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Geochemical Techniques for Solving Reservoir Management and Field Development Problems - GTS

Dates Venues Register
28/12/2025 - 01/01/2026 DOHA

Introduction

Geochemical Techniques for Solving Reservoir Management and Field Development Problems - GTS

What are the Goals?

By the end of this training course, participants will learn to:

  • Interpret Rock-Evaluation pyrolysis using source rock, and reservoir fluid samples
  • Understand the type and maturity of organic matter applying organic petrography, vitrinite reflectance and thermal alteration Index
  • Classification of kerogens based on elemental analysis, pyrolysis, and geochemical logs
  • Gas chromatography applications, gas chromatography-mass spectrometry, and source-rock generative kinetics
  • Principles of applied geochemistry evaluations fluid inclusions, biomarkers, advanced isotopic and diamonded tools

Who is this Training Course for?

This Global Franchise training course is suitable to a wide range of professionals but will greatly benefit: 

  • Exploration geologists
  • Geochemical coordinators
  • Managers and development geologists
  • Production engineers and reservoir modellers

Daily Agenda

Day One: Geochemistry General Overview
  • Geochemistry fundamentals and its role in oil industry
  • Typical source rock depositional environments and assessment
  • Laboratory methods rock – Evaluation pyrolysis, Soxhlet extraction, column chromatography, asphaltene solubility and precipitation, GC, GCMS, head space gas analysis, organic petrography determination applying transmitted, reflected and ultra violet light
Day Two: Source Rock Evaluation
  • Thermal maturity evaluation
  • Quantitative estimation of generated
  • Data interpretation (geochemical logs)
  • Hydrocarbon migration and mechanisms
Day Three: Data Interpretation
  • Interpretation of Rock – eval pyrolysis data, pitfalls
  • Geochemistry and geochemistry sedimentology data interpretations
  • Gas chromatography, stable Isotopes
  • Interpretive pitfalls
Day Four: Case Studies
  • Thermal and quantitative modeling
  • Recognition of precursor OM, depositional environment and maturity based on distinctive biomarker analysis
  • Source-and age-related parameters
  • Oil-oil and oil-source rock correlation
  • Interpretive pitfalls
Day Five: Petroleum System Modeling
  • Objectives, terms, nomenclature
  • Petroleum system elements
  • Mapping and cross section techniques applications
  • Table of accumulations, event chart
  • Burial history reconstruction
  • Timing of petroleum system events

 

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