Rekan-rekan Iagi-net, Bersama ini saya sampaikan agenda detil Program Kursus Seismic Reservoar 2003 yang diadakan oleh Unit Jasa Kepakaran (UJK) Fakultas Ilmu Kebumian dan Teknologi Mineral bekerja sama dengan Lab. Geofisika Reservoar-Dept. Teknik Geofisika, Institut Teknologi Bandung :
Judul Kursus : Seismic Fundamentals for Exploration & Development" Tanggal : 24-28 Maret 2003 Tempat : Hotel Holiday Inn - Bandung Agenda detil kursus terlampir. Untuk informasi lebih lanjut dapat menghubungi saya di alamat dibawah ini. Semoga bermanfaat. Terima kasih & Salam, Sigit Sukmono Lab.of Reservoir Geophysics Dept. of Geophysical Engineering Institute of Technology Bandung Basic Science Center, 2nd Floor Jl. Ganesha 10 Bandung 40132 Ph/Fax.(+62) (0)22-2509167 Mobile (+62) (0)811220756 Email :[EMAIL PROTECTED]; [EMAIL PROTECTED] =============================== Detail Course Agenda Day-1. Wave Propagation and Data Acquisition Concepts Theory : introduction, wave propagation, reflection-refraction and diffraction, signal processing, field procedures, signal and noise, common midpoint method, noise analysis, arrays. Problem-set 1.1. Measuring the seismic dominant frequency, velocity and wavelength Problem-set 1.2. Estimating the bulk density and velocity of a layer and it’ s reflected seismic amplitude Problem-set 1.3. Identification of the direct arrival, critical refractions and reflection waves in field record Problem-set 1.4. Computing the reflection-coefficient and its correlated seismic amplitude Problem-set 1.5. Convolution, Fourier transforms and resolution estimation Day-2. Practical Seismic Data Processing Concepts Theory : introduction, gain adjustment, normal moveout correction, stacking velocity analysis, datum correction, residual statics, filtering (bandpass), K-F filtering, deconvolution, migration, pitfall in seismic interpretation (multiple, diffraction and reflected refraction, effect of velocity distortion). Problem-set 2.1. Arrays and related CMP coverage determination Problem-set 2.2. NMO and velocity analysis Day-3. Basic Seismic Interpretation Concepts Theory : objective, procedure, vertical and horizontal resolution, well-seismic tie, parameters of individual reflection, geology of seismic section, seismic lithology signature, seismic hydrocarbon indicator, Structure interpretation : folds, normal fault, reverse and thrust fault, strike-slip fault, fault reactivation, 2-D vs 3-D interpretation Problem-set 3.1. Well seismic tie and best wavelet determination using synthetic and VSP. Problem-set 3.2. Seismic lithology determination : clastics, carbonate, salt-shale diapir, DHI, etc. Problem-set 3.3. Interpreting the faults : normal, reverse, wrench and thrust faults Problem-set 3.4. Fault and horizon mapping on time section of 3-D seismic data Problem-set 3.5. Using 3-D seismic for characterizing the combined structural and stratigraphic trap Problem-set 2.3. Datum correction and residual static analysis Problem-set 2.4. Deconvolution and migration techniques Problem-set 2.5. Pitfall analysis and noise recognition in migrated section Day-4. Basic Concepts of Seismic Stratigraphy and System-Tract Analysis Theory : Relative sea level changes and seismic sequences, sequence boundaries : types and their seismic characteristic, seismic facies and depositional sequences : types and their seismic characteristics, cycle and paracycles in the system-tract, interpretation of system tract in seismic section, system tracts and hydrocarbon play Problem-set 4.1. Sequence boundary and related sea-level changes determination in seismic section Problem-set 4.2. Seismic facies and depositional sequences determination in seismic section Problem-set 4.3. Deltaic seismic facies mapping and its hydrocarbon play determination Problem-set 4.4. System-tract and hydrocarbon play determination in seismic section Day-5. Overview on Seismic Attributes Reservoir Characterization Techniques Theory : definition, overview of seismic inversion, amplitude & complex attributes and AVO methods Problem-Set 5.1. Clastics and carbonate reservoir characterization using seismic inversion Problem Set 5.2. Integrated complex attributes for stratigraphic and DHI analysis (3 cases) Problem-Set 5.3. Amplitude attributes for thin facies mapping in a compartmentalized reservoir Problem-Set 5.4. Amplitude attributes for mapping by-passed oils and monitoring reservoir production --------------------------------------------------------------------- To unsubscribe, e-mail: [EMAIL PROTECTED] Visit IAGI Website: http://iagi.or.id IAGI-net Archive 1: http://www.mail-archive.com/iagi-net%40iagi.or.id/ IAGI-net Archive 2: http://groups.yahoo.com/group/iagi Komisi Sedimentologi (FOSI) : F. Hasan Sidi([EMAIL PROTECTED])-http://fosi.iagi.or.id Komisi SDM/Pendidikan : Edy Sunardi([EMAIL PROTECTED]) Komisi Karst : Hanang Samodra([EMAIL PROTECTED]) Komisi Sertifikasi : M. Suryowibowo([EMAIL PROTECTED]) Komisi OTODA : Ridwan Djamaluddin([EMAIL PROTECTED] atau [EMAIL PROTECTED]), Arif Zardi Dahlius([EMAIL PROTECTED]) Komisi Database Geologi : Aria A. Mulhadiono([EMAIL PROTECTED]) ---------------------------------------------------------------------
