Goal of the analysis:
To determine the most effective allocation of capital across different wells or projects by evaluating each opportunity’s economic metrics and alignment with corporate objectives.
Data required:
- Historical and forecasted production data by well
- Drilling and completion cost estimates
- Operating expenses (lease, labor, maintenance)
- Commodity price assumptions (oil, gas)
- Economic parameters (discount rate, corporate hurdle rate)
- Well performance metrics (decline curves, EUR)
Detailed step-by-step instruction on how to conduct the analysis:
1. Collect cost and production data: Gather detailed CAPEX, OPEX, and production forecasts for each well or project under consideration.
2. Estimate revenue profiles: Multiply projected production volumes by expected commodity prices to determine potential revenue streams.
3. Build economic models: For each well, calculate key metrics such as Net Present Value (NPV = Sum of [Net Cash Flow_t / (1 + r)^t]) and Internal Rate of Return (IRR) using the relevant discount rate (r).
4. Compare opportunities: Rank wells or projects based on metrics like IRR, NPV, payback period, or other strategic measures (e.g., short cycle times).
5. Incorporate risk factors: Adjust economic evaluations for geological uncertainties, market volatility, or potential cost overruns.
6. Allocate capital: Assign budgets to high-priority wells that yield the greatest returns, meet strategic objectives, or balance risk across the portfolio.
7. Monitor and revisit: Track actual performance against forecasts, update models regularly, and reallocate capital if conditions change (e.g., commodity price shifts).
Format of the output of analysis:
- A ranked list or portfolio matrix of wells/projects by IRR, NPV, and risk
- Economic summaries (NPV, IRR, payback period) for each well
- A capital allocation plan indicating budget distribution and rationale
How to interpret results:
- Wells with higher IRR and strong NPV contribute more robust financial returns, justifying greater or expedited capital investment.
- Negative or marginal economic metrics may signal that certain wells or projects do not meet corporate thresholds, warranting deferral or re-evaluation.
- Consistent variance from forecasted results indicates a need to refine cost estimates, production assumptions, or risk factors.
Steps a company can take to improve on this measure:
1. Invest in detailed well planning to generate more accurate CAPEX and production forecasts.
2. Regularly update economic assumptions (commodity prices, discount rates) and re-run models to reflect changing market conditions.
3. Incorporate advanced analytics (e.g., machine learning) to better predict well performance and optimize allocation decisions.
4. Diversify the portfolio to manage risk by allocating capital across wells with varying geological profiles and cost structures.
5. Implement post-investment reviews to compare actual well performance against initial forecasts, using lessons learned to continuously refine future allocations.
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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