Drs. Paul de Beukelaar Principle Course Facilitator Director of SoleGeo, France "A significant more than over 20% of the world oil - and 30% of world gas reserves are considered as naturally fractured reservoir.” B. Bourbiaux, Oil & Gas Review, French Petroleum Institute IFP, Vol. 65, No 2: March-April 2010 DISCUSS real life best practices from a global fractured reservoir analogues database MASTER the structural and tectonic history of naturally fractured reservoirs INTEGRATE recent geophysics, geology and geomechanics innovations into the workflow OPTIMIZE the parameters in marine seismic acquisition and data processing SELECT appropriate seismic attributes for detecting subseismic faults and fractures MAP prospects with latest technology in various plays CHARACTERIZE fracture basement through integrated analysis DETERMINE the fracture model that best fits your reservoir REDUCE uncertainty and turn around time with proven and most recent borehole and seismic technology Geophysicist & GeoScience Consultant 28 years of industrial experience Project experience from North Sea to Timor Sea Recently completed projects, include “A Worldwide Database: Naturally Fractured Reservoir Analogues” Summary of Accomplishment Learn from Drs. Paul’s Global Naturally Fractured Reservoir Analogues Database! Capitalize on Paul’s leading expertise and gain maximum value to: Limited Attendees Course is strictly limited to 20 delegates only. This to ensure maximum learning and experience for all delegates. Certificate of Attendance You will receive a Certificate of Attendance bearing the signatures of both Trainer and continuing professional development. Interactive Training You will be attending a training designed with the latest knowledge and backed up by practical experience through interactive sessions. This will provide you with deeper and more long-term understanding of your current issues. High Quality Course Materials’ Both online and printed course manual will provide you with working materials throughout the course and will be an invaluable source of reference for you and your colleagues after the course. Naturally Fractured Reservoir: Integration of Geological Concepts, Borehole and Seismic Techniques Current state of the art in E&P with innovations, best practices and case studies Call : +33 147520598 Fax : +33 956143500 Email : [email protected]
Transcript
Drs. Paul de Beukelaar
Principle Course Facilitator
Director of SoleGeo, France
"A significant more than over 20% of the world oil - and 30% of world gas reserves are considered as naturally fractured reservoir.” B. Bourbiaux, Oil & Gas Review, French Petroleum Institute IFP, Vol. 65, No 2: March-April 2010
DISCUSS real life best practices from a global fractured reservoir analogues database
MASTER the structural and tectonic history of naturally fractured reservoirs
INTEGRATE recent geophysics, geology and geomechanics innovations into the workflow
OPTIMIZE the parameters in marine seismic acquisition and data processing
SELECT appropriate seismic attributes for detecting subseismic faults and fractures
MAP prospects with latest technology in various plays
CHARACTERIZE fracture basement through integrated analysis
DETERMINE the fracture model that best fits your reservoir
REDUCE uncertainty and turn around time with proven and most recent borehole and seismic technology
Geophysicist & GeoScience Consultant
28 years of industrial experience
Project experience from North Sea to Timor Sea
Recently completed projects, include “A Worldwide Database:Naturally Fractured Reservoir Analogues”
Summary of Accomplishment
Learn from Drs. Paul’s Global
Naturally Fractured Reservoir Analogues
Database!
Capitalize on Paul’s leading expertise and gain maximum value to:
Limited AttendeesCourse is strictly limited to 20 delegates only. This to ensure maximum learning and experience for all delegates.
Certificate of AttendanceYou will receive a Certificate of Attendance bearing the signatures of both Trainer and continuing professional development.
Interactive TrainingYou will be attending a training designed with the latest knowledge and backed up by practical experience through interactive sessions. This will provide you with deeper and more long-term understanding of your current issues.
High Quality Course Materials’Both online and printed course manual will provide you with working materials throughout the course and will be an invaluable source of reference for you and your colleagues after the course.
