The Reserves Estimation and Petroleum Evaluation Training Course by Oxford Training Centre provides comprehensive knowledge and practical skills for evaluating petroleum reserves, estimating recoverable hydrocarbons, and assessing the commercial viability of oil and gas assets. Participants will explore reserves estimation, SPE-PRMS standards, reserves classification, uncertainty analysis, and economic evaluation methods used across the oil and gas industry. The course is designed to support accurate reserves reporting, field development decisions, asset valuation, and investment planning within Oil and Gas Training Courses.
Objectives
- Understand fundamental principles and methodologies of reserves estimation.
- Apply SPE-PRMS standards to petroleum reserves assessment and reporting.
- Develop knowledge of reserves classification and resource categorization.
- Evaluate geological, reservoir, production, and economic uncertainties.
- Apply volumetric, material balance, decline curve, and simulation-based estimation methods.
- Assess recoverable hydrocarbons under different development scenarios.
- Conduct economic evaluation of petroleum assets and development projects.
- Improve reserves reporting, documentation, and technical decision-making.
- Support field development planning through reliable reserves estimates.
- Understand the impact of technology, production performance, and economics on reserves.
Target Audience
- Petroleum and Reservoir Engineers
- Geoscientists and Exploration Professionals
- Production and Drilling Engineers
- Petroleum Economists
- Asset and Field Development Managers
- Reserves and Resource Evaluation Specialists
- Oil and Gas Investment Professionals
- Technical and Commercial Managers
- Energy Consultants and Analysts
- Professionals involved in petroleum asset valuation and reserves reporting
Course Content
Module 1: Fundamentals of Petroleum Reserves and Resources
- Definitions of petroleum resources and reserves
- Reserves versus contingent and prospective resources
- Petroleum system and recoverability concepts
- Principles of reserves estimation
- Uncertainty and risk in reserves evaluation
Module 2: SPE-PRMS Standards and Reserves Classification
- Overview of SPE-PRMS standards
- Reserves classification framework
- Proved, probable, and possible reserves
- Commerciality and project maturity
- Reserves booking and reporting principles
Module 3: Data Requirements for Reserves Estimation
- Geological and geophysical data
- Well and production data
- Reservoir pressure and fluid properties
- PVT and laboratory information
- Data quality, validation, and uncertainty
Module 4: Volumetric Reserves Estimation
- Oil and gas initially in place
- Volumetric calculation methods
- Recovery factor assessment
- Probabilistic and deterministic approaches
- Low, best, and high case estimates
Module 5: Reservoir Performance and Reserves Evaluation
- Material balance techniques
- Production performance analysis
- Decline curve analysis
- Reservoir simulation concepts
- Forecasting production and recoverable volumes
Module 6: Reserves Classification and Uncertainty Analysis
- Classification of reserves based on uncertainty
- Deterministic versus probabilistic evaluation
- Risk and uncertainty assessment
- Sensitivity analysis
- Building realistic reserves cases
Module 7: Economic Evaluation of Petroleum Assets
- Fundamentals of economic evaluation
- Cash-flow modelling
- CAPEX and OPEX considerations
- Production profiles and revenue forecasting
- NPV, IRR, payback period, and economic limits
- Economic factors affecting reserves classification
Module 8: Field Development and Reserves Booking
- Linking reserves estimation with field development plans
- Development scenarios and production strategies
- Well planning and recovery enhancement
- Economic limit and abandonment considerations
- Reserves reconciliation and annual updates
Module 9: Reserves Reporting and Professional Practices
- Reserves reporting requirements
- Technical documentation and audit trails
- Internal and external reserves reviews
- Common challenges in reserves estimation
- Quality assurance and professional reporting
Module 10: Integrated Petroleum Evaluation Case Study
- Integrated geological and reservoir evaluation
- Reserves estimation exercises
- SPE-PRMS standards application
- Reserves classification scenarios
- Economic evaluation of a hypothetical petroleum development
- Interpretation and presentation of final reserves results
FAQs
1. What is the Reserves Estimation and Petroleum Evaluation Training Course?
It is a professional course covering reserves estimation, petroleum evaluation, SPE-PRMS standards, reserves classification, uncertainty analysis, and economic evaluation.
2. Who should attend this reserves estimation course?
The course is suitable for petroleum engineers, reservoir engineers, geoscientists, economists, asset managers, reserves specialists, and oil and gas professionals.
3. What are SPE-PRMS standards?
SPE-PRMS standards provide an internationally recognized framework for classifying and reporting petroleum resources and reserves based on technical and commercial considerations.
4. What methods are covered for reserves estimation?
The course covers volumetric estimation, material balance, decline curve analysis, production forecasting, recovery factor assessment, and reservoir simulation concepts.
5. Does the course cover economic evaluation?
Yes. Participants learn economic evaluation techniques including cash-flow analysis, CAPEX, OPEX, NPV, IRR, payback periods, and economic limits.
6. What will participants learn about reserves classification?
Participants will learn how to classify petroleum reserves according to uncertainty, commerciality, project maturity, and SPE-PRMS standards.
7. How does reserves estimation support field development?
Accurate reserves estimation helps companies assess recoverable volumes, evaluate development scenarios, forecast production, and make informed investment and field development decisions.
8. Where is the course offered?
The Reserves Estimation and Petroleum Evaluation Training Course is offered by Oxford Training Centre as part of its Oil and Gas Training Courses.