basin modelling tools have been used
and results will be shown to discuss the timing of oil and gas
generation with respect to the timing of traps formation. These
results have been extend to the close Chartreuse Massif
(northern continuation of the Vercors Massif) where a distinct
package of thinner sediments involved in the Alpine
deformation has resulted in a different geometry of thrusting
and in different petroleum plays.
In addition to geology, this field trip will be an opportunity to
visit the superb French Alps, with, if the weather allows,
spectacular panorama on a large variety of montain ranges
and valleys with elevation up to 3000 metres. All the stops
will however be of reasonably easy access, with single oneway walks no longer than half an hour.
Field trip leaders:
Alain Mascle IFP School
Eric Deville IFP
Programme:
Departure from Paris (Gare de Lyon) to the city of Valence by
high speed TGV trains in the morning (ca. 7.00 hrs)
Return to Grenoble (at the train station) in the early evening
There will be arrangements for people wishing the spend one
night in Genoble for joining Lyon international airport (1 hour
by cab or bus), or Grenoble national airport (half an hour by
cab or bus) on Sunday.
The foothills of the Western Alps thrust belt (Chartreuse and
Vercors Massifs) developed in Neogene time as a consequence
of final stages of collision between the African and European
plates. This area was in pre-tertiary times the upper segment of
the Tethyan continental margin where up to 10 km of dominantly
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SPE Short Courses
Directors, a past winner of the SPE Reservoir Engineering
Award and the Lucas Gold Medal. He is a member of the
National Academy of Engineering and received the Billy and
Claude R. Hocott Distinguished Engineering Research Award
from The University of Texas in 1999. Dr. Lake earned B.S.E.
and Ph.D. degrees from Arizona State University and Rice
University.
These short courses are organized in co-operation with
Society of Petroleum Engineers (SPE). Participants to the SPE
Short Courses also have admission to the Exhibition. The
Society of Petroleum Engineers, through SPE Professional
Development, will award Continuing Education Units (CEU)
for participation and completion of SPE Short Courses. One
CEU equals ten contact hours of participation in SPE
continuing education activities. A permanent record of a
participant's involvement and awarding of CEU will be
maintained by SPE.
SC2
Enhanced Oil
Recovery Fundamentals
Wednesday 9 June, 8.30-17.00 hrs
SC1
Reservoir Characterization:
From the Laboratory to the Field
Instructor:
Larry W. Lake
Tuesday 8 June, 8.30-17.00 hrs
Instructor:
Larry W. Lake
University of Texas
About the Course
This course teaches an integrated version of the basics of
enhanced oil recovery. The connection of each process to a
few fundamental principles is illustrated. The course then
reviews the specifics of thermal and solvent, relating the
basic principles to the results of field cases.
University of Texas at Austin
About the Course
This course teaches an integrated exposition of reservoir
characterization from the basics of petrophysics through
geostatistics. The emphasis is on flow properties of porosity,
permeability, capillary pressure and relative permeability. The
course also discusses the statistics of the spatial distribution
of these properties and illustrates the benefits to be gained
from using these properties.
Course Content
Defining EOR; Reviewing Displacement Fundamentals;
Understanding Phase Behavior; Defining Polymer Flooding;
Exploring Micellar-Polymer Flooding; Using Other Chemical
Methods; Analyzing Thermal Flooding; Acquiring Solvent
Flooding Basics.
Course Content
Single-Phase Petrophysical Porosity, Permeability, and NonDarcy Effects; Two-Phase Flow: Capillary Pressure, Relative
Permeabilities and Trapped Phase Saturations;
Heterogeneities and Nonuniformities; Effective Properties:
(Pseudo) Porosity; Absolute Permeability: Capillary Pressure,
Relative Permeability, Dispersivity, and Fingering Factors.
Who Should Attend
Engineers with at least a BS degree in petroleum or chemical
engineering. All other engineers, mathematicians, and
physicists with at least a BS degree and some experience in
reservoir engineering and/or numerical simulation.
Who Should Attend
Engineers with at least a B.S. degree in petroleum or
chemical engineering. All other engineers, mathematicians
and physicists with at least a B.S. degree and some
experience in reservoir engineering and/or numerical
simulation. Geologists with at least a B.S. degree with some
quantitative experience or interest.