Naturally Fractured Reservoir: Integration of Geological Concepts, Borehole and Seismic Techniques
Current state of the art in E&P with innovations, best practices and case studies
"A significant more than over 20% of the world oil - and 30% of world gas reserves are considered as naturally fractured reservoir.” B. Bourbiaux, Oil & Gas Review, French Petroleum Institute IFP, Vol. 65, No2: March-April 2010
These naturally fractured reservoirs hold large hydrocarbon reserves and represent potentially attractive economic targets in exploratory ventures. Many of the recently discovered giant oil reservoirs are naturally fractured which necessitate dealing with high level of complexity during development. The presence of extensive networks of natural fractures creates a number of challenges for evaluating and optimizing recovery from this type of reservoirs. These unconventional reservoirs have limited permeability and flow capacity, and other properties more difficult to identify.
This masterclass Naturally Fractured Reservoir is designed to teach professionals in particular those in offshore positions on the integration of various down-hole datasets and using the results to build and constrain geological models. The attending participants will also learn to do sound estimations and to calibrate seismic-based reservoir descriptions. Attention will be given to recent developments and best practices of fractured reservoir, covering most important and most successful geological and/ or geophysical aspects and workflows in both exploration and production.
Based on the worldwide analogues database of over 100 naturally fractured basement and carbonate reservoirs, this masterclass is specifically developed to satisfy the increasing need of practical geosciencist to obtain technical knowledge of commercial hydrocarbon reservoirs in naturally fractured rocks, considered as marine exploration targets. It is also carefully investigated how to select and present you a thorough understanding of the various marine seismic techniques and integrated exploration strategies.
Upon completion, the participants will walk away with the knowledge of recent innovations in borehole and (marine) seismic technology, a better understanding of various play types, and the structural and tectonic history of the naturally fractured reservoir. Through the different real-life case studies, selected from the naturally fractured reservoir analogues global database, the limitations and advantages of various exploration methods will be discussed.
Naturally Fractured Reservoir: Integration of Geological Concepts, Borehole and Seismic Techniques
IN-HOUSE SOLUTIONS
• To ensure that all objectives of the course matches yours, all SoleGeo programs are developed after intensive and extensive research within the industry
• SoleGeo programs focus on your immediate working issues and preview research ensures that you are able to apply and deliver immediate results in real work situation
• Application and implementation of industry knowledge and experience are the drivers for our course design, not theoretical academic lectures
• SoleGeo training focuses on practical interactive learning tools and techniques including case studies, group discussions, scenarios, simulations, practical exercises and knowledge assessments during the course. Invest a small amount of your time to prepare before attending the course to ensure maximum learning
• To ensure that the course is taught at the appropriate level – thus maximizing individual benefits, it is recommended that attendees have the required technical background or provide themselves with some basic preliminary information
• SoleGeo follows a rigorous selection process of teaching material to ensure that all participants get first-hand, up-to-date and practical knowledge and will acquire the findings from leaders of their respective industrial diciplines
SoleGeo understands that in current economic climate, getting an excellent return on your training investment is critical for all our clients. This excellent training can be conducted exclusively for your organization. The training can be tailored to meet your specific needs at your preferred location and time.
We will meet you anywhere around the globe.
If you like to know more about our other training courses and program, please call Paul de Beukelaar on +33147520598. or email : [email protected]
WHO SHOULD ATTENDCOURSE INTRODUCTION
WHY YOU SHOULD ATTEND
The course is designed for,
• Geophysicists• Seismologists• Research GeoScientists / Engineers• Exploration Geologists• Exploration / Petroleum Engineers• Basin Analysis Specialists• Exploration and Production Heads/Managers
and technical personnel that manage, perform, or participate in naturally fractured reservoir.
