Rice University Energy Web Site

Prof. Robert B. Laughlin
Department of Physics
Stanford University, Stanford, CA 94305

http://www.rice.edu/energy/publications/WorkingPapers/globalenergykmkt.html
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The Global Energy Market:
Comprehensive Strategies to Meet Geopolitical and Financial Risks

The G8, Energy Security, and Climate Issues

Working Papers
Project One: Financial Markets
Key Findings Box Energy, Financial Contagion, and the Dollar
Working Paper
Mahmoud El-Gamal, Rice University Department of Economics
Amy Myers Jaffe, Wallace S. Wilson Fellow in Energy Studies, Baker Institute
 

This research project takes into account the operation of the global energy market and risks to its continued smooth operation, analyzing past crises from the 1970s and the econometrics of extreme co-movements of financial variables. This study will cover the effects of fluctuations in energy prices on the flow of petrodollars, the demand for dollar-denominated bonds, changes in levels of U.S. debt, and swings in financial markets. The impact of such effects will be investigated, by quantifying the “tail-dependence” (that is, the extent of extreme co-movements) of various global economic and financial variables, and then combining the results with our best estimates of potential extreme movements in energy prices driven by a variety of economic and political factors. This investigation shall be conducted by using econometrics study of historical movements and scenario analysis to study various possible outcomes that could lead to a breakdown in the operation of global energy markets.

Scenarios include the following:

  • financial crisis linked to collapse of the dollar;
  • financial/economic crisis linked to a major terrorist event;
  • resort to use of oil as a lever or weapon of international relations by a major energy producer or group of producers;
  • cut off of Russian energy to Europe;
  • bilateral or multilateral alliances of energy users/suppliers that threaten the transparent, global nature of energy movements and trade;
  • broadening of Middle East conflict involving major energy producers such as Iraq and Iran and Saudi Arabia.
 
 
Project Two: Chinese Economic Levers
Paper Coming Soon!
Richard Stoll, Rice University Department of Political Science & International Relations
 
History is full of examples of the use of military force by countries to achieve political goals. Indeed, this topic has been studied extensively by scholars. But when it comes to the use of economic levers, less attention has been given to the use of economic tools by states to achieve political ends. A number of recent activities by Russia and China have been interpreted by observers as using economic levers related to energy trade in international discourse, but with significant differences. Recent Russian natural gas export policy is an example of the possible use of energy exports as a coercive vehicle. Chinese involvement in Africa and other international exploration is directed at energy security but is also an example of using economic tools in pursuit of national objectives. To study this phenomenon of economic levers in international relations, we propose to collect data on what types of economic levers are being applied in energy markets and how frequently they are used. In addition, data will be analyzed to determine whether use of such economic levers has allowed countries under study to achieve desired political goals and objectives.
 
 
Project Three: Russian Natural Gas
Key Findings Box The Future of Russian Natural Gas Exports revised version!
Working Paper
Kenneth B. Medlock III, Energy Fellow, Baker Institute
Peter Hartley, Professor of Economics, Rice University
 
Recent Russian natural gas export policy is an example of the possible use of energy exports as a coercive vehicle. Resort to use of natural gas as a lever or weapon of international relations by a major energy producer or group of producers remains a major threat to international energy security. In particular, European nations have become increasingly concerned about the geopolitical and economic impact of a threat to cut off of Russian energy to Europe. The Baker Institute researchers will conduct analysis of the impact of certain Russian natural gas export policies on European and international LNG markets by utilizing its World Gas Trade Model. Using this model, the Baker Institute investigated scenarios where Russian gas exports to Northeast Asia via pipeline were constrained as a result of conflict on the Korean peninsula. This work will be extended to consider various scenarios for the shut off of Russian gas to European markets either unilaterally or in concert with other gas producers as well as scenarios where gas production and export infrastructure investment in Russia is delayed, causing a reduction in the amount of supply available for export.
 
