Production logging and Reservoir Monitoring

Overview:

Introduction:

Production logging provides detailed insights into fluid flow within the wellbore, while reservoir monitoring ensures continuous assessment of reservoir performance to optimize production and maintain reservoir integrity. This training program focuses on providing participants with the necessary skills to assess well performance and monitor reservoir dynamics. It emphasizes techniques for effectively monitoring reservoir conditions to enhance overall oil and gas recovery.

Program Objectives:

At the end of this program, participants will be able to: 

• Analyze processed production logging data to identify key parameters.

• Identify the entry of fluid into the wellbore, determine flow rates, discern fluid types, and recognize associated flow problems.

• Explore various flow patterns and behaviors within the well.

• Measure the flow capacity of the well and optimize flow rates effectively.

• Select appropriate tools for diagnosing well problems and develop optimal solutions.

Targeted Audience:

• Engineers at different levels.

• Contractors.

• Petroleum engineers, Technical/reservoir engineers.

• Drilling engineers, Processing engineers,Commercial analysts.

• Decision-makers/ investors in the oil and gas sector.

Program Outlines:

Unit 1:

Production Tools in Vertical Wells:

• Overview of production tools in vertical wells: T, P, Density, Hold Up, Flowmeters, GR, and others.

• Data evaluation for vertical wells with good examples.

• Production tools used in horizontal wells from different companies.

• Accuracy and quick validation of production tools in horizontal wells.

• LQC (Laboratory Quality Control) for horizontal well production tools.

Unit 2:

Data Processing and Evaluation:

• Data processing techniques.

• Steps involved in processing and evaluating production data.

• Identifying key features and patterns from production data.

• Approaches to enhance the quality of production data.

• Evaluation and validation of processed data for better decision-making.

Unit 3:

Reservoir Monitoring Tools:

• Overview of reservoir monitoring tools.

• Tools currently used and the type of data they acquire.

• Validation techniques for collected reservoir data.

• Methods to fit data into reservoir simulation models.

• Ensuring data integrity for accurate reservoir performance analysis.

Unit 4:

Data Analysis and Parameters:

• Introduction to DOI (Depth of Investigation), resolution, and parameters used in data analysis.

• Techniques for processing and analyzing reservoir data.

• Case studies and examples from various fields of reservoir data.

• Impact of water formation on reservoir performance.

• Methods to interpret and act on data for optimal reservoir management.

Unit 5:

Perforation and Zonal Isolation:

• Noise log tools: basics, frequencies, and usage.

• Full data evaluation of perforation and zonal isolation.

• Types of perforation guns available in the market.

• Criteria for selecting the right perforation gun for specific applications.

• Data simulation for formation and zonal isolation to optimize reservoir production.