Course Overview
This course aims at introducing the participants to methods of maximizing production and recovery in a cost-effective, safe, and future sustainable manner. It will help attendees maximize the value of their knowledge and apply it to increase profits of the fields by finding the most maturing and best opportunities at a lower cost per barrel.
Why do we need reservoir management? The most important issue for most organizations is to make sure the income revenues are maximum from the already existing assets; therefore, well and reservoir management will help realize this goal. What are well reservoir and facility management? WRF (well reservoir and facilities) management is the employment of strategies where dedicated teams work together to efficiently manage WRFs and ensure that the WRF delivers almost 100% of their potential each day.
Why This Course Is Required?
Well, reservoir, and facility management (WRFM) is essential for maximizing production and recovery from existing assets where integrated approaches deliver measurable production gains and optimize field value through systematic multidisciplinary collaboration and strategic optimization. The complexity of modern oil and gas operations requires specialized knowledge in integrated asset management where empirical studies demonstrate that structured WRFM training leads to significant improvements in production efficiency, cost reduction, and asset longevity through coordinated well interventions, optimized injection strategies, and comprehensive surveillance systems while ensuring competitive advantage through systematic opportunity identification and implementation of cost-effective solutions.
The essential need for comprehensive training in well, reservoir, and facility management is underscored by its critical role in increased production and recovery where proper understanding of integrated WRFM strategies is crucial for achieving sustained or increased production over multiple decades through efficient asset monitoring and highly synchronized team actions. WRFM professionals must master the principles of strategic optimization and asset longevity, understand high-tech integration and system-wide optimization capabilities, and apply proper management methodologies to ensure organizations achieve coordinated well interventions, optimized injection strategies, comprehensive surveillance implementation, and competitive advantage through scenario planning, staged separator improvements, and superior technical and economic outcomes that significantly extend field life and increase economic returns.
Research demonstrates that well, reservoir, and facility management is crucial for maximizing field value, with case studies showing that integrated WRFM approaches achieve sustained production improvements, with examples like mature carbonate fields maintaining production for over four decades through systematic multidisciplinary management, while integrated optimization strategies yield superior technical and economic outcomes.
Course Objectives
The main objectives of this course are to help participants to:
- Be acquainted with the the right data collection, analysis, validation, and integration processes
- Describe opportunity maturation process
- Understanding reservoir and facility management
- Use the correct approaches for reservoir engineering and management
- Deliver structured reviews to identify opportunities
- Explain how to ready a well, reservoir, and facility management strategy & plan
- Include each reservoir component and the importance of timing, cost, and benefit analysis
- Carry-out production system optimization
- Describe the components that makeup well, reservoir, and facility management value loop
- Advanced competency in integrated WRFM strategy development and multidisciplinary team coordination
- Expertise in production system optimization and surveillance technology implementation
- Enhanced understanding of reservoir performance monitoring and gas/water balance management
- Skills in opportunity identification and economic evaluation of field development scenarios
- Proficiency in EOR processes screening and implementation strategies
Master well, reservoir, and facility management excellence and drive production optimization success. Enroll today to become an expert in Well, Reservoir and Facility Management!
Training Methodology
Participants of this course will gain immensely from reputable and experienced tutors. Different methods shall be used to deliver the content.
The training framework includes:
- Expert-led instruction delivered by reputable and experienced tutors with extensive WRFM experience
- Interactive learning through lectures, practical lessons, theoretical lessons, illustrations, case studies, and videos
- Proven adult learning and facilitation methods best suited to fit participants’ learning preferences
- Comprehensive hands-on training with WRFM tools, optimization software, and surveillance systems
- Case study analysis using real-world examples from mature fields and integrated optimization projects
This immersive approach fosters practical skill development and real-world application of WRFM principles through comprehensive coverage of integrated management strategies, production optimization techniques, and advanced surveillance methodologies.
This ‘Well, Reservoir and Facility Management Course’ uses the ‘Learn-Review-Apply’ model of training, creating a structured learning journey that transforms WRFM knowledge into operational excellence through systematic practice and implementation.
Who Should Attend?
