Goal of the analysis:
To evaluate the overall attractiveness, balance, and risk profile of the company’s exploration portfolio, especially in frontier or deepwater environments, to optimize investment decisions and mitigate exploration risks.
Data required:
- Geological and seismic data, including 2D/3D seismic surveys for frontier or deepwater prospects
- Well results and resource estimates for existing exploration blocks
- Historical exploration success rates in similar geologic settings
- Capital expenditure and drilling cost forecasts
- Regulatory and political risk information for frontier basins
- Market outlook for oil and gas prices
Detailed step-by-step instruction on how to conduct the analysis:
1. Compile a comprehensive list of exploration assets: Create an inventory of existing assets, including their location, resource potential, and current status (frontier, deepwater, or mature basin).
2. Assess geological and technical complexity: Review seismic data quality, structural complexity, and reservoir characteristics to determine the technical challenges of each prospect.
3. Evaluate historical performance: Analyze past exploration outcomes in similar geological settings to gauge the likelihood of success and expected discovery sizes.
4. Estimate capital and operational costs: Determine the drilling, completion, and development costs, especially for deepwater or frontier projects where expenses tend to be higher.
5. Analyze political, regulatory, and commercial risks: Investigate factors such as licensing terms, fiscal regimes, and geopolitical stability that could influence exploration success and profitability.
6. Rank prospects based on risk-reward balance: Develop a matrix or scoring system to compare potential resource size, geological complexity, cost, and risk exposure across the portfolio.
7. Perform scenario analysis: Model different oil and gas price scenarios, cost inflation, and exploration success probabilities to understand upside and downside risks.
8. Identify portfolio gaps and diversification needs: Determine whether the current portfolio is overly concentrated in high-risk areas and identify opportunities for balancing risk across different basins and play types.
Format of the output of analysis:
- Risk-reward matrix or scoring framework for each exploration asset
- Summary tables outlining capital requirements, potential resources, and risk levels
- Scenario-based economic valuation models (e.g., NPV, IRR) for key frontier or deepwater projects
- Recommendations on portfolio composition and prioritization
How to interpret results:
- A well-balanced portfolio typically includes a mix of low-, medium-, and high-risk plays, mitigating overall exposure while still capturing upside potential.
- Frontier or deepwater plays often have higher potential resource volumes but demand greater capital and carry elevated risk.
- Regulatory or political risks can significantly affect project viability, even if the geological risk is low.
Steps a company can take to improve on this measure:
1. Integrate advanced seismic imaging to reduce subsurface uncertainty and enhance target identification in deepwater and frontier basins.
2. Strengthen partnerships with local or international operators to share risk, leverage complementary expertise, and access new acreage.
3. Implement robust project screening frameworks to systematically evaluate risk profiles and prioritize capital allocation.
4. Stay informed on regulatory and geopolitical developments to anticipate changes and adapt exploration strategies accordingly.
5. Adopt innovative drilling and completion technologies to lower costs and improve operational efficiency in challenging environments.
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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