Baird-McClure Pore Pressure School
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Course Outline: Pore Pressure & Frac Gradient PredictionPresented byBaird Petrophysical International, Inc.
The Baird-McClure Pore Pressure School is a combination of the McClure geological approach, the Pilkington petrophysical approach and Baird's refinement's from personal hands-on experience with over 2000 wells. There is no better source of knowledge for pore pressure prediction for well planning and for prospect (hydrocarbon) pressure seal integrity analysis.
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Introduction to Key Terms, Overall Drilling Requirements,
Seismic Terminology &
Geology · Origins (Causes) of Abnormal Pressure, Basic and Advanced Concepts, Basin Modeling, Sub-salt, Shallow Water Flow, Clastics Basins, Overthrusted Prospects · Drilling abnormal pressure - planning, pressure indicators while drilling · LWD and Wireline Logs Introduction
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Pressure Trends from logs; what to look for · Variable Overburden Gradient and Frac Gradient Calculations: hands-on "how to do it" · Seismic Introduction, 2-D and 3-D; what does the seismic tell us about pressure? · Site Surveys and Shallow Drilling Hazards, planning and how to handle
· Seismic Processing and Seismic Velocity Analysis, what's important, and what's not. · Pressure Integrity Leak-off Test, PIT, LOT, procedures; how to read a leak off test · Equivalent Depth / Matrix Stress Technique, BPI's successful Equivalent Depth Curves™ · Drilling Indicators of Pore Pressure Changes, ROP, D-Exponent
· Pressure Indicators, Mud Logging, background gas, temperature · Casing Depths and Kick Tolerance, plan for safety · Why and where the Eaton Method doesn't work: examples · Offset Well Correlation, Cross-sections, Basin Modeling
· Lost Circulation, Stuck Pipe, Depletion/depleted zones · Well Planning and Implementation, Importance of Communication ·
Deep Water Frac Gradients, Sub-Salt Field Examples · Recap, Review, Classroom Problems, Final Exam, Certificates of Completion |