Seismic Subsurface Fluid, Reservoir Properties And Facies Imaging

BACKGROUND

This course covers fundamentals of Seismic Rock Physics, ranging from basic laboratory and theoretical results to practical “recipes” that can be immediately applied in the field. We will present qualitative and quantitative tools for understanding and predicting the effects of lithology, pore fluid types and saturation, stress and pore pressure, fractures, and temperature on seismic velocity and attenuation. We will present numerous case studies and strategies for seismic interpretation, upscaling seismic and rock properties from the lab to borehole to reservoir scales, suggestions for more effectively employing seismic-to-rock properties transforms in geostatistical methods, and especially emphasize subsurface fluid detection and recovery monitoring.

WHO SHOULD ATTEND?
The course is recommended for all geophysicists, reservoir geologists, seismic interpreters, and engineers concerned with reservoir characterization, reservoir delineation, hydrocarbon detection, reservoir development, and recovery monitoring.

COURSE OUTLINE
• Key parameters influencing seismic observables
– Lithology, porosity and clay content
– Stress, pore pressure, consolidation
– Pore fluid type and saturation
– Effects of hydrocarbons and their sensitivity to temperature
• Seismic signatures of shaly sands
– Techniques and strategies for determining sands over shale unit
– Strategies for determining thin reservoir below tuning effect ( 3-5 meter) using seismic wave.
• Tools for quantification and prediction
– Bounding methods for multiphase composites
– Commonly used effective medium models
• Fluid substitution methods
– Gassmann’s equation, uses, abuses, useful approximations
– Sensitivity of Gassmann’s equation to measurement uncertainties
• Problems of upscaling
• Fluid flow, permeability, diffusion
• Seismic rock physics for measuring subsurface pore pressure
– Sealing and leaking fault analysis
– Pre drill pore pressure estimation
– Application of pore pressure analysis for field development
• Velocity dispersion and Q
– Observations of dispersion and Q at laboratory, logging, and seismic frequencies
– Methods for understanding and predicting dispersion and Q: viscoelasticity vs. scale
• Partial saturation and patchy saturation
• Seismic rock physics characterization of fractured reservoirs
– Identifying fracture orientation using AVO
– Identifying fluid in fracture using seismic rock physics
• Static vs. dynamic properties of reservoir rocks
• Seismic Rock physics links to geostatistics
• The Seismic Rock Physics of AVO
– Mud rock line determination
– Crossplot AVO interpretation
– AVO inversion interpretation
– Why need fluid subsitution
• Seismic monitoring of recovery processes
• Feasibility study reservoir (water, steam) flooded surveillance using seismic
• Seismic rock physics characterization of carbonates reservoirs
• Neural network in reservoir imaging
– Introduction to neural network
– Introduction to Fuzzy logic + Nural network
– Joining Neural network and rock physics
– Applying neural network and rock physics to explore stratigraphic trap
– Applying neural network and rock physics to map Hydrocarbon fluid
– Applying neural network and rock physics to map facies
– Applying neural network and rock physics to map reservoir properties

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Kami memberikan alternatif Fasilitas atas Investasi anda dalam Program ini, diantaranya :

Sertifikat, Peralatan Training, USB, Souvenir, Lunch, Coffe Break, City Tour
Running minimal 2 Orang (Semarang, Jogja, Solo), Running minimal 3 Orang (Bandung, Jakarta), Running 4 Orang diperuntukan untuk daerah (Bali, Lombok, Manado, Balikpapan)
Kami menyediakan transportasi antar Jemput dari Stasiun/Bandara ke Tempat Pelatihan(Hotel) bagi perusahaan yang Running minim 2 Orang
Harga dilampirkan di Brosur Penawaran

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Tambahan Informasi :

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5. Informasi dan Data yang jelas akan memudahkan kami untuk segera merespon permintaan anda.

Seismic Subsurface Fluid, Reservoir Properties And Facies Imaging