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IGI's Training Course Modules
Following is a summary of IGI’s training modules that have been developed to date. Most of these modules have a duration of around one hour, including 10-
IGI’s course modules have been developed over a 25 year period, and are continually revised and updated, often as a result of feedback by clients. Course notes comprise fully illustrated text documents summarising and building upon the material delivered in the module. Most industry-
Available modules
1. Geochemical interpretation – Introduction (Intro)
2. Analysis – Selection & quality control (Analysis)
3. Source rock deposition (SR-
4. Recognising and characterising source rocks (SRID)
5. Measured maturity indicators (MeasMat)
6. Qualitative and quantitative hydrocarbon generation (Gen)
7. Expulsion of oil & gas (Expel)
8. Migration of oil & gas (Migr)
9. Source rocks & wireline logs (LogSR)
10. Introduction to maturity and basin modelling for hydrocarbon exploration (IntroMod)
11. Inputs to maturity modelling (InMod)
12. Temperature calibration of basin models (Cal_T)
13. Maturity calibration of basin models and sensitivity analysis (Cal_M)
14. Pressure calibration of basin models (Cal_P)
15. History of maturity modelling, and kinetics (Mod_hist)
16. Advanced geothermics (GeoTherm)
17. Gas geochemistry (Gas)
18. Geochemistry of gasoline-
19. Gas chromatography: Saturate & aromatic fractions of source rock extracts & oils (GC)
20. Application of stable isotopes in hydrocarbon exploration (Isotopes)
21. Biomarker applications for exploration & production (Biom)
22. Oil-
23. Reservoir geochemistry (ResGC)
24. Source rock volumetrics (Vol)
25. Calculation of charge to trap: An illustrative worked example (Charge)
26. Risking oil & gas charge to trap using IGI’s @Risk Excel spreadsheet (Risk)
Advanced Molecular Geochemistry Modules:
27. Introduction to biomarkers
28. Biomarker interpretation: Origin and source
29. Biomarker interpretation: Source rock environment
30. Biomarker interpretation: Source rock age
31. Non-
32. Stable isotopes in petroleum geochemistry
33. Maturity assessment: Biomarkers
34. Maturity assessment: Other molecular tools
35. Petroleum alteration: Migration & fractionation
36. Petroleum alteration: Biodegradation & water washing
37. Reservoir geochemistry
38. Oil-
39. Correlations: Examples and case histories
40. Recognising and deconvoluting oil mixtures