WELL LOG ANALYSIS AND INTERPRETATION

DESIGNED FOR
Geologists, geophysicists, engineers, technicians, or anyone who wishing to develop practical expertise in well log analysis and its interpretation.

ABOUT THE COURSE
The most universal, comprehensive and concise descriptive documents on oil and gas well are logs. Well logs also have become an indispensable tool for evaluating hydrocarbon reservoirs. Familiarity with the purposes and optimum applications of well logs is therefore essential for people forging their careers in exploration and production.

By collecting all field data and integrating them into a reliable model of your reservoir, will avoid a common errors in formation evaluation. This course introduces practical concepts and key issues in formation evaluation methods such as log analysis, formation damage and rock analysis.

YOU WILL LEARN

• How to analyse log and core data to obtain critical reservoir properties for planning well
• How to develop optimum tools and logging programs
• The physics of modern logging tools
• Computerized log evaluation
• Porosity determination in clean formations
• Porosity log crossplots and mineralogy identification
• Determine the nature of clays and shales and their impact on log analysis 
• Obtain and understand fundamentals of geology hydrocarbon.

COURSE CONTENT

1. LINGKUNGAN LOGGING KONVENSIONAL

• Geometri Sumuran Hidrokarbon
• Pelaksanaan Logging
• Gangguan Yang Terjadi

2. EVALUASI HIDROKARBON

• Dasar Interpretasi
• Pengaruh Invasi Lumpur 

3. ZONA PERMEABEL

• SP Log
• Gamma Ray Log
• Electromagnetic Log

4. CLEAN FORMATION LOG

• Resistivity –
• Porosity Crossplot
• Identifikasi Multimineral

5. SHALY FORMATION LOG

• Distribusi Shale dan Clay 
• Cation Exchange Capacity
• Model Interpretasi Shaly Sand
• Metoda Dual Water

6. PENENTUAN PRODUKTIVITAS SUMURAN

• Permeabilitas
• Saturation Irreducible Water
• Multiple Formation Tester

7. WELLSITE COMPUTED LOD

• Log RWA
• Porosity Overlay
• Resistivity Overlay
• SP Overlay
• Cyberlook Log
• Prolog Analysis