LONDON 2018 EDUCATION DAYS - 19-23 MARCH 2018 - EAGE
←
→
Page content transcription
If your browser does not render page correctly, please read the page content below
EDUCATION DAYS
LONDON 2018
19 - 2 3 M A R C H 2 018 I L O N D O N , U K
www.LearningGeoscience.org
Welcome
to London!
EAGE is pleased to invite you to
visit London for our Education Days
London 2018
2 E D U C AT I O N D AY S L O N D O N 2 0 1 8
Dear Colleagues,
On behalf of the Board of the European Association of Geoscientists and Engineers
(EAGE), I am pleased to introduce our multiple short course programme ‘Education Days
London 2018’, which will take place on 19-23 March 2018 in London, United Kingdom.
The event consists of multiple one-day and two-day short courses delivered by
distinguished geoscientists and professionals. The courses are carefully selected to ensure
a consistent programme with appeal to a broad geoscience and engineering audience.
Multiple courses and topics are offered during the week, thus insuring that all attendees
can customize an educational programme appropriate to their own needs and interests.
Education Days is an ideal platform to increase knowledge and awareness of new
methodology for geoscience specialists. These short courses do not only reflect the
latest scientific developments in geosciences, but also demonstrate applications of these
theories to real-life problems.
This year the event will be held at the Holiday Inn Express London Heathrow T5, which is
accessible for all participants traveling from central London or any London Airport. Holiday
Inn Express London Heathrow T5 is ideally located close to the major motorways – M4,
M25, M40 – providing easy access from all directions. The Holiday Inn Express London
Heathrow T5 is located within Heathrow Airport’s area, and has local tourist attractions
such as Windsor and its historic Castle, Henley and the theme parks at Legoland
and Thorpe Park. For concert enthusiasts, the Wembley Arena is within easy reach.
Special registration conditions are available for EAGE and PESGB members.
I strongly encourage you to participate in one or more short courses during the EAGE
Education Days in London. I am sure that you will be positively surprised by the high
quality and professionalism of the courses.
Jorg Herwanger I Education Officer (EAGE Board)
E D U C AT I O N D AY S L O N D O N 2 0 1 8 3
Short Course Programme Accreditation
N19-20 MARCH 2018N In March 2013 EAGE became the first official Continuing
Basic Geophysical Data Acquisition & Processing Professional Development (CPD) Provider of the “European
Dr Jaap C. Mondt Geologist” title, which is a professional accreditation
established by the European Federation of Geologists
N19-20 MARCH 2018N (EFG). In order to obtain and maintain this title, the holder
Natural Fracture Systems and Fractured must provide a record of high quality CPD activities, which
Hydrocarbon Accumulations, Mechanics and include the short courses like the ones presented in this
Management brochure. For an overview of the provided points for
Dr Dirk Nieuwland EAGE Short Courses and for more information
about this accreditation system and corresponding
N21-22 MARCH 2018N EAGE learning activities please visit www.eage.org and
Oilfield Geomechanics: Application to Drilling, www.LearningGeoscience.org.
Completions, Reservoir, Production, Geology and
Geophysics
Dr David Wiprut Sponsorship
N21-22 MARCH 2018N Education Days London 2018 offers excellent sponsorship
Basin and Petroleum Systems Modeling: Applications opportunities to create high visibility. For more information,
for Conventional and Unconventional Petroleum please refer to the EAGE website or contact us at
Exploration Risk and Resource Assessments education@eage.org.
Dr Bjorn Wygrala
N23 MARCH 2018N EAGE Economic Hardship Programme
AVO in an Inversion World
Dr Anthony Fogg EAGE recognizes the current challenging status of the
industry and, priding itself on the inclusive character of the
N23 MARCH 2018N Association, now has a special economic hardship assistance
Time-Lapse Seismic: A Multidisciplinary Tool for programme in place to reach out to its members.
Effective Reservoir Management
Mr Cedric Fayemendy EAGE Short Course discount
EAGE aims to assist its long-term members who are
currently unemployed by providing contributions towards
Venue educational programmes. Under this element of the
EAGE Economic Hardship Programme, members currently
Holiday Inn Express London Heathrow Terminal 5 unemployed can attend public short courses at the
London Road Education Days London for a discounted course fee equal
Heathrow 75 euros for either one- or two-day course. The discounted
Slough registration fee is the same as in another supported
Berkshire, SL3 8QB programme – EAGE Education Tours, where everyone can
United Kingdom benefit from a discounted fee.
