INTEGRATED RESERVOIR ANALYSIS

Course Content:

Day 1

• Introduction to integrated reservoir analysis and its importance.
• Concept of integrated reservoir and its main components.
• Basics of analyzing reservoir data such as capacity, reduction ratio, heating ratio, and thermal reactivity index.

Day 2

• Types of integrated reservoirs and their various uses.
• Explaining the importance of measurements used in integrated reservoir analysis such as temperature, gas pressure, and liquid level.
• Factors affecting the performance of integrated reservoirs such as gas composition and different liquid concentrations.

Day 3

• Techniques and tools used in integrated reservoir analysis in the oil and gas industry.
• Introduction to specialized computer programs for integrated reservoir analysis and how to use them.
• Study of actual operating conditions of integrated reservoirs and analysis of the obtained data.

Day 4

• Analysis of maintenance reports and inspections for integrated reservoirs.
• Evaluation of the performance of integrated reservoirs and identification of potential problems and required improvements.
• Explanation of the necessary tools for maintenance and repair of integrated reservoirs and their practical application.

Day 5

• Study of a realistic case study of integrated reservoir analysis and presentation of a report on the results and recommendations.
• Discussion of common problems in integrated reservoir analysis and how to avoid them.
• Review of best practices in integrated reservoir analysis and their implementation.