 
Project Four: Iran
Key Findings Box Iran, Energy and Geopolitics
Working Paper
Daniel Brumberg, Georgetown University
Jareer Elass, Consultant
Amy Myers Jaffe
, Wallace S. Wilson Fellow in Energy Studies, Baker Institute
Kenneth B. Medlock III, Energy Fellow, Baker Institute
 
Researchers will update ongoing analysis of the policies of Iran and the impact of conflict in the Middle East on oil supply, pricing, security and geopolitics. Focus will include extension of the Baker Institute’s work on the internal political competition for power inside Iran and how it affects its energy industry and foreign policy, related risks to the Strait of Hormuz and terrorist attacks against energy targets, and underlying factors influencing regional conflicts in the Middle East, including the internal stability of Iraq, political, religious and social divisions and tensions between Shia and Sunni populations, and the Arab-Israeli peace process.
 
 

Project Five: Energy Security

Key Findings Box Militarization of Energy: Geopolitical Threats to the Global Energy System
Working Paper
Amy Myers Jaffe, Wallace S. Wilson Fellow in Energy Studies, Baker Institute
Ronald Soligo, Professor of Economics, Rice University
 
The recent tightening of oil markets and the increasing concentration of oil production in the hands of just a few producing countries has led to concerns that global oil markets may not remain competitive and that the interests of the US and the global system could be challenged or compromised by a major energy producer or group of producers or by an alliance of a major consuming countries or group of consuming countries with producing countries to the detriment of the international community and international trading system. The increasing concentration of control over gas and oil resources raises the question of whether confidence in the continued existence of an open and liberal oil and gas trading system will survive in the face of a major supply crisis scenario. Reduction in the number of players means each player will be more tempted to try to extract rents (economic and geopolitical) using the lever of their energy resources.This study will investigate under what circumstances could the world oil market global trading system collapse and if it did, whether there are scenarios under which such a collapse could lead some countries resort to military processes to acquire or control energy supplies. Today, the US and its allies face a set of states with multiple, conflicting interests that are complicated to manage. In fact, in some cases of regionalized matters, weaker states might even joint together to counterbalance US policies or US policies could potentially be perceived as threatening rather than promoting international stability. This paper looks at the potential for failure of the global market in oil and gas and examines the role that Russia alone or in alliance with others might play as a contributor to that failure as well its reaction to it. While it is not difficult to create scenarios that would cause short to medium term disruptions in these markets resulting in significant price increases, generating scenarios that would result in a long term, sustained increase, in prices or permanent interruption in the global trading system for energy is much more difficult. This research project will examine possible scenarios and the resilience of the global oil market to them.
 
 
Project Six: The Economics and Politics of Responding to Climate Change
Paper Coming Soon!
Neal Lane, Senior Fellow in Science and Technology Policy, Baker Institute
Malcolm Gillis, Rice University Department of Economics
Kirstin Matthews, Program Manager, Science and Technology Policy, Baker Institute
Lauren Smulcer, Program Coordinator, Energy Forum, Baker Institute
 
U.S. climate policy is currently in gridlock, and new policies must emerge if the U.S. is to play a significant role in contributing to solutions to the challenges to the global climate from rising carbon emissions levels. The Baker Institute will gather together leading US and international scientists, economists, and policy experts to the Baker Institute to debate and discuss existing and potential policy alternatives to global climate change. A major conference will be held on February 9, 2008, to discuss the current status of the climate change science and the economic impacts of both adaptive and mitigatory policy approaches. The goal of this conference will be to identify problems that prevent policymakers from implementing workable solutions to address climate change. The conference discussions will address the current gridlock in forming U.S. climate policy and offer policy alternatives through presentations and submitted papers. The conference report will highlight new and more effective policy solutions for the US and provide a more comprehensive understanding of the existing alternatives open to the G-8. Presentations will cover the range of alternative strategies to mitigation such as alternative energy, coal technologies and carbon sequestration, conservation, and energy efficiency.
 