+44 1753 684001
For more information we would like to refer you to the
Please note that free parking is provided to all participants. event website at events.eage.org
DISCIPLINES
Reservoir Training and
Geophysics Geology Near Surface Engineering
Characterization Development
4 E D U C AT I O N D AY S L O N D O N 2 0 1 8
“Education Days is an ideal
platform to increase knowledge
and awareness of new
methodology for geoscience
specialists”
Registration fees n19-20 MARCH 2018 n
All fees include digital course material or an official course Basic Geophysical Data
book, lunch and coffee breaks. Acquisition & Processing
Dr Jaap C. Mondt (Breakaway)
One-day Course:
CPD Points: 10
Registered and paid Until 15 February 16 February – on-site
EAGE/PESGB member** € 480 € 585 Course Description
Non-member* € 520 € 625 This course treats various geophysical methods, from gravity
to magnetics, electrical, electro-magnetic, refraction and
reflection seismic. It will be taught not only by explaining
Two-day Course: and discussing the methods, but above all by applying the
theory in mainly Excel based assignments.
Registered and paid Until 15 February 16 February – on-site
EAGE/PESGB member** € 705 € 760 Various kinds of geophysical data are available. They are
Non-member* € 810 € 865 usually separated into Non-seismic and Seismic data. Non-
seismic data (gravity, magnetics, electrical, electromagnetics,
spectral, etc.) is the main data used in shallow subsurface
Multiple Course Package: applications (engineering, mapping pollution, archaeology,
etc.) and at the early exploration stage in the search for oil, gas
Registered and paid Until 15 February 16 February – on-site
or minerals. Seismic is the main subsurface evaluation tool for
EAGE/PESGB member** € 1495 € 1625 the EP industry, but it has its limitations. Therefore, non-seismic
Non-member* € 1765 € 1895 methods are used successfully as complementary tools at the
more mature exploration stages and even for production. In
*Non-member fee includes EAGE Membership for 2018. combination with seismic data they can significantly reduce
**PESGB members can register for the EAGE member prices
For online registration and group bookings, please refer to the event website at events.eage.org. the uncertainty of subsurface models as they measure different
physical properties of the subsurface. Controlled Source EM,
for example, responds to reservoir resistivity and can thus be
used to differentiate between hydrocarbons and brine in a
geological structure mapped by seismic.
E D U C AT I O N D AY S L O N D O N 2 0 1 8 5Participants’ Profile short course. The topic is relevant for exploration as well
The course is designed for Geologists, Geophysicists and for production. A recent expansion of the course topics
Petroleum Engineers involved in exploration and development includes exploration and development of shale gas systems.
of oil and gas fields and for those involved in projects related Participants should have knowledge of general geology and
to the shallow subsurface (monitoring pollution). In addition, structural geology and basic physics. A basic knowledge of
it would be useful for those dealing with the effects of geomechanics is an advantage but is not strictly required.
production of a field (subsidence, earth tremors).
n 21-22 MARCH 2018 n
n19-20 MARCH 2018 n
Oilfield Geomechanics: Application
Natural Fracture Systems and Fractured to Drilling, Completions, Reservoir,
Hydrocarbon Accumulations, Mechanics Production, Geology and Geophysics
and Management Dr David Wiprut (Baker Hughes)
Dr Dirk Nieuwland (NewTec International)
CPD Points: 10
CPD Points: 10
Course Description
Course Description This course provides participants with a solid understanding
This short course presents the fundamental geomechanics of rock mechanics, rock mechanical properties, and the
that is required to achieve a sound understanding of associated laboratory measurements and procedures used
natural fracture systems, to predict the basic elements to determine these properties. Additionally, participants will
of natural fracture systems and to extract the wealth learn how stresses and pressures in the earth are measured
of information that is contained in natural fault and and constrained, through various tools and techniques
fracture systems, to the benefit of further development of of analysis. The participants will understand the risks for
naturally fractured systems. The term ‘reservoirs’ has been mechanical rock failure during drilling and field development,
deliberately avoided, because unconventional hydrocarbon the implications of these failures over the life of the well and
accumulations such as found in tight reservoirs or shales, field, and how these can be managed and mitigated. With
do not form ‘reservoirs’ in the classic meaning of the 18 exercises, in-chapter and end-of-chapter class discussion
word. This is particularly so in shales, where the gas that questions, and hands-on demonstrations, this industry-
is contained in the shales is adsorbed to clay minerals and leading class helps to ensure the participants are ready to
cannot flow naturally. In such unconventional hydrocarbon identify the geomechanical risks hiding in every field.
systems, geomechanics is often the last and only resort to
predicting attractive drilling locations, orientations and well Participants’ Profile
stimulation such as hydraulic fracturing. A newly developed This is a intermediate course for anybody interested or
demonstration experiment will be used to illustrate the involved in subsurface oilfield operations. Anyone impacted
development of intersecting tension fracture systems. by rock failures, from beginning engineers to highly
experienced supervisors and managers, can benefit from
Participants’ Profile understanding geomechanics.