The WRF is designed for all the professionals who are involved with WRF management. However, it will greatly be beneficial to:
- Well engineers
- Production chemists
- Drilling engineers
- All subsurface staff
- Well services personnel
- Production engineers
- Operations engineers
- Geoscientists
- Production technologists
- Reservoir engineers
- Managers who need to manage well, reservoir, and facility management
- Asset managers and field development planners
- Production optimization specialists
- Surveillance and monitoring professionals
Organizational Benefits
Organizations that will let their professionals take up this course will benefit in the following ways:
- Propose new development plans for company fields
- A streamlined opportunity maturation process
- Continuous production system optimization
- A better understanding of how the well, reservoir, and facility management value loop works
- Use appropriate execution methodology for the data analysis and integration
- A holistic and organization-wide calibrated well, reservoir, and facility management strategy and plan
- Improved well, reservoir, and facility management to maximize production and recovery
- Skilled and structured reviews to identify opportunities
- Make better use of efficient reservoir management through interdisciplinary synergistic approaches
- Significantly enhanced increased production and recovery through integrated WRFM strategies that deliver measurable production gains and optimize field value
- Better strategic optimization and asset longevity through high-tech integration and system-wide optimization that significantly extends field life and increases economic returns
- Improved multidisciplinary collaboration through efficient asset monitoring and highly synchronized team actions that result in sustained or increased production
- Strengthened competitive positioning through enhanced opportunity identification, cost-effective implementation, coordinated well interventions, and comprehensive surveillance that enables superior technical and economic outcomes
Studies show that organizations implementing comprehensive well, reservoir, and facility management training achieve significantly enhanced increased production and recovery as integrated WRFM approaches in mature carbonate fields achieve efficient asset monitoring and highly synchronized team actions resulting in sustained or increased production over more than four decades with documented 200% oil gain after restoration of ESP-equipped wells, better strategic optimization and asset longevity through high-tech integration and system-wide optimization significantly extending field life and increasing economic returns through coordinated well interventions and optimized injection strategies, and improved multidisciplinary collaboration enabling scenario planning and staged separator improvements yielding superior technical and economic outcomes over conventional management.
Empower your organization with well, reservoir, and facility management expertise. Enroll your team today and see the transformation in production optimization and asset performance!
Personal Benefits
Participants who will undertake this course shall stand to benefit in the following ways:
- Prepare a clear WRFM strategy and plan
- Monitor the reservoir performance by applying different techniques
- Carry-out structured reviews to identify opportunities
- Develop a streamlined opportunity maturation process
- Use an optimum reservoir development plan by applying economics
- Describe how the WRFM value loop works
- Develop familiarity with improved recovery
- Apply production system optimization
- Use optimization tools to implement well, reservoir, and facility management
- Beware of reservoir management component
- Play competent and well-organized role within the reservoir management team
- Advanced expertise in integrated WRFM strategy development and implementation
- Enhanced career prospects and marketability in production and reservoir engineering sectors
- Improved ability to lead multidisciplinary teams and manage complex asset optimization
- Greater competency in production system optimization and surveillance technology
- Increased capability to mentor and develop other WRFM professionals
- Enhanced understanding of emerging production optimization technologies and EOR processes
Course Outline
Module 1: Daily Production Optimization
- Daily Production Optimization Review
- Daily Production Optimization Exercise
- Data at your Fingertips
- HSE Safety Moment
- Overview of Daily Production Optimization
- Having the Right Models for Analysis
- Real-time production monitoring and data acquisition systems for continuous optimization
- Key performance indicators (KPIs) and production metrics for daily operations management
- Production optimization techniques including choke management and artificial lift optimization
- Data integration and analysis tools for informed daily decision-making
Module 2: Introduction To WRFM & The Value Loop
- WRFM Quiz
- WRFM Value Loop
- HSE Safety Moment
- Key Components & Structure of WRFM
- Well & Reservoir | Facility Management
- Integrated approach to well, reservoir, and facility management maximizing asset value
- WRFM value loop connecting strategy, planning, execution, and performance monitoring
- Multidisciplinary team coordination and collaborative decision-making processes
- Value proposition and business case development for WRFM initiatives
Module 3: Well & Pattern Review
- Well & Pattern Review Exercise
- Well & Pattern Review
- HSE Safety Moment
- Preparation for Well & Pattern Review
- Opportunity Maturation Process
- EOR Processes Concepts & Mechanisms
- Systematic well performance evaluation and pattern analysis techniques
- Opportunity identification and screening methodologies for production enhancement
- Well surveillance techniques including production logging and pressure transient analysis
- Pattern review process for waterflood and EOR optimization
Module 4: Production System Optimization
- PSO Review
- Overview of Production System Optimization
- Production System Optimization Exercise
- Surveillance & Monitoring Tools
- HSE Safety Moment
- Production system analysis including wellbore, surface facilities, and transportation
