International Development

FSI researchers consider international development from a variety of angles. They analyze ideas such as how public action and good governance are cornerstones of economic prosperity in Mexico and how investments in high school education will improve China’s economy.

They are looking at novel technological interventions to improve rural livelihoods, like the development implications of solar power-generated crop growing in Northern Benin.

FSI academics also assess which political processes yield better access to public services, particularly in developing countries. With a focus on health care, researchers have studied the political incentives to embrace UNICEF’s child survival efforts and how a well-run anti-alcohol policy in Russia affected mortality rates.

FSI’s work on international development also includes training the next generation of leaders through pre- and post-doctoral fellowships as well as the Draper Hills Summer Fellows Program.

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David G. Victor
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PESD Director David G. Victor will be teaching "The Political Economy of Energy Policy" in the upcoming winter quarter. The class will introduce students to the major theoretical frameworks used by political scientists, sociologists, economists, and other intellectual disciplines to understand how societies design and implement public policies related to energy, and how the energy industry responds. Topics covered will include theories of the state, monopoly and regulation, public choice, organizational behavior, international agreements, and innovation.  The class will apply these theories to major current and historical issues in energy policy, such as ethanol, climate change, energy security, the role of national oil companies in the world oil market, the functioning of OPEC, and the California electricity crisis.

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» Annual Meeting 2008 Materials (password protected)

PESD's 2008 Annual Review Meeting, Reconciling Coal and Energy Security, will be held October 29-30, 2008 at Stanford University. The meeting is PESD's annual forum in which to create a wide-ranging conversation around our research and obtain feedback to shape our research agenda going forward.

PESD is a growing international research program that works on the political economy of energy. We study the political, legal, and institutional factors that affect outcomes in global energy markets. Much of our research has been based on field studies in developing countries including China, India, Brazil, South Africa, and Mexico.

At present, PESD is active in four major areas: climate change policy, energy and development, the global coal market, and the role of national oil companies.

The workshop will begin on Wednesday, October 29 at 8:30 am with registration and breakfast followed by a welcome and an overview of PESD's research activities. This year's Annual Meeting will have a concerted focus on carbon markets, regulation, and carbon capture and storage models. There will be a session in the morning that will discuss and explore ways to engage developing countries on climate change. New to this year's meeting will be a reception and poster session at the conclusion of the first day. We also anticipate discussion of areas where PESD can better collaborate with other institutions. The meeting ends at 1pm on Thursday, October 30.

Annual Meeting invitees can access the complete agenda and subsequent presentation files by logging on with your password.

Bechtel Conference Center

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PESD senior fellow and Nobel laureate in Physics, Burton Richter, explains why an inclusive internationalization policy of both ends of the nuclear fuel-cycle can provide much needed carbon-free energy while limiting the potential for the proliferation of nuclear weapons. He insists that the nuclear proliferation problem can be remedied by a tightly monitored program through international policy and diplomacy where incentives to tame proliferation are increased, inspections are more rigorous, and a sanctions program is agreed upon and adhered to.

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Following earlier reforms in the power sectors of industrialized countries and emerging markets (e.g. Chile), developing countries were encouraged to unbundle their electricity industries and to introduce competition and private sector participation. This paper highlights the developments that led to how power sector reform came to be defined as a standard model and theoretical framework in its ownright, and how the model was used prescriptively in many developing countries. However, we also show that, after more than 15 years of reform efforts, this new industry model has not fully taken root in most developing countries. Finally, we identify and characterize the emergence of new hybrid power markets, which pose fresh performance and investment challenges.

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Energy Policy
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Peter A. Nolan is contributing to research into the strategies and performance of national oil companies with a particular focus on industry structure.

Before joining PESD Mr Nolan worked for 35 years in the oil exploration industry.  This included several years in the seismic service industry and 25 years with BP in a range of roles including basin and prospect evaluation, commercial, strategic and business development roles.  Recent posts had a focus on the countries of the Former Soviet Union and the Middle East.

He obtained his BSc in geology from Southampton University in 1973.

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Frank Wolak
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The price of a barrel of oil has more than doubled in the past year and a half, from $60 in early 2007 to a high of $142 earlier this summer. This has led to a search for someone to blame for this price increase and for government policies to reduce oil prices.

The actions of energy traders, more pejoratively known as speculators, are being targeted by Ralph Nader, the chief executives of the major domestic airlines and many members of Congress as a major cause of this price increase. However, data from world oil market demonstrates that it is unlikely that speculators have had a noticeable impact on world oil prices.

