QUANTITATIVE SEISMIC RESERVOIR CHARACTERIZATION (QSRC) Arya Duta Hotel Jakarta, 19 - 20 September 2017 (Two Days) Rp. 1.500.000 (HAGI Member) & Rp. 2.000.000 (Non HAGI Member) Includes: Course Notes, Course Materials, Working Lunches & Refreshment During the Course

ABOUT THE COURSE This course is intended to provide participants a clear background of the science and technology behind seismic reservoir characterization and also provide an exposure on modern trend as practiced by the Oil and Gas industry. Upon completion of the course, participants will understand how to analyze seismic inversion results, viz. elastic properties such as P-Impedance and VP/VS and quantitatively interpret these properties for:

more accurate structural and stratigraphic maps and volumetric estimation,

conversion of elastic properties into petrophysical/engineering reservoir properties,

planning effective drilling program based on clearer interpretation of the reservoir and

advanced reservoir description and characterization for clastic, carbonates and unconventional reservoirs

WHO SHOULD ATTEND Anyone interested and intend to learn how to interpret and analyze seismic inversion results

Tuesday, 19 September 2017 Wednesday, 20 September 2017

Session 1

Introduction to Quantitative Seismic Reservoir Characterization (QSRC)

Foundation of QSRC

Seismic Attributes

Session 3

Seismic Inversion - Deterministic and Geostatistical

Workflows for Seismic Inversion

Applications of Seismic Inversion

Case Studies

Session 2

Amplitude Variation with Offset (AVO)

AVO analysis and Interpretation

Applications for Prospect Generation and De-risking

Case Studies

Session 4

Modern Trends in Seismic Inversion

Fracture Characterization

Case Studies

EVENTS TIMELINE

Tuesday, 19 September 2017

Session 1

Introduction to Quantitative Reservoir Seismic Characterization (QRSC)

What is quantitative seismic reservoir characterization, role of seismic inversion and quantitative interpretation in field life of a reservoir, integration of well, seismic and other data for QSRC Rock Physics - the bridge between well and seismic data

Petro-Elastic Models (PEM) - empirical and theoretical rock physics models, Rock Physics Templates

Commonly used Rock Physics Models for clastic, carbonate and unconventional

Common applications of Rock Physics: Fluid replacement modeling, shear wave prediction

Foundation of QSRC

Seismic velocities, amplitudes and amplitude variation with offset (AVO) and their relationship with subsurface properties and conditions

Seismic attributes

Horizon and volume attributes, single and multi-trace attributes, applications of seismic (single) attributes in mapping sands, net-pay, fluid boundaries and fractures Use of multi-attributes in predicting subsurface properties

Session 2

AVO Analysis and Interpretation

Two and three term approximations of Knott-Zoepptriz equations, their applications and limitations AVO analysis and interpretation: Intercept and gradient, AVO cross-plot, fluid factor, use of AVO analysis in prospecting

as well as de-risking

AVO modeling to capture prospects and associated uncertainties

Case Studies

COURSE OUTLINE

ABOUT THE INSTRUCTOR

Dr Ranjit Shaw received his M.Sc.Tech. and Ph.D. degrees in Applied Geophysics from Indian School of Mines, Dhanbad in the years 1987 and 1990 respectively. He served as a faculty member in the Department of Applied Geophysics of the same university for nearly 16 years. His major research interest involved Development of Interpretation Techniques and Inverse Theory. During 2002-2003, he carried out post-doctoral research at Institute for Geophysics, University of Texas at Austin in Theory of Seismic Wave Propagation in Anisotropic Media.

Information And Registration

Phone/Fax : (+62-21) 5250040 | Email : secretariat@hagi.or.id

He is one of the pioneer researchers advocating the use of Swarm Intelligence to optimize problems of exploration geophysics. He moved back to the industry in 2007 to join Fugro-Jason and played an active role in promoting Fugro-Jason’s Seismic Reservoir Characterization technology in India. He has also led the Seismic Reservoir Characterization team of Data and Consultancy Services of Schlumberger based in Mumbai. Presently, Ranjit holds the position of Regional Technical Manager for the Far East region in GeoSoftware division of CGG. He is associate member of SEG and life member of SPG, AEG and IGU.

Wednesday, 20 September 2017

Session 3

Seismic Inversion Deterministic and geostatistical inversion, full stack and simultaneous inversions

Review of other inversion techniques

Workflows for Seismic Inversion Seismic and well data preconditioning, well to seismic tie and wavelets, Low frequency modeling, Model based and

Sparse spike inversions

Velocity modeling and time depth conversion

Quantifying uncertainty, predicting litho and fluid facies

Applications Uses of inversion derived rock properties in prospect evaluation, reserve estimation, well placement and geomodeling Case Studies

Session 4

Modern Trends in Seismic Inversion

Introduction to i) Stochastic inversion for delineating thin beds, ii) time lapse inversion for reservoir monitoring and iii) multicomponent data for discriminating commercial gas from fizz gas

Fracture Characterization Use of conventional attributes and modern image processing techniques like edge enhancements in mapping fractures, Fracture Characterization for basement and shale plays, Azimuthal inversion for mapping fracture orientation and fracture density

Case Studies

PRE-CONVENTION COURSE JCM 2017 REGISTRATION FORM

Course Title : Quantitative Seismic Reservoir Characterization Dates : 19 - 20 September 2017 Venue : Arya Duta Hotel Jakarta, Indonesia Instructor : Dr Ranjit Shaw (CGG GeoSoftware) Course Registration Fee : Rp. 1.500.000 (HAGI Member) & Rp. 2.000.000 (Non HAGI Member)

PARTICIPANT (Kindly complete the data) Title : *Mr . /*Mrs Attendance Name : ________________________________________________________________________________________ Job Title : ________________________________________________________________________________________ Company : ________________________________________________________________________________________ Office Address : ________________________________________________________________________________________ Phone/Facsimile : ________________________________________________________________________________________ Mobile Phone Number : ________________________________________________________________________________________ E-mail Address : ________________________________________________________________________________________ Contact Person : ________________________________________________________________________________________

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Special Notifications :

The Investment Fee include meals (2x coffee break and lunch), course materials, course kits, group photograph, and certificate

(exclude hotel and tax). In order to allow sufficient time for travel arrangement and document processing, participants are rec-

ommended to make an early enrollment. Unless prior arrangements are made by HAGI, payment may be required well 14 days in

advance of the course date to guarantee your seat. Registration will be closed 14 days before course date. Late enrollment may

result in course cancellation.

PAYMENT METHOD BY (Kindly √ appropriate square) :

Cash addressed to HAGI Secretariat Invoice, send to : Bank Transfer in full amount to : Himpunan Ahli Geofisika Indonesia

Bank BNI Cab. Menteng, Jakarta Pusat AC : Rupiah(IDR) 0010740147 /Dollar (US$) 0010740158

PLEASE FAX THIS FORM TO : +6221.5250040 or EMAIL : secretariat@hagi.or.id & RECONFIRM YOUR REGISTRATION

TO HAGI TRAINING CENTER, CP : Ichi Rixy / Joko Andi Wibowo

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HAGI Secretariat : Patra Office Tower, 18th Floor, Suite 1820

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Cancellation, Subtitution & Non Attendance Policy : Tuition fees are transferable but not refundable. Notification is required to substi-

tute another participant, no later than 5 working days prior to the program, should the nominated person is unable to attend. To cancel

attendance less than 15 business days from the training dates, cancellation within 1 week will be charged 50% from total course fee.

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