- Surveillance and monitoring technologies for real-time system performance
- Bottleneck identification and debottlenecking strategies
- Integrated production optimization from wellhead to sales point
Module 5: Well, Reservoir, & Facility Management Strategy & Plan (Participants Challenge)
- (Ptl) Produce The Limit
- Practical Examples of WRFM
- Participants WRFM Challenges
- EOR Processes | Screening & Guidelines
- WRFM Strategy & Plan
- Strategic planning process for integrated asset management
- WRFM strategy development aligned with business objectives and asset lifecycle
- Practical case studies demonstrating successful WRFM implementation
- Participants challenges and problem-solving exercises for real-world application
Module 6: Surveillance Strategy
- Surface
- Monitoring Wells
- Injector Wells
- Reservoir Data Acquisition
- Comprehensive surveillance strategy covering wells, reservoir, and facilities
- Monitoring well design and data acquisition for reservoir performance evaluation
- Injector well surveillance including injection profiling and pressure monitoring
- Surface facility monitoring including separator performance and pipeline integrity
Module 7: WRFM Actions
- Wells
- Reservoir
- Modeling Strategy
- Compressor & Conditioning Unit
- IPSM
- Identifying & Acquiring Critical Data, Analysis, & Data Acquisition
- Maps
- Information & Data Management
- Transportation (Pipeline & Platform)
- Field Integrity Plan
- Meeting Plan
- Surface Facility Model
- Well intervention strategies including workover, stimulation, and artificial lift
- Reservoir management actions including pressure maintenance and enhanced recovery
- Surface facility optimization including compression, conditioning, and processing
- Integrated project and subsurface management (IPSM) for coordinated execution
Module 8: Major Value Drivers
- System Operability
- Storage Containment
- Abandoned E & A Wells
- CO2 Inventory Accuracy
- Learning For Future CCS Projects
- Geological Integrity
- Conformance: Well & Reservoir Performance
- Active Management of Carbon (II) Dioxide
- Technical Integrity
- Key value drivers including production optimization, cost reduction, and risk mitigation
- System operability and reliability enhancement for sustained production
- Environmental considerations including CO2 management and CCS applications
- Technical integrity management ensuring safe and reliable operations
Module 9: Reservoir Engineering Data
- Static Geological Model & Reservoir Simulation
- Total Integration of Surface & Subsurface
- Data Types: Reservoir Rock & Fluids Properties
- Efficient Monitoring of Reservoir Performance
- When Simulation Models are Required
- History Matching & Identification of Bypassed Oil
- Reservoir Performance Analysis & Forecast
- Data Needed for the Integrated Study
- Reservoir characterization data including rock properties, fluid properties, and PVT analysis
- Reservoir simulation model development and history matching techniques
- Integration of static and dynamic reservoir data for performance analysis
- Bypassed oil identification and remaining reserves assessment
Module 10: Oil Recovery Enhancement Techniques
- Stages of EOR Projects
- Chemical, Thermal & Miscible EOR Methods
- Performance of the EOR Processes
- Reservoir Management Case Studies of Mature Fields
- Conventional & Non-Conventional EOR Processes
- Development Plans of the EOR Processes
- Enhanced Oil Recovery (EOR) Techniques
- Enhanced Oil Recovery (EOR) screening and selection criteria
- Chemical EOR including polymer, surfactant, and alkaline flooding
- Thermal EOR including steam injection and in-situ combustion
- Miscible EOR including CO2 and hydrocarbon gas injection
Real World Examples
The impact of Well, Reservoir and Facility Management training is evident in leading implementations:
- Petroleum Development Oman (PDO) Natih Carbonate Field (Oman)
Implementation: The Natih carbonate field’s comprehensive management strategy including annual well reviews, sector performance evaluation, mechanical interventions, and well reactivation implemented through systematic multidisciplinary WRFM approach that achieved efficient asset monitoring and highly synchronized team actions while resulting in consistent production improvement and asset integrity maintenance over more than four decades.
Results: The implementation achieved consistent production improvement and asset integrity maintenance through systematic annual well reviews and comprehensive sector performance evaluation, delivered 200% oil gain after restoration of six ESP-equipped wells previously shut in due to technical issues through systematic mechanical interventions and well reactivation, and established exceptional mature field management through comprehensive multidisciplinary evaluations and systematic opportunity maturation demonstrating sustained production over more than four decades, demonstrating how comprehensive WRFM training enables exceptional mature field optimization and production enhancement. - Iranian Brown Field – Integrated Optimization (Iran)
Implementation: Economic and technical optimization of comprehensive field development scenarios, including surface and well facility improvements, led to maximized profits and increased recovery in declining production context through systematic approach that balanced capital investments, separation process upgrades, and marketing strategies for high-pressure gases while enabling scenario planning and staged separator improvements.
Results: The implementation achieved maximized profits and increased recovery in declining production context through systematic economic and technical optimization of field development scenarios, delivered superior technical and economic outcomes over conventional management through comprehensive surface and well facility improvements, and established exceptional integrated optimization through systematic capital investment balancing and separation process upgrades yielding enhanced field performance and economic returns, showcasing how systematic WRFM training enables superior integrated field optimization and economic performance.
Be inspired by industry-leading well, reservoir, and facility management achievements. Register now to build the skills your organization needs for production excellence!
