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Costing and Economic for Oil and Gas Projects: Driving Informed Technical Decisions

Effective planning and decision-making in oil and gas projects rely on detailed technical studies, where costing and economic for oil and gas projects plays a pivotal role. Understanding the financial implications of exploration, development, and production ensures projects are economically viable, technically sound, and aligned with strategic objectives.

What Is Costing and Economic Analysis in Oil and Gas?

Costing and economic for oil and gas projects involves evaluating the capital expenditure (CAPEX), operational expenditure (OPEX), and expected revenue streams associated with a project. This analysis provides insight into profitability, return on investment, and risk exposure, forming the basis for investment decisions, project prioritisation, and financial planning.

Key components include:

  • Estimation of drilling, completion, and production costs
  • Evaluation of field development scenarios
  • Forecasting of production profiles and revenue potential
  • Sensitivity analysis to assess economic risks

By integrating technical and financial data, operators can make informed decisions that balance technical feasibility with commercial returns.

Linking Costing and Economic Analysis with Technical Studies

Comprehensive technical studies are crucial for accurate costing and economic evaluation. These studies combine engineering, geological, and reservoir expertise to assess project feasibility. Key technical components include:

  • Enhanced Oil Recovery (EOR) strategies: Evaluating methods such as polymer injection, gas injection, or thermal recovery to increase ultimate recovery rates, and estimating their economic impact.
  • Field Development Plan (FDP): Designing a structured development roadmap, including well placement, production facilities, and infrastructure, to optimise both costs and production.
  • Improved Oil Recovery (IOR) and Water Flooding (WF): Assessing the technical and economic viability of secondary recovery methods to maximise field potential.
  • Integrated reservoir studies: Combining geological, geophysical, and reservoir engineering data to generate reliable production forecasts and inform economic modelling.

These technical insights directly inform cost and economic analyses, allowing operators to plan effectively and mitigate financial risk.

Benefits of Costing and Economic Analysis

For oil and gas operators and investors, accurate costing and economic evaluation:

  • Ensures projects are commercially viable before committing capital
  • Supports strategic decision-making on field development, EOR, and IOR options
  • Reduces financial and operational risks through scenario analysis
  • Enhances credibility with stakeholders, including partners and lenders

When combined with robust technical studies, economic modelling provides a clear picture of a project’s potential returns and long-term sustainability.

Costing and economic for oil and gas projects is an essential component of technical studies, bridging the gap between engineering feasibility and financial decision-making. By integrating insights from Enhanced Oil Recovery strategies, Field Development Plans, Improved Oil Recovery and Water Flooding, and integrated reservoir studies, operators can optimise project performance, reduce risk, and make confident investment decisions.

This approach ensures that oil and gas projects are not only technically robust but also economically sound, supporting sustainable growth and maximising value across the asset lifecycle.

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