Abstract

The aim of the paper is to develop a methodology for evaluating oil and gas fields return on investments based on not only finance, but also environmental and social interrelations. The subject of the study is a comparison of methods for calculating return on investments on the example of China, Canada and Russia’s oil and gas companies. The authors used a comparative method of calculations, as well as a case study — a comparison of return on investments methods on the example of oil and gas enterprises. In the paper, the authors analyze the next traditional methods of economic assessment: net present value, differential rent, reserve and multiple costs. The authors suggest using a new assessment method that determines the energy return on investment (EROI). This method does not rely on traditional analysis of net present value (NPV), internal rate of return (IRR), and financial sensitivity. It comprehensively takes into account the costs of energy production, environmental protection and energy efficiency. Based on the results of the study, the authors conclude that the advantages of various methods of economic assessment should be integrated in order to avoid disadvantages and create a new dynamic integrated system of economic assessment. Oil and gas companies may use the results of the study to implement the energy return on investment methodology concerning oil and gas fields’ evaluation. A promising direction for further research may be to compare the energy return on investment at oil and gas enterprises in different countries as well as developing corporate reporting concerning energy return on investment improving efficiency.

Highlights

  • Resources shortage and environmental pollution are the results of industrialization and urbanization of human society

  • The quality of the economic evaluation is related to the choice of decision-making and implementation

  • The net present value of an investment in an oil and gas resource project is the difference between the present value of the investment project PV and the investment cost C, which is expressed as: NP= V PV − C

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Summary

Introduction

Resources shortage and environmental pollution are the results of industrialization and urbanization of human society. Resource constraints have become a significant obstacle to economic development. Oil and gas are essential strategic resources. The international oil and gas resources exploration market is increasingly fierce. The Middle East, West Asia and North Africa are mainly conventional oil and gas resources areas with profound exploration and development costs. North America has a low population density but is rich in oil and gas resources

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