Prioritizing hydrocarbon exploration through a four-stage geological and economic feasibility assessment

Why It Matters

Effective resource management in industries like oil and gas requires robust frameworks for assessing new opportunities. This research provides a practical methodology for prioritizing exploration efforts, ensuring that investments are directed towards the most promising geological prospects, thereby optimizing resource allocation and potentially enhancing long-term sustainability.

Key Finding

By following a four-step process that includes geological analysis, potential assessment, technological planning, and economic evaluation, and by using probabilistic methods to account for geological risks, it's possible to effectively prioritize which hydrocarbon exploration projects are most likely to be successful and economically viable.

Key Findings

• A sequential geological and economic study framework can effectively determine the feasibility of developing hydrocarbon objects.
• Probabilistic estimation of resources, incorporating geological risk, is crucial for informed investment decisions.
• The methodology successfully prioritized nine hydrocarbon objects for further exploration and development in a poorly-researched Arctic region.

Research Evidence

Aim: How can a structured geological and economic assessment framework be developed to prioritize investment in the exploration of forecasted hydrocarbon resources, considering geological risks and economic efficiency?

Method: Algorithmic decision-making and probabilistic estimation

Procedure: The study outlines a four-stage methodology: 1) analysis of the raw material base, 2) assessment of raw material potential, 3) determination of technological development parameters, and 4) economic evaluation. Probabilistic estimation methods were employed to assess oil resources while accounting for geological risks, utilizing specialized software for risk analysis and economic evaluation of development projects.

Context: Oil and gas industry, resource exploration, Arctic region

Design Principle

Phased feasibility assessment with integrated risk analysis optimizes resource investment.

How to Apply

When evaluating new material sources or potential sites for resource extraction, establish a clear, multi-stage process that includes thorough geological surveys, resource potential estimation, technical feasibility studies, and rigorous economic analysis, incorporating uncertainty through probabilistic methods.

Limitations

The specific software packages used may not be universally accessible, and the geological and economic conditions of the Timan-Pechora province may not be directly transferable to other regions without adaptation.

Student Guide (IB Design Technology)

Simple Explanation: This research shows a step-by-step way to figure out if investing in looking for new oil and gas is a good idea, by checking the geology and the money involved, and considering the risks.

Why This Matters: Understanding how to evaluate the feasibility of a project, especially one involving new resources or technologies, is crucial for making informed design decisions and ensuring that your projects are both innovative and practical.

Critical Thinking: How might the principles of this resource assessment framework be adapted to evaluate the feasibility of adopting novel, sustainable materials in product design, considering factors beyond immediate economic cost?

IA-Ready Paragraph: The research by Cherepovitsyn et al. (2018) provides a valuable framework for evaluating the feasibility of investing in new resource exploration through a structured, four-stage process that integrates geological analysis with economic assessment and probabilistic risk evaluation. This methodology, applied to hydrocarbon resources, highlights the importance of a systematic approach to de-risking investment and prioritizing development efforts, offering a model for how designers can approach the evaluation of novel materials or production techniques by considering their potential benefits, integration challenges, and economic viability.

Project Tips

• When researching a new product idea, think about the different stages of development and how to assess feasibility at each step.
• Consider how to incorporate risk assessment into your design process, especially for projects with uncertain outcomes.

How to Use in IA

• Use the four-stage methodology as a framework for evaluating the feasibility of your design project's chosen materials or production methods.
• Discuss how you incorporated risk assessment (e.g., material availability, manufacturing challenges) into your decision-making process.

Examiner Tips

• Demonstrate a clear understanding of the decision-making process behind material selection or production method choice.
• Show how you considered potential risks and uncertainties in your project's development.

Independent Variable: The structured, four-stage assessment methodology.

Dependent Variable: Geological and economic efficiency of hydrocarbon object development; order of further geological exploration.

Controlled Variables: Geological risks, technological development parameters, raw material base characteristics.

Strengths

• Provides a clear, sequential methodology for complex decision-making.
• Integrates both technical (geological) and economic factors.
• Accounts for uncertainty through probabilistic methods.

Critical Questions

• What are the ethical considerations when prioritizing the exploration of finite resources like hydrocarbons?
• How can this framework be adapted for renewable resource management or the assessment of emerging technologies?

Extended Essay Application

• An Extended Essay could explore the application of this multi-stage feasibility assessment to a different resource-intensive industry, such as rare earth mineral extraction for electronics, or the development of novel bio-materials.
• Students could critically analyze the role of 'geological risk' and propose analogous 'technological risks' for evaluating innovative product concepts.

Source

An Algorithm of Management Decision-Making Regarding the Feasibility of Investing in Geological Studies of Forecasted Hydrocarbon Resources · Resources · 2018 · 10.3390/resources7030047