Energy

This image is having trouble loading!FSI researchers examine the role of energy sources from regulatory, economic and societal angles. The Program on Energy and Sustainable Development (PESD) investigates how the production and consumption of energy affect human welfare and environmental quality. Professors assess natural gas and coal markets, as well as the smart energy grid and how to create effective climate policy in an imperfect world. This includes how state-owned enterprises – like oil companies – affect energy markets around the world. Regulatory barriers are examined for understanding obstacles to lowering carbon in energy services. Realistic cap and trade policies in California are studied, as is the creation of a giant coal market in China.

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A major type of policy response to climate change is mitigating carbon emissions by putting an explicit or implicit price on carbon. While such policies have many attractive features and ought to be implemented as part of any climate protection regime, there are strong arguments for going beyond so-called "market based" instruments in attacking the climate change problem. One such argument is that even with a price on carbon, the private sector will systematically under invest in developing new low- or non-carbon emitting energy technologies from a societal point of view. This talk will briefly review the arguments for public support of advanced energy technology Research and Development (R&D) and then try to answer another set of challenges that emerge when it is decided to go beyond market forces by providing public support for energy technology R&D. In that case, the most fundamental questions to be addressed are how much to spend on R&D and what to spend it on.

John P. Weyant is Professor of Management Science and Engineering, a Senior Fellow in the Freeman Spogli Institute for International Studies, and Director of the Energy Modeling Forum (EMF) at Stanford University. Established in 1976, the EMF conducts model comparison studies on major energy/environmental policy issues by convening international working groups of leading experts on mathematical modeling and policy development. Prof. Weyant earned a BS/MS in Aeronautical Engineering and Astronautics, MS degrees in Engineering Management and in Operations Research and Statistics all from Rensselaer Polytechnic Institute, and a PhD in Management Science with minors in Economics, Operations Research, and Organization Theory from University of California at Berkeley. He also was also a National Science Foundation Post-Doctoral Fellow at Harvard's Kennedy School of Government. His current research focuses on analysis of global climate change policy options, energy technology assessment, and models for strategic planning.

Weyant has been a convening lead author or lead author for the Intergovernmental Panel on Climate Change for chapters on integrated assessment, greenhouse gas mitigation, integrated climate impacts, and sustainable development, and most recently served as a review editor for the climate change mitigation working group of the IPCC's assessment report number four. He has been active in the U.S. debate on climate change policy through the Department of State, the Department of Energy and the Environmental Protection Agency. In California, he is a member of the California Air Resources Board's Economic and Technology Advancement Advisory Committee (ETAAC) which is charged with making recommendations for implementing AB 32, The Global Warming Solutions Act of 2006.

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John Weyant Speaker
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There is a consensus that we humans will need to reduce emissions of greenhouse gases substantially in this century if we are to avoid unacceptable modifications to climate and the biogeochemistry of the ocean. Hence the important question is: how are we to do that? The challenge, to change the world's energy systems, is a huge one, and there is no single, simple solution to it. We need to improve energy efficiency dramatically, move increasingly to use of energy resources that have low or zero net emissions of greenhouse gases (solar energy, some biofuels, wind, nuclear power, geothermal power, ...) or to the extent that carbon stays in the fuel mix, capture and store an increasing fraction of the CO2 that results. In addition, we will need research to create new energy conversion options for the future. This talk reviews possible pathways for substantial reductions in greenhouse gas emissions.

Lynn Orr is the Keleen and Carlton Beal Professor in the Department of Energy Resources Engineering and Director of the Global Climate and Energy Project at Stanford University. He served as Dean of the School of Earth Sciences at Stanford from 1994 to 2002. He joined Stanford in 1985. Previously, he was employed by the US Environmental Protection Agency in Washington, DC, Shell Development Company in Houston, and the New Mexico Institute of Mining and Technology in Socorro. He holds a Ph.D. from the University of Minnesota and a B.S. from Stanford University, both in Chemical Engineering. He is a member of the National Academy of Engineering and the Boards of Directors of the David and Lucile Packard Foundation and the Monterey Bay Aquarium Research Institute.

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Franklin M. Orr Keleen and Carlton Beal Professor of Petroleum Engineering, Professor, by courtesy, in Chemical Engineering and Director of the Precourt Institute for Energy, FSI senior fellow by courtesy Speaker Stanford University
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This chapter deals with the prospects for the expansion of the current Pakistani nuclear power program, and the dangers to national safety and security such expansion entails due to rapid expansion, and the potential military or terrorist attacks against future nuclear power plants. In terms of organization, this chapter is divided into two parts. The first part, including the front two sections, summarizes the current status of the Pakistani nuclear power program, and the prospects for its expansion. The second part deals with the nuclear safety risks that the expansion of the Pakistani nuclear power program might entail, and the security risks related to military or terrorist attacks against nuclear power stations. A detailed conclusions section completes the presentation.

