From Outcrop to Grid Cell: Integrated Approach in Modelling Clastic Reservoirs
Modelling Clastic Reservoirs Training has a comprehensive concept by integrating geology, geophysics, and 3D reservoir modelling. Participants will observe the modern clastic depositional system outcrops in a field trip before learning about how to implement them in building a geologically realistic 3D model. By the end of this training, participants are expected to have an understanding of clastic depositional systems and how to model them
Geomodelling Course/Petroleum Geomodelling
3 days
Advanced
Classroom + Field Trip
DAY 1
- Visit modern day silisiclastic environment (fluvial to tidal flat).
- Visit fluvial outcrop in the afternoon.
- Overview of clastic depositional environment from fluvial braided plain to deep water
DAY 2
- Outcrop visit of tidal flat and shallow marine
- Outcrop visit of deep marine clastic
- Interpreting depositional environments from log and core.
DAY 3
- Exploiting seismic data for direct clastic indicator
- Overview of reservoir modelling, how to represent clastic depositional environment in a model.
- Discussion of various algorithm used.
- Hands on application training on how to do clastic facies model. Including porosity and permeability modelling
- Wrap up and general discussions
Modelling Clastic Reservoirs Training is set course is designed for clastic reservoir geologists, geophysicists, reservoir engineers, reservoir simulation engineers, and other asset team members.
A geoscience professional with more than 20 years of international experience in the oil and gas industry and academia, specializing in geomodeling, development geology, clastic sedimentology, and geodynamics. He has extensive expertise in applying leading geoscience software from Schlumberger, Halliburton, and Roxar to perform advanced geological analysis and interpretation, including sedimentology, sequence stratigraphy, geological modeling, geostatistics (deterministic to stochastic modeling covering structural, facies, and property modeling, upscaling, volumetrics, uncertainty analysis, and well planning), fracture modeling, reservoir characterization, and risk analysis in both siliciclastic and carbonate reservoirs. He also possesses a solid understanding of petroleum engineering and petroleum economics, including field development planning, production, and operational support. In addition to his industry experience, he is affiliated with the Geological Engineering Department, Faculty of Engineering, Universitas Gadjah Mada, and is actively involved in teaching, training, and leading geological field trips, particularly in sedimentology and geodynamics. He is also a productive scientific writer with numerous national and international publications.
For more details, please contact our administrator