The delegates will learn how to use of base modules of Techlog as a leading wellbore-centric platform.
Finally, the course will end by introducing participants to the world of multi-well and multi-zone interpretations.This highly participative virtual training course in Formation Evaluation with the use of one of the most advanced software form the oil and gas E&P company ensures that the delegates will achieve high level of skills and understanding needed to perform Formation evaluation-analysis of subsurface formation characteristics, such as lithology, porosity, permeability, and saturation by methods such as wireline well logging and core analysis with the help of the Techlog software. In the final day of this course which covers both domain and give a refresher on Acquisition Tools physics and logging procedures, participants will learn how to use the Sand-Silt-Clay Workflow method to interpret silty sand and/or clayey sand reservoirs. Learn and recognize what types of Data TechLOG can evaluate & analyze. Recognize and explain different TechLOG modules and disciplines. Participant will learn how to use Zonation for interpretations by zone. OBJECTIVE: At the end of this course, you will learn: To be familiar with TechLOG software functionalities & its applications. for analysis and utilization of these data using Wellbore Imaging, WBI Modules of Techlog Platform. The course will teach how to use picket plot, other statistical tools and several Techlog powerful features to aid and simplify interpretations. Techlog Borehole Image Processing and Interpretation. Permeability computation from Wyllie-Rose and Coates equations. Effective Saturation computations from different measurements using different Effective Porosity equations Total Saturation computations from different measurements using different Total Porosity equations The young team of Franziska Hildebrand, Franziska Preuss, Vanessa Hinz and Dahlmeier clocked 1 hour, 11 minutes, 54.6 seconds to beat France. Effective Porosity computations from different measurements using different Effective Porosity equations Table 2.3 Spectral Gamma Ray Applications Ratio Application Th/U Sedimentary condition analysis. Wells usually have log curves scattered in different LAS files of different step resolutions and depth zone coverage. Figure 2.7 Display of lithology for Example 2.4 (Techlog).
A handbook of tips, recipes, and key petrophysical concepts to compute log parameters with GeolOil software: A recipe on how to merge several different LAS files into a single unified one.
Total Porosity computations from different measurements using different Total Porosity equations Recipes Cookbook and Petrophysics Manual.
Vshale computations from different measurements using different Vshale equations, Participants will learn how to use Techlog to perform: This will be followed by building a detail step by step logs interpretation workflow starting from Precomputation and Fluid properties computation to Volume of Shale, Vshale computations through Porosity computations to Water Saturation, Sw computations. Data Loading Well Logs adjustments Well Logs Interpretation. In the first day of the course participants will learn how to build a Quick Look interpretation workflow. With the Techlog platform, you can bring all of your wellbore data into one highly. 3D seismic interpretation (Petrel) -Well logs interpretation (Techlog) -Burial history (Petromod) -Play, Prospect and leads evaluation.
This course teaches participants how to do basic formation evaluation using Quanti module of Techlog.ĭuring the course participant will learn how to use LogView, Crossplots, Histogram and other plots to visualize log data, analyze and interpret log data. Project Manager - Integrated exploration study of the Cooper / Erromanga basins (Australia) UniLaSalle.