OBJECTIVE Better understanding the importance of static model and the essence of building facies/discrete parameter model, in order to deline-ate proper subsequent petrophysical models. Provide basic knowledge to construct robust facies geological model, including necessary skill for reservoir modeler to integrate all data (conceptual geology, well and seismic). Anyone from any discipline may get benefit by attending this course when the objective is to produce robust static reservoir modeling in both siliciclastic and carbonate reservoirs. A specific carbonate case study with diage-netic feature is also going to be discussed. This 5-day course comprises the topics from static model requirements and practical course/application of construct facies/discrete model in clastic and carbonate reservoirs; conceptual geology, data analysis and variogram modeling and rock type/lithofacies model-ing with various techniques and select most appropriate algorithms.

From Conceptual Geology to Solid Facies Model, An Advanced and Completed Technique Abdul Latif Setyadi, ME (Konsultant) Yogyakarta, 11—15 December 2017 Rp. 24.200.000 Includes: Course Notes, Course Materials, Working Lunches & Refreshment During the Course

WORKSHOP Conceptual Geology and Depositional Environment

Overview of Seismic and Sequence Stratigraphy

Clastic depositional environment; deltaic and prograding shallow marine

Regressive – Transgressive environment (transitional clastic environment)

Deltaic environment

Reservoir morphology and characteristics

Distributary channel

Distributary mouth bar

Vertical facies association and log characteristics

Overview of proper correlation and zonation

Carbonate depositional environment: platform and buildup carbonates

Carbonate classification

Carbonate sequence statigraphy and system tract

Vertical association and log response

Facies distribution and reservoir quality

Diagenetic features

Constructing a Static Model, an Overview:

Review on tructural modeling (fault model construction, horizon modeling, data filtering, zonation, layering thickness optimization and grid construction)

Reviwew on 3D grid iteration (optimum grid size and orienta-tion, cell thickness iteration) and base case structural model selection

Facies interpretation on well data

Well data upscaling, data analysis and normal transformation, variogram setting and estimation/modeling.

Constructing Facies Models Deterministic vs Stochastic model, Estimation vs Simulation

Object based modeling, guided by conceptual model (with example on deltaic and carbonate environment)

Pixel based modeling (TGS and SIS algorithm)

MPS algorithm

Seismically-guided modelling technique (attribute)

NTG modeling, is it necessary in 3D Static modeling? Impact on petrophysical modeling (PHI model)

Selecting a proper algorithm for facies modeling

Facies model impact on petrophysical models

Field examples

PARTICIPANTS Geophysicist, Geologist, and Petrophysicist, Petroleum (Reservoir/ Simulation Engineer) who is involved in building static reservoir model.

ABOUT THE INSTRUCTOR Abdul Latif Setyadi holds Bachelor Degree in Geology from Gajah Mada University and Master Degree in Petrole-um Engineering from Institut Teknologi Bandung (ITB). He brings a wealth 19 years of international experience in a variety assignment with ARCO, Chevron, BP, ADCO, Total, Petronas and various worldwide subsurface consultan-cies. He is an expert remodeler with lecturing international workshops experiences. He has a deep expertise in various geomodeling applications (Petrel, RMS and JewelSuites) and impressive detail analysis and geosciences interpretation. He has extensive experience in reservoir modeling with specializes in geostatistical modeling. He has conducted numerous analyses in sedimentology and sequence stratigraphy, geo-logical modeling and geostatistics (deterministic to stochastic modeling from structural, discrete/facies, property, up-scaling, volumetric and uncertainty through well planning), fracture and karst modeling, reservoir characteriza-

tion and risk analysis in both siliciclastic and complex carbonate reservoirs. Abdul Latif Setyadi has studied various reservoirs in deltaic Central Sumatra Basin (Indonesia); platform carbonate in South Sumatra Basin (Indonesia); platform carbonates, alluvial, shallow marine sediments and volcaniclastics of Northwest Java Basin (Indonesia);

Information And Registration

Phone/Fax : (+62-21) 5250040

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HAGI REGULAR COURSE 2017 REGISTRATION FORM

Course Title : From Conceptual Geology to Solid Facies Model, An Advanced and Completed Technique Dates : 11—15 December 2017 Venue : Yogyakarta, Indonesia Instructor : Abdul Latif Setyadi, ME (Konsultant) Course Registration Fee : Rp. 24.200.000,- (Including HAGI Registration Member) *(Kindly (IDR/US$) registration fee appropriate flyer)

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