Biography
Larry W. Lake is a professor of the Department of Petroleum
and Geosystems Engineering at The University of Texas at
Austin where he has taught for 24 years. He was department
chairman from 1989 to 1997. He is the author of the 1989 text
on Enhanced Oil Recovery and the co-author of a 1997 text on
Statistics for Petroleum Engineers and Geoscientists. Dr. Lake
is a past SPE Distinguished Lecturer, a member of the SPE
Board of Directors, a past winner of the SPE Reservoir
Engineering Award and the Lucas Gold Medal. He is a
member of the National Academy of Engineers. Dr. Lake
earned B.S.E. and PhD degrees from Arizona State University
and Rice University.
Biography
Larry W. Lake is a professor of the Department of Petroleum
and Geosystems Engineering at The University of Texas at
Austin where he has taught for 24 years. He was
departmental chairman from 1989 to 1997. He is the author
for Petroleum and Geosciences. Dr. Lake is a past SPE
Distinguished Lecturer, a member of the SPE Board of
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SPE Short Courses
SC3
Approach; Saturation Computations; Applications: Pattern
Balancing, Tracer Response and Swept Volume Calculations,
Waterflooding, Solvent Flooding, Compositional Simulation,
Upgridding, Pseudoization, Ranking Reservoir Models; Data
Integration/History Matching using Streamlines; Streamline
vs. Finite Difference: Advantages/Disadvantages
Streamline Simulation:
Theory and Practice
Thursday 10 June, 8.30-17.00 hrs
Instructor:
Akhil Datta-Gupta Texas A&M University
Who Should Attend
Engineers, geologists and geophysicists interested in rapid
fluid flow simulation techniques, screening of geologic
models, reservoir characterization, data integration and/or
history matching. Some background in reservoir
engineering/numerical simulation will be helpful but not
required.
About the Course
This course is designed to cover introductory and advanced
concepts in streamline simulation and its applications. The
theory of streamlines/streamtubes in multidimensions is
reviewed. Applications include swept volume calculations,
rate allocation/pattern balancing, field-scale simulation of
tracer response, waterflooding, solvent flooding, ranking
geostatistical realizations, history matching and data
integration. Strengths and limitations of streamline modeling
compared to finite difference simulation are discussed. PCWindows based computer programs are used to illustrate the
concepts.
Biography
Akhil Datta-Gupta has a Ph.D. from the University of Texas at
Austin and currently serves on the faculty of Petroleum
Engineering at the Texas A&M University. He previously was
at BP Exploration/Research and the Lawrence Berkley
National Laboratory. His areas of expertise include integrated
reservoir characterization and high-resolution numerical
simulation. The recipient of the 1992 AIME Rossiter W.
Raymond Award and a 2000 Cedric K. Ferguson Certificate,
Datta-Gupta is an SPE Distinguished Lecturer and
Distinguished Author on streamline simulation.
Course Content
Fundamentals: Streamfunctions, Streamtubes and
Streamlines; Line Source and Sink Methods; Tracing
Streamlines in 2-D: Steady and Unsteady States; The
Streamtube Approach; Hybrid Modeling and Field
Applications; Tracing Streamlines in 3-D: The Time-of-Flight
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Exhibition
Opening Hours Of The Exhibition
Sponsorship Opportunities
Monday 7 June
Tuesday 8 June
Wednesday 9 June
Thursday 10 June
For more information on sponsorship possibilities,
please contact Ineke van Doorn at [email protected]. For advertising
please contact Laura Piontek at [email protected] or refer to our
website (www.eage.nl).
18.00 – 20.00 hrs
08.30 – 17.30 hrs
08.30 – 17.30 hrs
08.30 – 18.00 hrs
The Exhibition will be located in Hall 4 of Paris Expo, Porte
de Versailles where approximately 200 exhibitors will occupy
well over 5,000 square meters booth space. The poster area
will be located in Hall 4 as well.
University Promotion
For universities there will be a special facility to promote their
activities. The promotion unit sizes are 2 sq. meters and the
price is € 500 (excl. VAT).
For further information on the Exhibition and related issues,
please contact the Exhibition Coordinator Ineke van Doorn:
Please take a look at our website www.eage.nl to see how the
Hall is filling up nicely and make sure you will be there with
us in Paris!
Telephone:
Fax:
E-mail:
Commercial Presentations
+31 30 635 40 55
+31 30 634 35 34
[email protected]
Commercial presentations give the opportunity to offer a
technical sales platform for companies wishing to introduce
their products to delegates at a specific time.
The deadline for booking commercial presentations is 15
March 2004.
Please be aware that time slots are allocated on a first come,
first served basis.
