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GATHERING DATA AT THE WELL AND IN THE LAB
This
Reference Manual covers topics needed to understand how petrophysical data is acquired in
the field and in the laboratory. Conventional and special core
analysis are described in detail. Special techniques for total
organic carbon, coal, coal bed methane, gas shale and oil shale
are described. Numerous examples are used to illustrate
results from lab reports.
QUICK FACTS:
RF-10: 162 pages, 3 chapters, table of contents, computer-ready math, access to all META/LOG spreadsheet software.
RECOMMENDED FOR:
all geoscientists, geotechs, engineers, managers and CEO's.
RELATED PRODUCT:
RF-01
Crain's Petrophysical PocketPal
RF-02
Crain's Analyzing Unconventional Reservoirs
Put
my 50 years of practical petrophysical experience to work for
you.
License:
Single-User •
Corporate •
Academic
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REFERENCE MANUAL CONTENTS |
1.00 Integration and Calibration
1.01 Wireline Logging
1.02 Coiled Tubing (CT) and Pipe Conveyed Logging
1.03 Logging While Drilling (LWD)
1.04 Sample Description Logs
Describing Sandstone
Describing Shale
Describing Carbonate
Describing Hydrocarbon Shows
Lag Time and Sample Depth Control
1.05 Mud / Gas / Logging
1.06 Measurements While Drilling (MWD)
2.00 Core Analysis Overview
2.01 Coring Methods
2.02 Core Porosity
2.03 Core Permeability
2.04 Core Saturation
2.05 Relative Permeability
2.06 Capillary Pressure
2.07 Wettability
2.08 Electrical Properties (A, M, N, CEC)
2.09 Water Analysis (RW) |
3.00 Other Laboratory Measurements
3.01 X-Ray Diffraction (XRD)
3.02 Elastic Properties Tri-axial Tests
3.03 Total Organic Carbon (TOC)
3.04 Proximate Analysis for Coal
3.05 Coal Bed Methane Adsorbed Gas Content (Gc)
3.06 Shale Gas Adsorbed Gas Content (Gc)
3.07 Oil Yield Immature Oil Shale (Fischer Analysis)
3.08 Bitumen / Heavy Oil Sand (Dean Stark Core Analysis)
3.09 Fourier Transform Infra Red (FTIR) Analysis
3.10 Fourier Transforn Infra Red Analysis (FTIR)
3.11 X-Ray Fluorescence Analysis (XRF) |
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