It is concluded here that Pakistan has maintained its currently small nuclear power program in a safe mode, though plant performance records are mediocre, given the limited integration of Pakistani plants into the global nuclear industry. That Pakistan provides many of the requisite plant maintenance and upgrade capabilities from its own resources attests to the potential for improved operations if Pakistan’s nonproliferation position could be resolved. Future expansion of the Pakistani program on the scale projected by the government depends on changes 278 in Pakistan’s nonproliferation stance that might be related to resolution of the proposed U.S.-India nuclear cooperation agreement. A similar agreement between Pakistan and China, if possible, might allow significant expansion of the Pakistani nuclear program. It is further concluded here that rapid expansion of the installed nuclear capacity might strain the regulatory agencies‘ capability to supervise safe construction and operation of the prospective new nuclear power stations. Fastrate capacity growth might strain Pakistan’s ability to train adequate numbers of station operating staffs, support infrastructure, and regulatory manpower. The combined effects of the above could lead to safety problems related to plant operations and supervision by poorly trained personnel with potentially severe consequences.

We make the point here that the overall security situation in Pakistan is unstable, with large numbers of terrorist groups allowed to operate within the country, with an armed insurrection ongoing in Balochistan, and with the government’s loss of control of several provinces to the Taliban and other Islamic and Arabic terror organizations. This generally unstable security situation is not conducive to stable long-term expansion of nuclear power capacity. An immediate problem may be the difficulty of security screening of all prospective nuclear stations and infrastructure employees, with the distinct possibility of terror supporters gaining access to power stations and providing insider support to putative terrorist attacks. Large multiunit nuclear power stations that likely will be constructed if the nuclear expansion plan is implemented would become vulnerable to terrorist attacks or attempted takeovers all supported by potential inside collaborators. Terrorist attacks against nuclear power stations could 279 be motivated by three factors:

  1. the desire to obtain radioactive or fissile materials for the construction of radioactivity dispersion devices or nuclear weapons;
  2. the intent to create significant damage to the station, nearby population, the environment, and the country as a whole as revenge for some government actions inimical to terrorist interests; or
  3. the desire to force the government to accede to some terrorists demands and modify its policies accordingly.

In similar fashion, military action against nuclear power stations can not be ruled out, motivated possibly by the intent to change or reverse government decisions and policies to respond to military demands. Since the military already controls security at all nuclear facilities in Pakistan, military takeover of future nuclear power stations is that much simplified. We conclude here that installing large multiunit nuclear power stations is in the economic interest of any country, like Pakistan, projecting large scale nuclear capacity growth. However, given the less than stable situation in Pakistan such stations are vulnerable to future security threats against the government. Both economic and security trade-offs should be evaluated when considering large scale nuclear capacity expansion in Pakistan’s situation.

This book, completed just before Pakistani President Musharraf imposed a state of emergency in November 2007, reflects research that the Nonproliferation Policy Education Center commissioned over the last 2 years. It tries to characterize specific nuclear problems that the ruling Pakistani government faces with the aim of establishing a base line set of challenges for remedial action. Its point of departure is to consider what nuclear challenges Pakistan will face if moderate forces remain in control of the government and no hot war breaks out against India.

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Strategic Studies Institute, U.S. Army War College in "Pakistan's Nuclear Future: Worries Beyond War"
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About the book:

Former Governor of Illinois, U.S. Ambassador to the United Nations, and twice unsuccessful Democratic candidate for President of the United States, Adlai Stevenson played a key role in American politics through out much of the middle of the twentieth century. This collection of essays from Senator Eugene McCarthy, Senator Adlai Stevenson III, Ambassador George Bunn, Brian Urquhart, Arthur Schlesinger, and others, looks at Stevenson's past and current societal significance.

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Palgrave MacMillan in "Adlai Stevenson's Lasting Legacy," edited by Alvin Liebling
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This chapter examines the Soviet factor in ending the Pacific War. It presents a long and broad perspective on Moscow's motivations in participating in the war, going back to the historical Russo-Japanese rivalry and to the end of Soviet operations in the Kurils immediately after the war.

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Stanford University in "The End of the Pacific War: Reappraisals", Tsuyoshi Hasegawa, ed.
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David Holloway
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Drell Lecture Recording: NA

 

Drell Lecture Transcript: 

 

Speaker's Biography: Steven E. Koonin has served as chief scientist of BP, the world's second largest independent oil company, since 2004. As chief scientist, Koonin is responsible for BP's long-range technology plans and activities, particularly those "beyond petroleum." He also has purview over BP's major university research programs around the world and provides technical advice to the company's senior executives. In 1975, he joined the faculty of Caltech, became a full professor in 1981, and served as provost from 1995 to 2004.