(04/11/03)
Exhibitors’ List
Company
A
■
■
■
■
■
■
■
■
AAPG (American Association of
Petroleum Geologists)
ABB Offshore Systems Ltd
ABEM Instrument AB
ABEM France
Advanced Geosciences, Inc.
A-G Geophysical Products Inc.
ALT
ANEGA
Atlas Fluid Controls Corporation
■
■
■
■
■
Bashneftegeofyzika
Beicip-Franlab
■
■
E
■
C
■
■
■
C & C Technologies, Inc.
CGG
Concept Systems Ltd
Createch Industrie S.A.
■
■
■
■
D
■
B
Benthos, Inc.
BGP
Blackwell Publishing Ltd
Bolt Technology
■
Dalmorneftegeofizika Trust (DMNG)
Deutsche Montan Technologie GmbH
(DMT)
dGB; de Groot-Bril Earth Sciences BV
■
■
■
Divestco.com
DPTS
EAGE Book Shop
EAGE Stand
EAGE Madrid 2005
Earth Decision Sciences
Electromagnetic Geoservices A/S
(emgs)
EMPEC BV
EP Tech
ERM.S (Earth Resource Management
Services)
ESG
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Exhibitor’s List
■
■
ESRI
EurAsian Geophysical Society (EAGO)
■
■
F
■
■
■
Fairfield Industries
Fugro-Geoteam AS
Fugro Multi Client Services
FXC Energy SPRL
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
■
GEDCO-Geophysical Exploration &
Development Corporation
GEOCON
Geo Sys GmbH Leipzig
Geofizyka Kraków Sp. z.o.o.
GeoGraphix
Geological Survey of Finland
Geometrics, Inc.
Geomodeling Corp.
Geophysical Data Systems Ltd
(GDS Ltd.)
Geophysical Exploration Technology
Ltd (GETECH)
Geophysik GGD mbH
GeoPro GmbH
Georex Assistance Technique S.A.
Geosoft Europe Limited
Geospace Engineering Resources
International
Geospace Technologies
Geosvip JSC
Geosystem Srl
Geotrace
Geovariances
Geo-X Systems Ltd
GETECH
GMG/AXIS
Grant Geophysical, Inc.
Gulf Publishing/ World Oil
GX Technology Corporation
Jason Geosystems bv
K
Kogalymneftegeofyzika
Krasnoyarsk Geophysical Services
■
Hampson -Russell Software, a
division of Veritas DGC Limited
Hart Publications
L
■
■
■
■
■
■
■
■
■
■
■
■
■
■
IAGC
IBM
IES Integrated Exploration Systems
IFP (Institut Francais du Petrole)
IHS Energy Group
IKON SCIENCE LIMITED
Industrial Vehicles International, Inc.
Input/Output Inc.
InSeis Terra AS
INT, Inc. Interactive Network
Technologies, Inc.
Iris Instruments
L & R Instruments
Laboratory of Regional Geodynamics
Ltd (LARGE Ltd)
LaCoste & Romberg - SCINTREX
Landmark Graphics
Lynx Information Systems Ltd
■
■
S
■
■
■
■
■
M
■
■
■
■
■
■
■
Macha International, Incorporated
Magic Earth
Magnitude
Mala Geoscience
Marac Enterprises
Mitcham Industries Inc.
Mount Sopris Instruments
MULTIWAVE GEOPHYSICAL
COMPANY ASA
■
■
■
■
■
■
■
■
N
■
■
■
■
■
Netherlands Institute of Applied
Geoscience TNO- National Geological
Survey
Network Appliance
Neuralog, Inc.
Norsar
NPF Geofyzika
NTF Perfotech
■
■
T
■
■
■
■
O
■
■
■
■
OBS Systems
Odegaard A/S
OmniQuest International bv
OpenSpirit Corporation
Orcina Cable Protection Limited
OYO Geospace Corporation
■
■
■
■
■
■
P
I
■
■
■
H
R
■
■
J
■
G
ISI International Seismic
Interpretation GmbH
Ixsea Oceano SAS
■
■
■
■
■
■
■
■
■
Paradigm Geophysical
Parallel Geoscience Corp/ L&R
Instruments
PennWell
Petroleum Computer Technologies
GmbH
Petroleum Geo-Services (PGS)
Petrologic Geophysical Services
GmbH
Petrosys Europe Limited
Phillystran, Inc.
Phoenix Data Solutions Ltd
Phoenix Geophysics
R.T. Clark Companies Inc.
RackSaver, Inc.
