The FuTure oF nuclear Fuel cycle - MIT Energy Initiative
The FuTure oF nuclear Fuel cycle - MIT Energy Initiative
The FuTure oF nuclear Fuel cycle - MIT Energy Initiative
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<strong>The</strong>re have been major changes in our understandings of fuel <strong>cycle</strong> constraints (larger uranium<br />
resources, conversion ratio of one for sustainable reactors,…), goals have changed,<br />
and new technologies (Appendices B and C) have been developed. <strong>The</strong>se factors have expanded<br />
fuel <strong>cycle</strong> options and provide us with choices that we did not previously have.<br />
However, there has been little examination of fuel <strong>cycle</strong> options for several decades. Because<br />
of the large resources required to develop and implement alternative fuel <strong>cycle</strong>s and<br />
national impacts, there are large incentives to examine options before making multi-decade<br />
decisions. <strong>The</strong> central objective of the proposed RD&D program is to provide the information<br />
to make informed choices in the available time.<br />
orGanization <strong>oF</strong> rd&d<br />
<strong>The</strong>re are major roles for government and private industry. Much of the RD&D and most<br />
of the major infrastructure facilities support multiple government missions. Irradiation test<br />
facilities and fuel examination facilities are required for <strong>nuclear</strong> power, naval propulsion,<br />
and space <strong>nuclear</strong> power. <strong>Fuel</strong> <strong>cycle</strong> infrastructure facilities support non-<strong>nuclear</strong>-power<br />
nonproliferation programs. Major infrastructure facilities typically last for decades and will<br />
support different national missions over time as they have done in the past.<br />
Nuclear energy R&D has been primarily funded by the Department of <strong>Energy</strong> (DOE) and<br />
its predecessor organizations, <strong>Energy</strong> Research and Development Administration (ERDA)<br />
and the Atomic <strong>Energy</strong> Commission (AEC). Several offices have supported R&D relevant<br />
to the <strong>nuclear</strong> fuel <strong>cycle</strong>:<br />
p DOE-NE – reactor and fuel <strong>cycle</strong> development<br />
p DOE-EM – defense waste (but many technologies applicable to commercial fuel <strong>cycle</strong>s)<br />
p DOE-RW – SNF-HLW disposal (now merged into NE)<br />
p DOE-NNSA – non-proliferation<br />
p DOE-OS – scientific knowledge<br />
<strong>The</strong> integration of DOE-RW (waste management) into DOE-NE (fuel <strong>cycle</strong>) is a step in the<br />
right direction for R&D. In addition there are a number of agencies responsible for regulatory<br />
oversight: NRC, EPA and state agencies. Some of these agencies have their own needs<br />
for <strong>nuclear</strong> research and development, most specifically safety-related R&D supported by<br />
the NRC. Within the DOE management structure, R&D is distributed across National Laboratories,<br />
as well as universities and industry. Another complication is that these laboratories<br />
have stewardship by different DOE offices (NE, EM, Science and Defense Programs),<br />
with different priorities with respect to facilities maintenance and development. DOE needs<br />
to develop a coherent plan and management structure for fuel <strong>cycle</strong> RD&D, including development<br />
and maintenance of the critical research infrastructure.<br />
<strong>The</strong> recently published DOE-NE research and development roadmap 3 addresses the key<br />
challenges to increase the use of <strong>nuclear</strong> energy both domestically and internationally, with<br />
one of its objectives being the development of sustainable <strong>nuclear</strong> fuel <strong>cycle</strong>s. It has a strong<br />
focus on improving LWR systems and is a start in the right direction. <strong>The</strong> roadmap identifies<br />
areas where enabling technologies need to be developed, but the specific tasks related to<br />
the development of these enabling technologies are not defined.<br />
140 <strong>MIT</strong> STudy on <strong>The</strong> <strong>FuTure</strong> <strong>oF</strong> <strong>nuclear</strong> <strong>Fuel</strong> <strong>cycle</strong>