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An Assessment of Tritium Supply Alte...

Institute of Management Science.

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An Assessment of Tritium Supply Alternatives in Support of the U.S.Nuclear Weapons Stockpile

Record Type:	Projected and video material : Monograph/item
Title/Author:	An Assessment of Tritium Supply Alternatives in Support of the U.S.Nuclear Weapons Stockpile/ Produced by Institute of Operations Research and the Management Sciences
other author:	Schweitzer, Eric.
Published:	Providence, RI :Institute of Operations Research and the Management Sciences :
Description:	1 computer laser optical disc :sd., col. ;4 3/4 in.
Notes:	At the head of title on container: Informs/CPMS
Series:	Edelman award for management science achievement;
Subject:	Management Science -

An Assessment of Tritium Supply Alternatives in Support of the U.S.Nuclear Weapons Stockpile
An Assessment of Tritium Supply Alternatives in Support of the U.S.Nuclear Weapons Stockpile[videorecording] /Produced by Institute of Operations Research and the Management Sciences - Providence, RI :Institute of Operations Research and the Management Sciences - 1 computer laser optical disc :sd., col. ;4 3/4 in. - Edelman award for management science achievement;[v.104].

At the head of title on container: Informs/CPMS

Presentors, Detlof von Winterfeldt and Eric Schweitzer

Nuclear weapons need to be serviced and maintained and, in particular, they require the periodic replacement of tritium. Since there currently exists no tritium production facility in the U.S., tritium supplies will fall below the required reserve level in 2011. To decide how to fill this projected gap, the Department of Energy conducted a major assessment of ten tritium supply alternatives, including building a new reactor, purchasing commercial reactor(s), and building an accelerator. Each supply alternative involved risks of schedule overruns, production shortfalls, cost overruns and environmental impacts. Using formal probability elicitations, event tree analyses and Monte Carlo simulations, a dynamic production simulation was developed that combined the results of the schedule and production risk analysis to predict production of Tritium for each alternative 40-year period. The analysis formed the technical basis for the decision for the Secretary of Energy to pursue both the commercial reactor options and the accelerator option for producing tritium.

VCD format

US120.00Subjects--Topical Terms:

730897
Management Science

An Assessment of Tritium Supply Alternatives in Support of the U.S.Nuclear Weapons Stockpile
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245 0 0 $a An Assessment of Tritium Supply Alternatives in Support of the U.S.Nuclear Weapons Stockpile $h [videorecording] / $c Produced by Institute of Operations Research and the Management Sciences
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440 $a Edelman award for management science achievement; $v [v.104]
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511 0 $a Presentors, Detlof von Winterfeldt and Eric Schweitzer
520 $a Nuclear weapons need to be serviced and maintained and, in particular, they require the periodic replacement of tritium. Since there currently exists no tritium production facility in the U.S., tritium supplies will fall below the required reserve level in 2011. To decide how to fill this projected gap, the Department of Energy conducted a major assessment of ten tritium supply alternatives, including building a new reactor, purchasing commercial reactor(s), and building an accelerator. Each supply alternative involved risks of schedule overruns, production shortfalls, cost overruns and environmental impacts. Using formal probability elicitations, event tree analyses and Monte Carlo simulations, a dynamic production simulation was developed that combined the results of the schedule and production risk analysis to predict production of Tritium for each alternative 40-year period. The analysis formed the technical basis for the decision for the Secretary of Energy to pursue both the commercial reactor options and the accelerator option for producing tritium.
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740 0 1 $a U.S. Department of Energy