Issue Brief

Charles D. Ferguson, Scientist-in-Residence
Center
for Nonproliferation Studies (CNS)
Monterey Institute of International Studies
July 2004
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Issue
Introduction
Issue
Brief
Relevant
Resources
Issue Introduction
Fifty years ago, commercial nuclear power production was launched. Around that time, nuclear industry analysts projected shortages of uranium fuel occurring in the near term based on predictions of nuclear power plant production. To provide fuel for future nuclear reactors, many nations invested significant resources into reprocessing of spent nuclear fuel to extract plutonium and to recycle uranium. In 1977, the U.S. government decided against pursuing reprocessing because of concerns that encouraging plutonium separation from spent fuel could promote nuclear proliferation. Moreover, the steep financial costs of reprocessing argued against development of a plutonium economy. During the mid- to late 1970s, orders for new nuclear plants stagnated, further reducing the demand for uranium-based fuels and plutonium reprocessing. Presently, the world produces about 16% of its electricity from nuclear energy.

Aerial of Sellafield Site 2000
Source: BNFL
Today, there is renewed interest in the expansion of nuclear energy in order to meet the world’s energy needs and to lesson the impact of global warming due to emission of greenhouse gases from fossil fuels, such as petroleum. However, in addition to impediments to siting repositories for radioactive waste, the global problems of proliferation and the threat of nuclear terrorism act as countervailing forces to development of a plutonium economy to support increases in nuclear power. Growing stockpiles of separated civilian plutonium increase the risk that states or terrorists might acquire this material to build nuclear weapons. Public health and reactor safety could also worsen if the use of plutonium-fuel in commercial power plants expands beyond the current small level of usage. Research and development of advanced proliferation-resistant fuel cycles and safer reactor designs may eventually lead to greater use of plutonium in power plants. The continuing high economic costs associated with these programs, however, will likely slow adoption.
Issue
Introduction
Issue
Brief
Relevant
Resources
This
material is produced independently for NTI by the James
Martin Center for Nonproliferation Studies at the
Monterey Institute of International Studies and does not
necessarily reflect the opinions of and has not been
independently verified by NTI or its directors,
officers, employees, agents. Copyright © 2007 by MIIS.
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