READ ASA
Robertson Geologging
Robertson Research Int. Ltd
Rock Solid Images
Roxar Ltd
Sander Geophyscis
Saudi Arabian Oil Company (Saudi
Aramco)
Schlumberger Oilfield Services
Seamap Pte Ltd
Seamap, Inc.
Seamap UK Limited
Seismic Micro-Technology, Inc.
Sensor Nederland bv
Sercel
Sevmorneftegeofizika (SMNG)
Society of Exploration Geophysicists
(SEG)
Society of Exploration Geophysicists
of Japan (SEGJ)
Solegeo Sarl
Spetsgeofizika
Spotfire
System Development, Inc.- SDI
TDI-Brooks International, Inc.
TEEC - Trappe Erdoel Erdgas
Consultant
TEEC Wan
Teledyne Instruments
Terrasys Geophysics GmbH & Co. KG
Tescorp
TGS-NOPEC Geophysical Company
ASA
Thales Geosolutions Group Ltd
Thales Underwater Systems
TNO-NITG
Total
U
University of Trieste, HYGEIA
Consortium
V
Veritas DGC Limited
Vibration Technology Ltd
■
W
■
■
Z
Weatherford International
WesternGeco
W.L. Gore & Associates
ZEH Software Limited
21
www.eage.nl
10235 EAGE PARIS vCo
14-11-2003
09:12
Pagina 22
Registration
Amounts in € (incl. 19,6 % VAT when applicable)
VAT no FR 57433658788
If registered and paid
before 15 March 2004*
If registered and paid
between 15 March and
1 May 2004*
On-site registration
Conference & Exhibition
EAGE active member
EAGE retired member
EAGE student member**
Non-member
Full-time student (non-member)**
Family member
Day registrant Conference (member)
Day registrant Conference (non-member)
355
110
60
485
110
185
n/a
n/a
385
125
65
520
120
195
n/a
n/a
455
145
95
595
155
215
195
255
Exhibition
Exhibition only 3 days
1 day Exhibition only
95
n/a
105
n/a
115
65
Workshop package (additional to Conference / Exhibition fee)
EAGE active member
195
EAGE honorary / retired member
75
75
Non-member
265
115
210
90
90
285
135
245
125
125
325
175
DISC
EAGE or SEG active member
Non-member
35
105
55
125
SPE Short Courses
If registered and paid before 1 May 2004*
EAGE or SPE Active Member
Non Member
Field trips
35
105
SC1
450
550
SC2
450
550
SC3
450
550
F2
745
745
395
895
495
F3
795
795
395
945
495
If registered and paid before 1 May 2004*
EAGE active member
EAGE honorary / retired member
Non-member
F1
795
795
395
945
495
F4
275
275
145
375
195
F5
745
745
395
895
495
Please note that EAGE reserves the right to cancel a SPE Short Course or a field trip due to low participation.
In this case, payment will be refunded in full.
Pre-registration closes on 1 May 2004. After this date on-site registration only!
* Date received by Business Office in Houten
** Reduced fee subject to submission of a copy of the student identification card of a geoscientific institute together with the registration form
NON-MEMBERS please note: the Conference fee for non-members includes membership to EAGE for the remaining part
of the year 2004.
MEMBERS please note: you only qualify for the member registration fee if your membership dues for 2004 have been paid
and received before 15 March 2004.
Do not mislay your badge: a new one is not for free. Please note the cancellation and changes policy as stated on page 24.
22
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14-11-2003
09:12
Pagina 23
■
■
■
■
■
■
■
■
Admission
SPE Short Course
■
Public
Transportation Card
■
Museum Card /
Family Member Tour
Delegates
Bag
■
■
Extended
Abstracts CD-Rom
■
■
Conference
Evening
■
Students’
Reception
■
Icebreaker
■
Admission
DISC
Admission
Technical Sessions
Full delegates
(registered for Conference & Exhibition)
Student delegates
(registered for Conference & Exhibition)
Family members
Workshop delegates
Day registrants Conference
Exhibition only delegates
DISC delegates
SPE Short Course delegates
Admission
Exhibition
Fees include:
Admission Workshops (incl. folder)
Registration
■
■
■
■
■
■
■
■
■
■
■
■
■
■
Due to postal or bank delays, registration by mail will not be
accepted after 1 May 2004.
After this date, registration will have to be handled on-site.
How To Register
The best way to register is by using the on-line registration
form available at our website (www.eage.nl/conferences).
You can also complete the registration form enclosed in this
brochure and return it to:
After receipt of registration and payment, delegates will
receive a confirmation letter, which should be exchanged onsite for a badge and vouchers!