Koonin is a fellow of the American Physical Society, the American Association for the Advancement of Science, and the American Academy of Arts and Sciences, as well as a member of the Council on Foreign Relations and the Trilateral Commission. He has served on numerous advisory bodies for the National Science Foundation, the U.S. Department of Defense, and the Department of Energy and its various national laboratories. His research interests have included theoretical nuclear, many-body, and computational physics, nuclear astrophysics, and global environmental science. Koonin received his B.S. in physics at Caltech and his Ph.D. in theoretical physics from M.I.T.

Frances C. Arrillaga Alumni Center

Steven E. Koonin Chief Scientist Speaker BP
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The American Physical Society awarded CISAC research associate Pavel Podvig and Anatoli Diyakov, at the Moscow Institute of Physics and Technology (MIPT), its 2008 Leo Szilard Lectureship, a recognition of "outstanding accomplishments by physicists in promoting the use of physics for the benefit of society."

The APS specifically cited the two "for establishing a center for scientific study of arms control, for landmark analyses, and for courage in supporting open discussion of international security in Russia."

Diyakov and Princeton colleague Frank von Hippel in 1991 founded the Center for Arms Control, Energy, and Environment Studies at MIPT, with substantial help from Podvig, a 1988 graduate of the institute with a degree in physics. The center was Russia's first independent research organization dedicated to technical analysis of arms control issues.

Podvig's research at the center addressed issues concerning missile defense; early-warning, command, and control systems for nuclear weapons; and U.S.-Russian arms control. He led a major research project and edited the resulting book, Russian Strategic Nuclear Forces, consulted internationally as a definitive work on the subject.

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At first glance, the U.S. military's response to the incident at Minot Air Base involving the transportation of six nuclear warheads across the United States was reasonably thorough and harsh--three colonel-rank commanders were relieved of their positions, the bomber wing at Minot was decertified from its wartime missions, and a number of air force personnel lost their certifications. More action will probably come in the next few months. Defense Secretary Robert Gates asked the Defense Science Board to review the incident, and the 2008 Defense Appropriations Bill will require the Defense and Energy departments to submit a report detailing what procedures and policies they use when handling nuclear weapons.

But a closer look at the investigation doesn't give much hope that Washington will learn the proper lessons from the incident. The U.S. military is clearly at the "scapegoat" stage of its understanding of what happened. It claims that the accident was caused by human error; according to a Defense representative, it was "a failure to follow procedures, procedures which have proven to be sound." The irony of this statement seemed to elude the official (and much of the press, for that matter).

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Bulletin of the Atomic Scientists Online
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Pavel Podvig
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Dr. Undraa Agvaanluvsan currently serves as the president of Mitchell Foundation for Arts and Sciences. She is also an Asia21 fellow of the Asia Society and co-chair of Mongolia chapter of the Women Corporate Directors, a global organization of women serving in public and private corporate boards. 

Dr. Undraa Agvaanluvsan is a former Member of Parliament of Mongolia and the chair of the Parliamentary subcommittee on Sustainable Development Goals. Prior to being elected as a legislator, she served as an Ambassador-at-large in charge of nuclear security issues at the Ministry of Foreign Affairs of Mongolia,  where she worked on nuclear energy and fuel cycle, uranium and rare-earth minerals policy issues. 

She is a nuclear physicist by training, obtained her PhD at North Carolina State University, USA and diploma in High Energy Physics at the International Center for Theoretical Physics, Trieste, Italy. She conducted research at Lawrence Livermore National Laboratory in California, USA and taught energy policy at International Policy Studies Program at Stanford University, where she was a Science fellow and visiting professor at Stanford's Center for International Security and Cooperation. She published more than 90 papers, conference  proceedings, and articles on neutron and proton induced nuclear reactions, nuclear level density and radiative strength function, quantum chaos and the Random Matrix Theory, including its application in electric grid network. 

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On July 5, 2005, President George W. Bush and Indian Prime Minister Manmohan Singh signed an agreement pledging their governments to actions designed to culminate in a formal nuclear cooperation agreement that would end a three-decade U.S. nuclear embargo against India. Although the formal agreement has not yet received final approval from Congress, concerns about the consequences of the agreement, particularly its possible adverse effect on the Treaty on the Non-Proliferation of Nuclear Weapons (NPT) and the worldwide nonproliferation regime, have made the agreement controversial. This article traces the events that led to the Bush-Singh meeting, explicates the current situation, examines the arguments for and against the proposed agreement, and makes some preliminary judgments regarding the agreement's effects on the nonproliferation regime. The failure to prevent India's 1998 nuclear tests with the threat of sanctions (because the Indians calculated that long-term U.S. resolve was not sustainable) set in motion a chain of events that would ultimately end the nuclear embargo. However, the conditions for a better U.S.-India nuclear agreement--from a nonproliferation perspective--will inevitably arise if the current proposed agreement is not adopted.

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Nonproliferation Review
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Leonard Weiss
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