House Speaker Nancy Pelosi, D-San Francisco, recently called on President Bush "to
draw down a small portion" of the U.S. Strategic Petroleum Reserve to reduce oil prices. But this is unlikely to have a discernible effect on world oil prices.

Oil is a relatively homogenous commodity traded in a world market with a demand of 85
million barrels a day, of which 25 percent is consumed by the United States. The demand for oil is insensitive to changes in the price of oil, particularly in oil-producing countries, where its use may be subsidized. Recent research suggests a 10 percent increase in the price of oil would reduce world demand by no more than 1 percent.

Speculators are accused of increasing the price of oil by taking large financial positions in oil futures markets. But these bets on the future price of oil have no impact on the current price of oil if the current demand equals the current supply, meaning there is no net change in inventories of oil.

According to the U.S. Energy Information Administration, commercial inventories of oil
currently held by the major industrialized countries are below their five-year average. That means consumers are willing to purchase all available supply and run down inventories at the current high price. Given that market outcome, the behavior of speculators cannot be inflating the price.

What would speculators have to do to increase the world price of oil by $25 relative to a
$100 baseline? They would need to buy and put into inventory approximately 2.5 percent of world demand, or approximately 2.125 million barrels a day. Over the course of a year, this would amount to storing 775 million barrels, which is the current amount in the our country's Strategic Petroleum Reserve.

Applying this same logic to Speaker Pelosi's recommendation to draw down a small
portion of the reserve--say 100 million barrels over the course of a three-month period--this 1-million-barrel-a-day increase in supply implies at best a three-month-long $12.50 reduction in the price of oil relative to its current price of $125.

However, according to the Energy Information Administration, world inventories of oil
held by industry and government are on the order of 7 billion to 8 billion barrels. So a more likely outcome of withdrawing 1 million barrels a day from the government's reserves for three months is that privately held inventories would increase one-for-one, and world oil prices would be unaffected.

Although energy traders are a convenient scapegoat for the current high price of oil, the
numbers just don't add up for their actions to have any significant impact on market prices. A strong world demand, not the actions of speculators, is responsible.
But releasing a small amount of oil from the U.S. reserve may still make sense. Given
historically high prices--and the great need for government revenues--this may be a fortuitous time to sell oil and take advantage of the market.
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FRANK A. WOLAK is a professor of economics at Stanford University specializing in the
energy sector. He is chairman of the California Independent System Operator's Market
Surveillance Committee, an independent monitor for the electricity supply industry. He wrote
this article for the Mercury News.

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The Clean Development Mechanism (CDM) of the Kyoto Protocol is the first global attempt to address a global environmental public goods problem with a market-based mechanism. The CDM is a carbon credit market where sellers, located exclusively in developing countries, can generate and certify emissions reductions that can be sold to buyers located in developed countries. Since 2004 it has grown rapidly and is now a critical component of developed-country government and private-firm compliance strategies for the Kyoto Protocol. This Article presents an overview of the development and current shape of the market, then examines two important classes of emission reduction projects within the CDM and argues that they both point to the need for reform of the international climate regime in the post-Kyoto era, albeit in different ways. Potential options for reforming the CDM and an alternative mechanism for financing emissions reductions in developing countries are then presented and discussed.

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Mark C. Thurber
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As oil prices surge through $140/barrel at the time of writing, surely one can at least count on the invisible hand of the market to drive further exploration and production and ultimately bring more supplies on line, right? Or perhaps, more ominously, high oil prices presage a darker future of shortage and conflict as global oil fields pass their geological “peak”? In fact, both positions miss a crucial point about the dynamics of the world oil market — that it is increasingly animated by the counterintuitive behavior of the state-owned oil and gas giants that now control the vast majority of the world’s hydrocarbon resources.

