The financial crisis has proven how volatile markets can become within a very
shor t period of time. One commodity that went through peaks and troughs is
without doubt oil. A wide range of companies with business activities relying on the commodity and stable pricing, also went through highs and lows, whilst some went into liquidation. This circumstance let many companies think carefully about their risk exposure and how they effectively can manage it. This paper shows that:
The main exercise to mitigate risk is a well-structured risk management operation
which deliver the fundamentals for an effective usage of derivative instruments.
Prior to any securing activity with swaps or options, companies must pin-point
their current risk position, portfolios and their values. On this, the classical portfolio theory with the various modern extensions and portfolio analysis tools deliver a good concept for this question, however, oil has cer tain characteristics which companies need to take into consideration. Furthermore, the portfolio theory may not helping to mitigate risk that is driven by economic factors, hence, spreading risk in an essential part, but some risks can only be addressed other means. All variables may be used to derive, the hedging strategy, time horizon and trading instrument. Especially for the instruments, the paper shows a wide range of commonly used instruments and how they can be applied for distinct oil risk issues.
Table of Contents
1 Introduction
1.1 Problem definition
1.2 Objectives
1.3 Scope of work
2 Trading Motivation and Theoretical Foundation
2.1 Risk management
2.1.1 Risk definition
2.1.2 Portfolio Management
2.1.3 Portfolio Analysis
2.2 Trading Strategies
2.2.1 Hedge Trading
2.2.1.1 Direction: Buying- and Selling hedging
2.2.1.2 Motive: Asset-, Anticipative- and Strategic hedging
2.2.1.3 Coverage: Normal-, Perfect-, Texas and Reversed hedging
2.2.1.4 Application: Pure- and Cross hedging
2.2.1.5 Scope: Micro-, Macro- and Portfolio hedging
2.2.1.6 Adaptation: Static- and Dynamic hedging
2.2.2 Arbitrage Trading
2.2.3 Speculation
3 Commodity Nature and Risk of Oil
3.1 Physical characteristics and refining
3.2 Market Participants
3.2.1 Physical seperation
3.2.2 Trading separation
3.3 Structure of the Oil Market
3.4 Oil pricing arrangements
4 Derivative Instruments to mitigate Commodity Risks
4.1 Nature of Derivative Instruments
4.2 Common Derivative Instruments in Commodity Trading
4.2.1 Symmetric transactions
4.2.1.1 Forwards
4.2.1.2 Futures
4.2.1.3 Swaps
4.2.2 Asymmetric transactions
4.2.2.1 Options
4.2.2.2 Swaptions
5 Risk Mitigation in Practice
5.1 Forwards & Futures
5.2 Swaps
5.3 Options
5.4 Swaptions
6 Conclusion
Objectives and Topics
This thesis examines how companies can effectively measure individual risks within the oil market and implement adequate counteractions. It addresses the identification and quantification of risks, the selection of appropriate derivative instruments for mitigation, and the application of strategic hedging tactics in various market scenarios.
- Risk identification and measurement in the oil industry
- Application of derivative instruments (Forwards, Futures, Swaps, Options)
- Hedging strategies for commodity price volatility
- Portfolio theory and its practical limits for commodity risk management
- Practical analysis of market participants and their hedging behavior
Excerpt from the book
1.1 Problem definition
About the only economic break most Americans have gotten in the last six months has been the drastic drop in the price of oil, which has fallen even more precipitously than it rose. (...) Approximately 60 to 70 percent of the oil contracts in the futures markets are now held by speculative entities. Not by companies that need oil, not by the airlines, not by the oil companies. (...) Last year, 27 barrels of crude were being traded every day on the New York Mercantile Exchange for every one barrel of oil that was actually being consumed in the United States.1
The trading environment of the oil market is inherently unstable, with geology, geopolitics, economics, finance, technology, and environmental concerns having a strong impact at anytime on the market structure. Some risk factors of the oil industry are very hard to pinpoint and market price do not always move in predictable corridors. Purely looking at the introducing web article reveals the allegation that a fundamental interest of market participants, producers and consumers - to determine fair price levels for a particular commodity - is endangered by speculative intentions. As seen in the financial crisis those particular markets have gone through peaks and troughs within a very short period of time. Crude oil prices for instance rocketed from US$50 in early 2007 to almost US$140 in summer 2008 before they plummeted to US$35 again at the end of 20082.
Even if all price determination factors are taken into account, the likelihood of enormous price volatility remains present for the world commodity number one, hence, various depending industries are keen to mitigate those risks adequately.
Summary of Chapters
1 Introduction: Defines the problem of oil market volatility and the objectives of the thesis regarding risk measurement and mitigation strategies.
2 Trading Motivation and Theoretical Foundation: Explores risk management concepts, portfolio theory, and various trading strategies including hedging, arbitrage, and speculation.
3 Commodity Nature and Risk of Oil: Analyzes the physical characteristics of oil, the roles of market participants, and the structure of the oil market.
4 Derivative Instruments to mitigate Commodity Risks: Examines the nature of derivative instruments, distinguishing between symmetric and asymmetric transactions and their specific applications.
5 Risk Mitigation in Practice: Provides practical hedging examples using forwards, futures, swaps, and options to address real-world business scenarios.
6 Conclusion: Summarizes the evolution of the oil market and reiterates the necessity of sophisticated risk management and hedging techniques for market participants.
Keywords
Oil Trading, Derivative Instruments, Risk Management, Hedging Strategies, Portfolio Theory, Futures, Forwards, Swaps, Options, Commodity Risk, Market Volatility, Speculation, Arbitrage, Price Determination, Risk Mitigation
Frequently Asked Questions
What is the primary focus of this thesis?
The thesis focuses on how companies can identify, measure, and mitigate price risks associated with oil through the application of various derivative financial instruments.
What are the central themes of the work?
The central themes include portfolio management theory, the classification of trading strategies, the nature of oil as a commodity, and the practical implementation of hedging strategies.
What is the primary research objective?
The objective is to analyze available financial instruments on the global market and present practical examples of how they can be used to hedge against oil price fluctuations.
Which scientific methods are employed?
The work employs a theoretical framework based on portfolio management and derivative pricing, complemented by practical case studies and mathematical hedging models.
What is covered in the main part of the thesis?
The main part covers the theoretical foundations of risk, an analysis of the oil market, a detailed examination of derivative instruments, and practical applications for different industry players.
What key terms characterize the study?
Key terms include hedging, volatility, derivative instruments, portfolio theory, and risk management.
How does the author define the role of speculators in the oil market?
The author discusses speculators as essential providers of liquidity who bridge the gap between supply and demand, though their impact on market price volatility remains a subject of debate among major players like OPEC.
What is the significance of the "convenience yield" in this work?
The convenience yield is explained as the incremental value of holding physical oil over holding a derivative, which is a crucial factor for refiners and market participants with storage facilities.
- Citation du texte
- Christian Sadrinna (Auteur), 2010, Hedging Energy Risks with Derivative Instruments in Oil Trading, Munich, GRIN Verlag, https://www.grin.com/document/151252
