Goal of the analysis:
To measure how efficiently a company discovers and develops new hydrocarbon reserves by comparing exploration and development expenditures to the amount of reserves added.
Data required:
- Annual exploration and development expenditures (CAPEX)
- Reserves additions during the same period (Proved, Probable, or both, depending on company reporting standards)
- Production data to calculate net changes in reserves (including production depletion, revisions, acquisitions, divestments)
- Geological and geophysical study costs (if allocated separately)
- Well drilling and completion costs
- Asset acquisition costs, if relevant
Detailed step-by-step instruction on how to conduct the analysis:
1. Gather financial and reserve data: Collect all exploration and development spending from financial statements, and compile the net reserve additions (taking into account new discoveries, extensions, improved recovery, and revisions).
2. Identify relevant costs: Ensure that all costs directly associated with finding and developing reserves are included (e.g., seismic, drilling, completion, facility construction), and exclude any unrelated operational or administrative expenses.
3. Calculate finding and development costs: Use the formula F&D Cost per BOE = (Total E&D Expenditures / Net Reserves Added).
4. Normalize for acquisitions or divestitures: Adjust the data if the company has acquired or sold assets during the period, ensuring the reserve additions and related costs are consistently accounted for.
5. Perform trend analysis: Compare F&D costs over multiple years to evaluate whether the company is becoming more or less efficient at adding reserves.
6. Benchmark externally: Contrast the company’s F&D metrics with those of industry peers or sector averages to determine relative performance.
7. Document assumptions: Note any specific assumptions about reserve definitions, cost allocations, or commodity price scenarios that may influence the results.
Format of the output of analysis:
- A table or chart showing F&D costs over several years and the corresponding reserve additions
- A narrative report discussing key drivers behind increases or decreases in F&D costs
- Comparisons against peer group averages or industry benchmarks
- Commentary on how acquisitions, divestitures, and technology advances impacted F&D metrics
How to interpret results:
- Lower F&D costs per BOE typically indicate the company is adding reserves more cost-effectively than competitors or prior years.
- High or rising F&D costs may highlight exploration inefficiencies, suboptimal drilling practices, or less favorable geology in new acquisitions.
- Trend comparisons offer insights into the sustainability of a company’s reserves replacement strategy and overall competitiveness in the market.
Steps a company can take to improve on this measure:
1. Refine exploration focus on lower-risk or higher-potential regions to increase the likelihood of successful discoveries.
2. Leverage advanced technologies (e.g., seismic imaging, reservoir modeling) to enhance drilling accuracy and reduce non-productive expenditures.
3. Optimize drilling and completion practices to streamline operations, minimize costs, and accelerate time to production.
4. Seek strategic partnerships or acquisitions that complement existing assets and offer economies of scale in development.
5. Continuously re-evaluate the capital allocation process to ensure spending is concentrated on the highest-return opportunities based on current market conditions.
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Menu of the analyses:
A. Exploration & Resource Assessment
- Reserves and Resource Base Analysis
- Reserve Replacement and Exploration Success Analysis
- Exploration Portfolio Quality and Frontier/Deepwater Risk Assessment
- Basin/Play Competitiveness Analysis
- Reservoir Characterization and Recovery Factor Benchmarking
- Seismic Data and Geological Modeling Effectiveness Review
- Unconventional Play Assessment and Development Planning
B. Drilling & Well Construction
- Drilling and Completion Performance Analysis
- Multilateral and Horizontal Well Drilling Feasibility Review
- Well Spacing, Infill Drilling Optimization, and Drilling Inventory Prioritization
- Sand Control and Completions Strategy
- Managed Pressure Drilling and Underbalanced Drilling Feasibility
- High-Pressure/High-Temperature (HP/HT) Well Design and Integrity Assessment
- Rock Mechanics and Geomechanical Modeling to Mitigate Drilling Risks
- Drilling Fluids Engineering and Optimization Analysis
- Blowout Preventer (BOP) Reliability and Well Control Risk Assessment
- Wellbore Stability Analysis and Lost Circulation Mitigation
C. Production & Field Development
- Production Profile and Decline Curve Analysis
- Lifting Cost and Operational Efficiency Analysis
- Enhanced Oil Recovery (EOR) Potential and Technology Assessment
- Capital Project Planning and Field Development Scheduling
- Field Life Extension and Brownfield Redevelopment Strategy
- Workover and Well Intervention Planning
- Gas Handling and Flaring Minimization Analysis
- Advanced Reservoir Management and Production Optimization Techniques
- Flow Assurance and Production Chemistry Management
- Subsea Tieback Feasibility and Infrastructure Optimization
- Waterflood and Reservoir Pressure Maintenance Strategy Evaluation
- Artificial Lift System Selection and Optimization
- Produced Water Management, Treatment, and Disposal Strategy
- Floating Production, Storage, and Offloading (FPSO) Economic and Operational Review
D. Commercial & Strategic Evaluations
E. Specialized & Cross-Cutting Technologies