wah ... kalau begini caranya, mesti buru2 daftar sebagai peserta kursus DISC nya dong. Kursus reservoir characterization nya Pak Sigit kan selalu banyak peminatnya.
fbs --- Sigit Sukmono-centrin <[EMAIL PROTECTED]> wrote: > > > Rekan-rekan, > > 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 Reservoir Characterization, > Hydrocarbon Detection & Production Monitoring > Tanggal : 21-25 April 2003 > Tempat : Sheraton Hotel - Bandung > > Agenda detil kursus terlampir dibawah. Pada hari > terakhir (25 April), peserta bisa memilih program > regular atau mengikuti (tanpa biaya tambahan) > program 2003 SEG/EAGE Distinguished Short Course > dengan topik "Geostatistics for Seismic Data > Integration in Earth Models" dengan pengajar Dr. > Olivier Dubrule. > > 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] > > > > ============================ > > COURSE AGENDA > > > > DAY-1 > > Reservoir delineation and description using Seismic > Inversion (AI) > > Theory : definition, convolutional model & seismic > wavelet processing, recursive inversion, building > geological model, model-based and sparse-spike > inversion, using AI to derive reservoir properties > (porosity, lithology, sand/shale ratio, etc), > integrating AI with geological and engineering data > > Problem-set 1.1. Performing simple seismic inversion > using handy-calculator > > Problem-set 1.2. Clastics reservoir delineation and > description using seismic inversion > > Problem-set 1.3. Carbonate reservoir delineation and > description using seismic inversion > > Problem-set 1.4. Thin reservoir delineation using > seismic inversion > > Problem-set 1.5. Well delineation using integrated > analysis of AI, geological and engineering data > > > > DAY-2 > > Reservoir delineation and gas/fluid detection using > Amplitude Attributes > > Theory on post stack amplitude-based attributes and > their uses : reflection amplitude, composite > amplitude, amplitude ratio, RMS amplitude, skew in > amplitude, kurtosis in amplitude, etc. > > Problem-set 2.1. Amplitude attributes for > stratigraphic analysis and development well > delineation > > Problem-set 2.2. Amplitude attributes for thin > facies mapping in a compartmentalized reservoir > > Problem-set 2.3. Amplitude attributes for > delineating the DHI and development well - > siliciclastic case Problem-set 2.4. Amplitude > attributes for delineating the DHI and development > well - carbonate case > > > > DAY-3 > > Reservoir delineation and gas/fluid detection using > Complex Attributes > > Theory on complex attributes and their potential > uses : reflection strength, instantaneous phase, > instantaneous frequency, apparent polarity, response > phase, response frequency, cos. of phase, etc. > > Problem-set 3.1 - 3.3. Integrated complex attributes > for stratigraphic and DHI analysis (3 cases) > > Problem-set 3.4. Integrated complex attributes for > thin sand reservoir delineation > > Problem-set 3.5. Integrated complex attributes for > DHI and facies mapping > > > > > > DAY-4 > > Gas/fluid detection and seismic lithologies analysis > using AVO Attributes > > Theory : definition of AVO/AVA analysis, rock > physics basis, Zoeppritz equation and approximation, > AVO modeling, AVO classification, non-bright spot > AVO anomaly, AVO gradient and intercept, AVO > cross-plots, AVO attributes, factors affecting AVO > analysis > > Problem-set 4.1. Estimating AVO anomaly type using > well data > > Problem-set 4.2. Delineating gas sand class I and > III using CDP gathers > > Problem-set 4.3. Delineating gas-sands using P-G > crossplot and PxG display > > Problem-set 4.4. Delineating gas-sands class III > using AVO, AI and complex attributes > > Problem-set 4.5. Development well delineation using > isopach and fluid-factor map > > Problem-set 4.6. Gas/fluid detection using > integrated analysis of complex and AVO attributes (2 > cases) > > > > DAY-5 > > Option 1 : Regular Program > > Time-Lapse (4-D) Seismic for Reservoir Management > and Recovery Monitoring > > Theory on the uses of time-lapse seismic monitoring, > the time-change of reservoir properties and related > seismic observable, rock physics basis in 4-D > seismic analysis, repeatibility requirements of > seismic data > > and processing for time-lapse seismic > > Problem-set 5.1. Amplitude attributes for mapping > by-passed oils and monitoring reservoir production > > Problem-set 5.2. Time-attributes for monitoring > steam-front movements > > Problem-set 5.3. Interpretation of the seismic > changes as a function of pressure and temperature > > Problem-set 5.4. Time-attributes for mapping > injected-steam thickness > > Problem-set 5.5. 4-D seismic for monitoring in-situ > combustion propagation > > Problem-set 5.6. 4-D seismic monitoring for > enhancing thermal recovery > > > > Option 2 : Special Program > > Joint the 2003 SEG/EAEG Distinguish Instructor Short > Course Lecture "Geostatistics for Seismic Data > Integration in Earth Models" by Dr. Olivier Dubrule, > Sheraton Hotel Bandung, 25 April 2003 > > === message truncated === __________________________________________________ Do you Yahoo!? Yahoo! Platinum - Watch CBS' NCAA March Madness, live on your desktop! http://platinum.yahoo.com --------------------------------------------------------------------- To unsubscribe, e-mail: [EMAIL PROTECTED] Visit FOGRI Website: http://fogri.or.id FOGRI Archive: http://www.mail-archive.com/fogri%40iagi.or.id/ ---------------------------------------------------------------------