Geologists, geophysicists and reservoir engineers who work
with faulted and fractured reservoirs will benefit from this
6 E D U C AT I O N D AY S L O N D O N 2 0 1 8n 21-22 MARCH 2018 n rely on the fundamental principles of AVO. This course
covers the basics of AVO theory and how it is used to create
Basin and Petroleum Systems Modeling: attributes or inversion volumes from seismic reflection
Applications for Conventional and data that reveal the rock and fluid characteristics of the
Unconventional Petroleum Exploration subsurface. The course is not mathematical but does review
Risk and Resource Assessments some simple equations that help participants understand
Dr Bjorn Wygrala (Schlumberger) how AVO is applied to create quantitative measurements
from surface seismic data and interpret those results in
CPD Points: 10 terms of rock physics.
Course Description Participants’ Profile
The term ‘Petroleum Systems’ and the technology ‘Basin Interpreters, geologists, geophysicists and other specialists
and Petroleum Systems Modelling will be introduced by in geoscience disciplines who have an interest in
showing applications in areas with critical exploration understanding how AVO, rock physics and seismic inversion
challenges, including salt basins and thrust belts. Technical are applied in real world studies. Participants should have
breakthroughs in the last 10 –15 years have been the some knowledge of what seismic data is (prestack and post-
extension of the technology from 2D to 3D and the ability to stack) and what well log data is.
perform multi-phase petroleum migration modelling using
different methods in high-resolution geological models.
This enables temperature, pressure and petroleum property n 23 MARCH 2018 n
predictions to be made with higher levels of accuracy and
in the most complex geological environments such as in the Time-Lapse Seismic:
sub-salt or in thrust belts. Case studies will be used with live A Multidisciplinary Tool for Effective
software presentations to illustrate key points. Applications Reservoir Management
of the technology will range from frontier exploration in Mr Cedric Fayemendy (Statoil)
which large areas with only sparse data are screened, to
detailed assessments of exploration risks in structurally CPD Points: 5
complex areas, to petroleum resource assessments of yet-to-
find oil and gas. Course Description
Geophysical Reservoir Monitoring (GRM) of reservoirs
Participants’ Profile relies on frequent time-lapse observations with high-
The course is accessible for geoscientists from all disciplines survey repeatability. This technology is a key enabler for
and for students with any level of experience. It is primarily maximizing the oil recovery of oil and gas fields. The
directed at geologists but the data models and the GRM technology aims at understanding and updating
quality of the results that can be achieved are dependent the knowledge of producing reservoirs. This is achieved
on geophysical and geochemical input, so all of these through mapping the movement of fluid and pressure
disciplines will benefit. The course will create awareness of fronts and fluid contacts during production and
a technology widely used in the industry that has rapidly injection. The combination of production monitoring
developed in the last few years, which plays a critical role in with repeated seismic acquisition and geological and
exploration risk assessments, as well as in the assessment reservoir information provides reliable estimates of static
of yet-to-find hydrocarbon resources. Course attendees will and dynamic reservoir parameters. The lecture will first
learn that the topic is technically innovative and challenging review the geophysical reservoir monitoring history at
and that the application of the technology offers interesting Statoil. We will share our experience with 4D processes,
opportunities in the industry and in academia. Participants resources allocation and the overall monitoring strategy.
should have a basic knowledge of petroleum geology The lecture will also cover challenges in understanding the
and an interest in understanding geologic risk factors in 4D responses and value creation. Finally, we will look at
petroleum exploration. how we push the GRM technology towards higher use of
quantitative results.
n 23 MARCH 2018 n Participants’ Profile
This course is beneficial to managers, geoscientists,
AVO in an Inversion World reservoir and petroleum engineers with an interest
Dr Anthony Fogg (Arun Geoscience) in reservoir management and monitoring using
time-lapse seismic.
CPD Points: 5
Course Description
AVO (Amplitude Versus Offset) analysis has been a key
technology for de-risking drill targets as it can potentially
distinguish different fluids and litho-types. Over time the
application of the AVO technique has evolved and merged
with seismic inversion methods so that today the traditional
AVO analysis has been superseded by the analysis of
rock property volumes on the interpreter’s work station.
However, in order to derive these rock properties, we still
E D U C AT I O N D AY S L O N D O N 2 0 1 8 7For more information and tailored advice, please visit our Education portal
www.LearningGeoscience.org or contact us at education@eage.org
HEAD OFFICE • PO BOX 59 • 3990 DB HOUTEN • THE NETHERLANDS • +31 88 995 5055 • EAGE@EAGE.ORG
EUROPE OFFICE RUSSIA & CIS OFFICE MIDDLE EAST OFFICE ASIA PACIFIC OFFICE LATIN AMERICA OFFICE AFRICA OFFICE
+31 88 995 5055 +7 495 640 2008 +971 4 369 3897 +60 3 272 201 40 +57 1 7449566 EXT 116 +971 4 369 3897
EAGE@EAGE.ORG MOSCOW@EAGE.ORG MIDDLE_EAST@EAGE.ORG ASIAPACIFIC@EAGE.ORG AMERICAS@EAGE.ORG AFRICA@EAGE.ORG
www.eage.orgYou can also read
