By the end of this training course, participants will achieve the following goals:
- Understand and apply key concepts of production engineering in field operations
- Navigate OFM software confidently for data management and visualization
- Import, validate, and organize production, well, and reservoir data within OFM
- Conduct decline curve analysis and evaluate well performance trends
- Apply nodal analysis and diagnostic tools to identify production constraints
- Use OFM to support reservoir surveillance and scenario-based forecasting
- Interpret data patterns to recommend operational and optimization strategies
- Collaborate across multi-disciplinary teams using OFM-generated insights
This OFM Course is ideal for:
- Production Engineers focused on improving field efficiency
- Reservoir Engineers integrating OFM into surveillance workflows
- Geoscientists supporting subsurface interpretation and field studies
- Asset Development and Field Operations Professionals
- Technical Managers overseeing production planning and reporting
- Engineers seeking to enhance their OFM proficiency and analytical skills
Day 1
Introduction to Production Engineering and OFM Database
- Introduction to the course and its objectives
- Overview of production engineering and its role in oil and gas operations
- Introduction to OFM (Oil Field Manager) as a production engineering software
- Understanding the structure and purpose of OFM database
- Navigating the OFM interface and basic functionalities
Day 2
Data Import and Visualization in OFM
- Recap of Day 1 and Q&A
- Importing production and reservoir data into OFM
- Creating well and reservoir data sets
- Visualizing well and reservoir data using OFM's graphical interface
- Introduction to different data visualization tools and techniques in OFM
Day 3
Production Analysis and Optimization with OFM
- Recap of Day 2 and Q&A
- Analyzing production data using OFM's analytical tools
- Performing decline curve analysis for production forecasting
- Identifying production constraints and bottlenecks
- Introduction to nodal analysis and its application in OFM
- Practical exercise: using OFM to optimize production strategies
Day 4
Reservoir Management and Surveillance
- Recap of Day 3 and Q&A
- Integrating reservoir management techniques into OFM
- Analyzing pressure and saturation data in OFM
- Understanding reservoir performance using OFM's surveillance tools
- Real-time monitoring of production data and well performance
- Case studies: applying OFM for reservoir management decisions
Day 5
Advanced Topics and Case Studies
- Recap of Day 4 and Q&A
- Advanced OFM functionalities: scenario planning and sensitivity analysis
- Integrating OFM with other reservoir engineering and simulation tools
- Case studies: in-depth analysis of real-world reservoir scenarios using OFM
- Best practices for data management, integration, and reporting in OFM
- Future trends in production engineering and OFM database utilization