 
Project Seven: Nuclear Power
Key Findings Box Nuclear Power Trends in the World
Working Paper
Jorge Gonzalez-Gomez, Rice University Department of Economics
Peter Hartley, Professor of Economics, Rice University
 
The Baker Institute modeling team has investigated simulations that quantify the energy security value of nuclear power generation in Japan, giving consideration to the magnitude and probability of sudden cost increases or supply shortages of imported oil and gas and the damage that can come to the Japanese economy from such price increases or supply disruptions, including loss of GDP. In light of rising oil and gas import costs to Japan, this research project will revisit the role that nuclear power plays in expanding energy security to Japan and look at the whether there is an optimum level for nuclear power given economic, environmental and diversification goals. By examining the case study of Japan, it is hoped that the role of nuclear power in response to the 1970 oil crises can be highlighted and examined as to its future potential. Other case studies will also be considered including the expansion of nuclear power in Texas (considered a proxy for US markets) and the potential for nuclear power in new markets such as the growing electricity market of Mexico.
 
 
Project Eight: Gasoline
Key Findings Box U.S. Energy Policy and Transportation
Working Paper
Kenneth B. Medlock III, Fellow in Energy Studies, Baker Institute
Amy Myers Jaffe, Wallace S. Wilson Fellow in Energy Studies, Baker Institute
 
Driving is part of the American way of life. While the United States represents 5 percent of the world’s population, Americans use more than 33 percent of all oil consumed for road transportation. This compares to China, for example, which has a population four times that of the U.S. but today uses only about 5 percent of the world’s transportation fuel. The future of US transportation sector policy has huge implications for the global balance of oil supply and demand and is a major factor in international energy market trends. This research project will lay out the basic statistics and policy options facing the US transportation sector and look at the role of conservation, biofuels, CAFÉ standards, taxes and improved car technology in reducing the growth in US gasoline demand.
 
 
Project Nine: Oil Terrorism
Key Findings Box Oil and Terrorism
Working Paper
David Bryan Cook, Assistant Professor of Religious Studies, Rice University
 
Oil and terrorism: as oil is one of the major resources if not the major resource of some of the major Muslim countries, it is critical for radical Islamic groups to both deny their own governments (against whom they are rebelling) the revenues derived from oil, as well as create a sense of crisis in the world oil market that terrorist attacks can generate. Targets can be oil production facilities, oil pipelines, large tankers or even the offices of oil companies located in oil-producing countries. Although radical Islamic groups have carried out a number of paradigmatic attacks they have yet to create the full-scale chaos that they need or more critically to turn the populations of target countries into sympathetic audiences for their struggle. This paper will examine the trajectory of attacks on oil targets by radical Islamic groups as well as the religious legal literature that backs these attacks up, and note what trends are likely for the future.
 
 
Project Ten: Bolivia
Key Findings Box Energy Security in a Context of Hyper-Social Mobilization: Insights from Bolivia
Working Paper
David R. Mares, Professor of Political Science, University of California, San Diego
Peter Hartley
, Professor of Economics, Rice University
Kenneth B. Medlock III
, Fellow in Energy Studies, Baker Institute
“Power in the streets” has brought left-leaning governments into office in multiple energy exporting countries (Bolivia, Argentina, Ecuador) and saved one in Venezuela. These hyper-mobilized social movements have created new political risks which have had negative consequences for international investment, energy supplies in neighboring countries and by keeping supplies off the regional market has increased pressure on the already tight international market. This is not a stable situation for either energy markets or national governments. These governments will still need to confront the problem of developing the national resource (for which they need foreign capital and a profitable domestic use of the resource) and satisfying the demands of the people who voted them into office. Any efficient solution for both national and global interests has to find ways to channel political power in the streets back into stable, institutionalized channels of interest representation where bargains can be negotiated. (One can’t negotiate stable, long term deals when bullhorns rally angry people, the symbols of state power [police & army] agitate them, and their leaders aren’t accountable for actually delivering the goods.) Analyzing the Bolivian case requires an interdisciplinary approach. The history that oil and gas, as well as other natural resources, have played in the country’s political economy is a fundamental starting point. The interaction among an array of domestic factors that drive internal politics (racial inequalities, government corruption, the cocaine trade and local autonomy), needs to be systematically analyzed and mapped. International pressures from non-governmental organizations encouraging ‘democracy from below’, international financial institutions promoting market reforms and unstable regional gas markets further exacerbate internal politics. The paper will clarify how these internal and external factors come together to generate hyper-mobilization and the resultant loss of real market opportunities. The economic analysis in the paper will draw on three previous sets of work that have been conducted at the Baker Institute. First, the work on the relationship between economic development, population growth and energy use will be used to inform the discussion of the possibilities for development of the energy industry within Bolivia. Second, the analyses we have previously conducted of the relative merits of transporting electricity versus natural gas will be updated to the Bolivian case. An additional factor in this case is that the gas and/or electricity could be transported in several directions, especially to Argentina and Chile in addition to Brazil. As with the example of transporting natural gas from Siberia to Japan, we once again will have to consider the possibility that developing hydroelectric capacity in Bolivia may favor the transport of electricity rather than gas. Finally, we will use the Rice World Gas Trade Model (RWGTM) to evaluate the profitability of different gas transport routes out of Bolivia. The RWGTM will also be adapted to allow us to calculate the economic rents associated with the exploitation of Bolivia’s natural gas resources and how different scenarios are likely to affect those rents. The RWGTM will also be used to examine the effects on gas prices and production within Bolivia of developing and exporting Bolivian gas. Finally, the model will also allow us to calculate the consequences of Bolivian exports for other countries in South America including the effects on gas prices and trade with the rest of the world.
 