EAGE Business Office
Registration Department
PO Box 59
3990 DB Houten
The Netherlands
Fax:
+31 30 6343534
E-mail: [email protected]
Methods Of Payment
All payments must be made in €
■ By credit card through our secure web server www.eage.nl
■ By credit card (American Express, Visa, Master Card)
■ By bank transfer order to:
No registration forms will be accepted unless accompanied
by full payment.
If you are a member of EAGE please indicate your
membership number!
EAGE Conferences bv
ABN-AMRO Bank, The Netherlands.
Account no. 44.62.55.300
BIC/Swift code ABNANL2A
IBAN number: NL09ABNA0446255300
It is requested that collective remittances are accompanied by
a list of names and membership numbers, if applicable.
Please indicate your name clearly on all cheques and bank
transfers.
23
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14-11-2003
09:12
Pagina 24
Registration
Cancellation And Changes Policy
Exhibitors’ Badges
Cancellation of any registration must be made in writing
(letter, fax or email) to the Business Office in Houten, The
Netherlands.
All exhibitors MUST register. Please take note that for every 9
sq. metres booked and paid for two voucher numbers are
issued. These voucher numbers can be used for:
Registration fees will be refunded as follow:
■ Cancellation received before 15 April 2004: full refund
(after the Conference) minus an administration fee of
€ 35 per person.
Non-members please note: membership fee included in
Conference fee will not be refunded; membership will
remain active.
■ Cancellation received on or after 15 April 2004: no refund
will be made.
Transfer of your registration to another name will cost
€ 35 handling fee.
Free registration of one full delegate (Conference &
Exhibition) costs 2 voucher numbers
Free registration for access to the Exhibition only (booth
personnel) costs 1 voucher number
Voucher numbers MUST be used for pre-registration at 1 May
2004 latest. After this date voucher numbers cannot be used
anymore. Voucher numbers cannot be used for on-site
registration.
Please refer to the Voucher Number Registration Form
included in the on-line Exhibitors’ Manual.
Please note that all matters concerning registration must be
submitted in writing (letter, fax or e-mail) to:
Workshop Package
Registration Department
PO Box 59
3990 DB Houten
The Netherlands
Fax:
+31 30 6343534
Delegates registered for the Workshop Package may attend
workshops, the DISC and will receive a workshop folder.
IMPORTANT: please indicate on the registration form which of
the workshops you would like to attend in order to reserve
your course material(s) and your seat.
In order to save both your time and ours, please check this
brochure and our website www.eage.nl before you contact
the EAGE Business Office. Thank you!
Distinguished Instructor Short Course (Disc)
Please note that the DISC Course is part of the Workshop
Package. Therefore, the participants must be registered for
the Workshop Package, or register for the DISC separately.
24
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10235 EAGE PARIS v2
07-11-2003
14:24
Pagina 25
Family Members
All registered family members have access to the Social
Programme, which includes the Icebreaker Reception and the
Conference Evening. Family members also have access to the
Exhibition.
Public Transportation Card
A free public transportation card is available for all registered
family members. The card is valid from Monday 7 June
through Thursday 10 June 2004 and can be used for bus,
Metro and RER.
Museum Card
Hospitality Suite
All registered family members will receive a museum card
which is valid for three days. The user automatically validates
the pass by filling in the back with his/her name and the date
of the day’s use. No photo is required. The card gives
unlimited access to over 60 museums and monuments in
Paris and the surrounding region. Each pass will be issued
with a brochure containing practical information on museums
and monuments.
Our hostess in the Hospitality Suite will be able to give you
all information you may need, as well as coffee and tea. The
Hospitality Suite will be a perfect place to meet the spouses.
25
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10235 EAGE PARIS v2
07-11-2003
14:24
Pagina 26
Hotel Accommodation
Bookings should be made through the ACCOR Hotels link on
the EAGE website (www.eage.nl/conferences) or by using the
enclosed booking form. All bookings and payments are
handled by ACCOR Hotels.
EAGE in cooperation with ACCOR Hotels has selected a
number of hotels and has negotiated special accommodation
rates for those attending the EAGE Paris Conference &
Exhibition. A full listing of all hotels is included in this
brochure and is also available on the EAGE website
(www.eage.nl). Please refer to this list to make your
selection.
Reduced rates only apply for booking forms received before
15 April 2004 and are subject to (room) availability. Booking
requests received after 15 April 2004 are dealt with and are
subject to availability against the best possible rate available
at that time.