“On average national oil companies (NOCs) extract resources at a far lower rate than international oil companies (IOCs), leaving about 700 billion barrels of oil effectively ‘dead’ to the world market.”So-called “national oil companies,” or NOCs, own about 80 percent of the world’s proven reserves of oil, a percentage that has been on the rise as the persistent high price environment encourages countries to assert even tighter control over the rent streams flowing from their resources. NOCs are curious and variegated beasts, and, contrary to the popular imagination, some are highly capable both technically and organizationally. Brazil’s Petrobras is an acknowledged world leader in deepwater drilling, while Norway’s StatoilHydro is highly regarded for its competence and transparent business practices. Saudi Arabia’s national champion, SaudiAramco, is secretive to the outside world but generally considered to be a well-run, technically capable organization. At the other end of the continuum, government infighting and micromanagement hobble Mexico’s Pemex and Kuwait’s KPC. Once-independent PDVSA in Venezuela has been remade by President Hugo Chávez into a government puppet that spends liberally on social programs but consistently undershoots its production targets. And indeed some national oil companies are hardly oil companies at all — Nigeria’s NNPC, for example, is mostly a rent-seeking bureaucracy.

What NOCs do share in common as distinct from the familiar international oil companies (IOCs) is being answerable to a host government, which inevitably brings with it some focus on objectives other than simple profit maximization. Typically, an NOC arises originally from the desire of resource-rich governments (“principals”) to gain more effective control over resource extractors (“agents”) by creating an oil champion owned by the state. Prior to NOC formation, governments are frequently (and often justifiably) wary of exploitation by the foreign oil operators providing hydrocarbon extraction services. Lacking a deep understanding of the costs of production, states are simply unable to be sure they are taxing their agents appropriately. In addition to enhancing control over the hydrocarbon sector and the revenue it brings, states may hope for other benefits from the NOC: cheap energy to fuel a growing economy, employment and development of local industry to support the hydrocarbon sector, or even foreign policy leverage derived from control of key resources.

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Unfortunately for the states, relationships with their NOCs are rarely straightforward, with implications for performance. Some national oil companies evolve into barely controllable “states within a state”— PDVSA pre-Chávez was an example of this — while others see their initiative smothered by excessive government intervention as in the case of Pemex and KPC. Fraught state-NOC interactions can take their toll on company effectiveness; in other cases, NOCs may simply appear less efficient than their IOC brethren because they are serving state purposes beyond simple monetization of hydrocarbon resources. Irrespective of cause, the result is that on average NOCs extract resources at a far lower rate than IOCs, leaving about 700 billion barrels of oil effectively “dead” to the world market. A far more immediate concern than whether oil fields are passing their geological “peak” is who is sitting on top of those fields!

A detailed study of NOC performance and strategy at the Program on Energy and Sustainable Development at FSI suggests a useful way of thinking about the effects of NOC resource domination on world oil and gas markets. Price versus quantity supply curves from classical economics assume that increased price will spur efforts to expand supply. Unfortunately, the counterintuitive reality for NOCs is that, when it comes to expanding supply in the current high-price environment, most either 1) can but don’t want to or 2) want to but can’t. The end result is what one could call a “backward-bending” supply curve — additional price increases do little or nothing to boost supply.

“The world has plentiful hydrocarbons in the ground, but that’s where many of them are going to stay due to the unique organizational and political dynamics of the NOCs.”In the “can but don’t want to” category are resourcerich governments that have decided they cannot assimilate any more money. Already, their investments are running into political resistance around the globe — witness Dubai’s failed attempt to purchase U.S. port management contracts, CNOOC’s failed bid for Unocal, or the increasing calls for curbs on the activities of sovereign wealth funds. Nations may decide they have enough cash and are better off leaving resources in the ground where they safely await monetization at a later date.

In the “want to but can’t” camp are countries and their NOCs that are simply unable to provide the stable political and regulatory climate to support additional build-out of expensive production and transport infrastructure. This situation is particularly common for natural gas, where long investor time horizons are needed to bankroll the multibilliondollar capital costs of pipelines or liquefied natural gas (LNG) terminals.

Meanwhile, international oil companies are left on the sidelines salivating helplessly over the vast reserves in NOC hands. Venezuela’s Orinoco region could yield hundreds of billions of barrels of heavy crude, but the government and a nowpliant PDVSA invite favored countries and their NOCs to explore rather than selecting the operators most capable of extracting the challenging but plentiful resource. Technical expertise and massive investment are required to fully develop vast Russian gas fields including Kovykta, Shtokman, and Yamal, but IOCs already burned by nationalizations and shifting rules in these and other Russian ventures are unlikely to be in a position to supply enough of either. In the face of dwindling resources they can tap, IOCs will need to diversify their business models, perhaps tackling technologically challenging options like oil sands or liquids from coal in conjunction with the carbon storage techniques that could make these palatable from a climate change perspective. Ironically, the only “easy” oil for IOCs has become oil that is geologically and technologically difficult.