Project Eleven: Greenhouse Gas Emissions and Gas Flaring
Paper Coming Soon!
Donald I. Hertzmark, Consultant
 
This paper will detail the role of natural gas flaring in the overall production of anthropomorphic greenhouse gas emissions. As one of the most potent greenhouse gases, methane may potentially be as important a greenhouse gas as CO2. To place gas flaring and venting into context the breakdown of such activities by country will be laid and analyzed relative to other GHG emissions. A country-by-country breakdown will be provided along with assessment of the national policies that continue to promote gas flaring and venting. Current policy initiatives at the national and international levels will be discussed and their effectiveness in reducing gas venting and flaring assessed in light of overall initiative on GHG reductions.
 
 
Project Twelve: U.S. Foreign Policy and Climate Change
Key Findings Box U.S. Foreign Policy and Climate Change
Working Paper
Matthew E. Chen, Energy Research Associate, Baker Institute
Joe Barnes, Bonner Means Research Fellow, Baker Institute
 

Climate change has to date played a modest part in U.S. foreign policy. During the Bush Administration, the U.S. international role was largely obstructionist, as the United States withdrew from the Kyoto process and, at Bali, vetoed post-Kyoto mandatory emission limits for developed countries. The position of the Bush Administration has prompted a number of states and localities - most notably California - to move forward with their own programs to reduce greenhouse gas emissions. Climate change has had limited salience in American national politics to date. This appears to be changing as Congress considers a new flurry of climate-change legislation and presidential candidates of both major parties feature climate change policy in their campaigns.   Whoever wins in November, 2008, the next administration is unlikely to be as negative as its predecessor towards international action on climate change. This may still fall short of a formal U.S. participation in an international system of cap and trade. Instead, in the short-term we may see what could be called "convergence," as the United States implements policies roughly consistent with international efforts. While there is important scope for gathering "low hanging fruit" - i.e., fostering energy efficiency - some carbon pricing will clearly be part of any concerted national effort to reduce the growth of GHG emissions.  This can take the form of a carbon tax, a cap and trade system, or some mix of both.

 
 
Project Thirteen: Chinese Policies
Key Findings Box Chinese Policies on Climate Change and Environment Protection
Working Paper
Xiaojie Xu, Director, Institute of Overseas Investment Climate Evaluation,
CNPC Research Academy of Economics and Technology in Beijing
 
 
Project Fourteen: Climate Policy and Energy Security
Key Findings Box Climate Policy and Energy Security: Two Sides of the Same Coin?
Working Paper
Peter Hartley, Professor of Economics, Rice University
Kenneth B. Medlock III
, Fellow in Energy Studies, Baker Institute
 

 


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