Using a hands-on, practical approach, this course is designed to help users learn how to perform sophisticated formation evaluation using Multimin, the advanced petrophysics application in Geolog. The user is guided through the following examples: • A documented example of a simple analysis, and then further interpretation of the example • Complex example • Silt example • NIMBLE example • Carbonate example |
Petroleum geologists, engineers and petrophysicists |
GEO103
2 day(s)
1.4
Introductory
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To gain the most from this training course, the following prerequisites are required: • A working knowledge of Geolog and its conventions, methods for importing data into the software, and the way data is stored. • A working knowledge of the methods used in Geolog to perform basic preparation tasks for petrophysical data, including: o Depth-matching, editing and despiking for petrophysical logs
• A general understanding of petrophysics, including the concept of response equations for tools, and the methods used to calculate shale volumes, porosities and water saturations. An appreciation of cation-exchange based methods for water saturation determination is helpful, as is an understanding of mineralogy effects on tool responseso Environmental corrections o Data displays o Crossplotting |
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Aspen Technology, Inc. awards Continuing Education Units (CEUs) for training classes conducted by our organization. One CEU is granted for every 10 hours of class participation.