These personnel typically have a basic understanding of seismic measurement and interpretation, but want to increase their understanding of naturally fractured reservoir. A technical background or at least 3 years
Case studies:• Fracture Characteristics and Development of High Temperature
Granite Reservoirs• Mapping of Fracture Corridors in naturally fractured Carbonate
Reservoirs
Worldwide Fractured Analogues for Reservoir Characterization will be introduced on day 1, and case studies will be selected and further discussed throughout the three-day course. The combination of innovative field acquisition technologies and improved processing techniques that are necessary for better fractured reservoir imaging, will be discussed. Much attention will first be given to the structural geology of carbonate and basement type of reservoirs, geomechanics analysis of fracture processes and the applications of mapping, modeling and predicting of petrophysical properties.
• Introduction to naturally fractured reservoirs• Facies and Fractures Analogues for Reservoir Characterisation• Worldwide Fractured Reservoir Analogues database• Carbonate and Basement type of reservoirs• Fracture types, origins, scales, connectivity• Fracture controls and distributions• Heterogeneous aspects both depositional and diagenetics • Fracture initiation processes: Overpressure, Thermal cracking,
Environmental, Tectonic• Data from wells, outcrop and seismic, scale of observations• Mapping reservoir heterogeneity, porosity and permeability• Connectivity, anisotropy in fracture static models and, stress &
fluid flow in simulations• Pressure build-up and HC Saturation from 4D seismic data
Presentation and Ranking of significant Case Studies and review of practical lessons learned
Day 2 focuses on geometric and quantitative seismic attributes. The limitation and optimization of various parameters will be discussed. Modeling of reservoirs will be considered for the prediction of prospects, reserve volumetric calculation and reservoir behaviour. Detailed descriptions on granite, basaltic and carbonate reservoirs will be showcased, to aid in the understanding of various play types.
• Seismic Acquisition design and Data Processing workflows• Discontinuity Extraction Processing• The power and limitations of Seismic Attributes• Predicting sweet spots • Mapping of Fracture Clusters• Fracture Density Prediction • The importance of Modelling on all levels• Integration of Structural and Tectonic History • Managing reservoir behaviour
On the third day, best practices from an assortment of real life case studies will be presented, taking into account highlighted aspects related to a) geology and b) geophysics. The current marine seismic development and integrated analysis of different disciplines will be discussed. Further discussions and presentations will also depend on needs and questions from participants.
a) Permeability, Porosity, Eometamorphism, Maturation, Paleo-weathering, Thermo chronology, Source rock quality assessment, HC migration analysis, Tectonics: Rifting and Reactivation Geomechanical (directional stress), Charging mechanism, etc.
b) Borehole and seismic imaging technologies, Well-seismic calibrations, Volumetric estimation techniques, Characterization through geophysical non-seismic (borehole and surface) methods
• Marine Seismic in progress: Present technology, recent advances and innovations
• Fracture and Reservoir Properties: Case studies from Worldwide Analogues Database
• Evaluation and Conclusions
Naturally Fractured Reservoir: Integration of Geological Concepts, Borehole and Seismic Techniques3 DAYS : Autumn-Winter 2010/2011
DAY 1
DAY 2
DAY 3
MASTERCLASS : PROGRAM AGENDA
• Total
• Shell
• NAM (Shell/ExxonMobil)
• CPTL (Total Libya)
• Sonangol Angola
• Santos Australia
• GNPOC
• Petronas
• Pertamina
• GDF-Suez
• Marathon Oil
• PDVSA
• Maersk Oil
• Lundin
• Schlumberger
• FugroJason
• CGGVeritas
• EPTS
• IFP
Paul de Beukelaar is a highly committed geophysicist and
GeoScience consultant, with 28 years of industrial experience.
He has been actively involved in E&P companies in several G&G
roles. Paul is experienced in exploration risk assessments and
very skilled in the practice of geophysical reviews, such as
writing reports, reserve estimate, well proposal and evaluation
preparation, and bringing clear messages through cross-sections
and attribute maps. His recent successful effort includes the
completion of a comprehensive worldwide naturally fractured
reservoir analogues database.
The early part of his career, he was a consultant and contractor
with and for exploration and production teams, having
responsibility in a variety of assignments as seismic data
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