While oil price is dependent on many factors (including global economic health) and is impossible to forecast with certainty, one can confidently predict continued tight supply of oil and gas, especially given global demand that will be propped up indefinitely by rising consumption in China and India. The world has plentiful hydrocarbons in the ground, but that’s where many of them are going to stay due to the unique organizational and political dynamics of the NOCs. Leverage over the market is weak; measures to reduce demand for oil and gas (though politically unpopular) or to spur development of alternative fuels and associated infrastructure (though slow to develop at scale) may be all that we have.

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Michael Wara and David G. Victor's recent work "A Realistic Policy on International Carbon Offsets" addresses problems with the world's largest offset program, the UN's Clean Development Mechanism. Wara and Victor argue that much of the CDM investment doesn' actually meet the UN's crucial additionality standards, and they outline ways to fix the problem.

David Victor Discusses Climate Policy, Offsets, and Incentives in the Wall Street Journal

In the News: Wall Street Journal on July 23, 2008

Income from carbon offsets has become French chemical manufacturer Rhodia SA's most profitable business. The WSJ estimates payouts to the firm from projects in Brazil and South Korea could total $1 billion over seven years, raising questions about the incentive structure of the CDM. David G. Victor argues that carbon markets are not sending the appropriate signals to the developing world.

Michael Wara and David Victor Address the Role of Offsets in California's Cap and Trade Plan

In the News: Science Magazine

California's plan to cut carbon emissions 10% by 2020 relies on offsets as a part of a cap and trade scheme. Michael Wara points out the challenges that face the state as it designs its offset program, and David G. Victor sheds light on difficulties faced by the world's largest offset program, the UN's CDM protocol.

Michael Wara Discusses Coal and the CDM

In the News: Wall Street Journal on July 11, 2008

The CDM Executive Board recently approved several gas-fired power plants under the UN's carbon offset scheme, opening the door for subsidizing coal generation and stoking controversy. Michael Wara questions the additionality of such projects and argues subsidies are better spent on other clean-energy development.

 

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Introduction:

This report describes the results of my analysis of the options for short-term price determination in the Brazilian electricity supply industry. The three major questions considered are: What are the initial conditions necessary for the introduction of bid-based short-term market for the Brazilian electricity supply industry? What should be the transition process from the current cost-based market to the final bid-based market. What is the recommended form for the final bid-based short-term market in Brazil? To provide a framework for considering these questions, the economic theory of the electricity market design process is first introduced. The two fundamental challenges of the market design process are how to obtain: (1) technically and allocatively efficient production and (2) economically efficient pricing of wholesale electricity.

Six major dimensions of the short-term electricity market design process are then introduced. I then discuss how each of these dimensions is dealt with in the current Brazilian short-term wholesale electricity market and how each might be addressed in my recommended future short-term market. The major issue dealt with in this section of the report is the issue of a cost-based versus bid-based short-term wholesale market. In order to understand the potential market efficiency and system reliability benefits of a bid-based market for Brazil, I then present the results of a comparative empirical analysis of the performance the current Brazilian shortterm market and the short-term markets in hydroelectric-dominated industries with bid-based markets in Colombia, New Zealand, and Norway. I believe that the results of these market performance comparisons provide evidence that there are significant market efficiency benefits associated with Brazil adopting a bid-based short-term market.

The next section of the report describes the initial conditions necessary to implement a bid-based short-term market in Brazil. These necessary conditions are: (1) coverage of close to 100% of final demand in fixed-price forward contract obligations negotiated far enough in advance of delivery to allow new entrants to compete to supply these contracts, (2) a local market power mitigation mechanism that applies to all market participants, (3) a cap and floor on supply offers into the short-term wholesale market, and (4) a prospective market monitoring process with public release of all data necessary to operate the short-term market. A key recommendation from this section of the report is that a bid-based short-term market should not be implemented in Brazil without these necessary pre-conditions.

The report then presents a recommended bid-based short-term market design and suggests a transition process from the current cost-based market design to this market design that initially involves minimal changes in the current cost-based market. Although I believe that this transition process should take between 12 to 18 months to complete, I do not think that this timetable should be adhered to without regard to events in the short-term market. In particular, further moves towards introducing flexible market mechanisms should not be made without the appropriate safeguards against the exercise of unilateral market power in place and validation that these safeguards are working as intended.

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Frank Wolak
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