Spectrum 2000

SPECTRUM 2000 COURSE OUTLINE
c. 1978 - 2008 E. R. (Ross) Crain, P.Eng.
Rocky Mountain House, Alberta Canada T4T 2A2
403-845-2527 email usail
Updated 15 Oct 2007

Session FOUR - CEMENT INTEGRITY LOGS
Course Outline and Instruction Materials c. 1978 - 2008 E. R. (Ross) Crain, P.Eng.

Integrated Courseware Connecting Logs, Cores, Tests, Productivity, Cash Flow, and Seismic Petrophysics - Since 1973

Students in this class will have varied experience with logs, but need a clear understanding of cement bond and cement mapping logs to enhance their job skills. This seminar is supported by "Crain's Cement Integrity" (40 pages) reference manual and exercises, a high quality PowerPoint presentation, and 1 day of instruction.

DURATION: 1 day - 8 Professional Development Hours (PDH)

DESIGNED FOR: Anyone who wants to do more with theircement bond and cement mapping logs, especially with respect to fracture and stimulation design, workover planning, and analysis of production problems:

Exploration and Production Geologists
Reservoir and Development Engineers
Stimulation, Production, Completion, and Workover Engineers
Log Data Processors and Analysts
Exploration Geophysicists and Data Processors
Geological, Geophysical, or Engineering Technologists
Managers and Entrepreneurs
Service Company and Consulting Personnel

SUMMARY: This quantitative course covers all topics needed to calculate cement strength and bond index in both neat and light weight cements. Analysis of both modern and older style cement integrity logs is stressed.

BENEFITS:

provides understanding of cement strength and bond log response
provides understanding of CBL tool theory and practice
provides "computer ready" mathematics
gives insight into log quality problems that affect cement analysis
permanent reference material

SEMINAR OUTLINE:

0 Introduction
1 Types of Cement Integrity Logs
2 Temperature Logs
3 Cement Bond Logs (CBL)
4 Cement Bond-Variable Density Logs (CBL-VDL)
5 Cement Mapping Logs (CMT, CET, PET)
6 Ultrasonic Imaging Logs (USI, RBT)
7 In Conclusion
8 Exercises