All communication regarding accomodation bookings should
be sent directly to:
ACCOR Hotels
Telephone: + 32 2 718 07 08
Fax: + 32 2 718 07 55
Payment/Cancellations
For payment, cancellations and other changes please visit the
ACCOR Hotels link on the EAGE website
(www.eage.nl/conferences). For each payment a credit card
authorization is required.
ACCOR Hotels Accommodation List
Hotel name
Sofitel Demeure Hotels Le Parc
Sofitel Paris Forum Rive Gauche
Hotel Scribe (Managed by Sofitel)
Sofitel Demeure Hotels Astor
Sofitel Paris Porte de Sèvres
Sofitel Paris Bercy
Sofitel Paris La Grande Arche
Sofitel Demeure Hotels Le Faubourg
Novotel Paris Tour Eiffel
Mercure Paris Tour Eiffel Suffren
Libertel Terminus Est
Libertel Terminus Nord
Mercure Paris Gare de Lyon
Novotel Paris Vaugirard
Mercure Paris Porte d’Orléans
Novotel Paris Porte de Bagnolet
Mercure Paris Porte de la Plaine
Mercure Paris Montparnasse
Mercure Paris Porte de Versailles
Mercure Paris Bercy
Mercure Paris La Défense 5
Mercure Paris La Défense Parc
Novotel Paris Porte d’Orléans
Ibis Paris Berthier Porte de Clichy
Single
422
267
425
425
260
288
290
465
270
265
179
179
179
191
153
159
167
221
255
141
179
169
167
88
Double
448
289
450
451
280
310
310
495
290
265
193
193
200
214
181
183
191
244
280
158
203
192
190
95
ALL RATES MENTIONED ARE IN EURO (€).
ALL QUOTED RATES ARE PER NIGHT, PER ROOM, INCLUDING BREAKFAST, CITY TAX AND VAT
26
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10235 EAGE PARIS v2
07-11-2003
14:24
Pagina 27
Tours
Paris Vision has selected three tours to take place during the
66th EAGE Conference & Exhibition.
These tours can be booked by sending the Tour Form
attached in this brochure plus full payment before 30 April
2004 directly to:
■
Paris Vision
This tour is guided by an English-speaking guide.
Transportation is arranged by private coach.
■
■
Miss I. Forlini – Tel.: +33 (1) 44504423, Fax: +33 (1) 42612038.
Booking requests received after 30 April 2004 are dealt with
and are subject to availability.
One hour River Cruise over the river Seine, which will take
you back through 2000 years of Paris history
Lunch in an ancient styled Restaurant on “Montmartre
Place du Tertre”
Visit to Montmartre: the Moulin de la Galette, Vineyards
and the Sacre Coeur Basilica
Tour 2: Modern Paris
Paris Vision reserves the right to cancel a tour due to low
participation.
In this case, payment will be refunded in full.
Date: Wednesday 9 June 2004
Duration: approx. 3 ? hours
Departure from the Hospitality Suite from Paris Expo, Porte
de Versailles at 09.00 hrs
Return to Paris Expo, Porte de Versailles at around 12.30 hrs
Tour 1: Full day in Paris
This tour includes:
■ Centre Pompidou
■ Bibliothèque Nationale
■ Pyramide du Louvre
■ Grande Arche in La Défense
Date: Tuesday 8 June 2004
Duration: approx. 8 hours
This tour includes:
■ Paris Discovery Tour, a great opportunity to discover Paris,
its history and the major landmarks by coach
■ Tour Eiffel elevator ride to the first floor of the Eiffel Tower,
where you can enjoy the fantastic panoramic view over
Paris
Tour 3: Versailles
Date: Thursday 10 June 2004
Duration: approx. 8 hours
This tour includes:
■ Visit of the Royal Apartments
■ Lunch in “La Flotille”, which faces the Grand Canal
■ Visit of the Trianon, Mansion-style lodges where Louis XV
and Louis XVI liked to work and retire from court life
■ Visit of the Queen’s Hamler, where from 1783 MarieAntionette played as a shepherdess
■ Visit the croves or riding a horse Carriage
27
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10235 EAGE PARIS v2
07-11-2003
14:15
Pagina 28
Main Sponsors
Sponsors
PO Box 59, 3990 DB Houten
Standerdmolen 10, 3995 AA Houten
The Netherlands
Telephone: +31 30 6354055 (general)
+31 30 6354066 (conference department)
Fax:
+31 30 6343534 (conference department)
E-mail:
[email protected]
Website:
www.eage.nl

10235 EAGE PARIS v2

Transcription

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