Roles for Process Monitoring in Nuclear Safeguards at Aqueous Reprocessing Plants

Publication Date
Volume
40
Issue
2
Start Page
42
Author(s)
Thomas Burr - Los Alamos National Laboratory
Kory Budlong-Sylvester - Los Alamos National Laboratory
K. Myers - Los Alamos National Laboratory
S. Demuth - Los Alamos National Laboratory
A. Bakel - Argonne National Laboratory
J. Krebs - Argonne National Laboratory
S. Bryan - Pacific Northwest National Laboratory
C. Orton - Pacific Northwest National Laboratory
M. Ehinger - Oak Ridge National Laboratory
H. Garcia - Idaho National Laboratory
John Howell - University of Glasgow
Shirley Johnson - Tucker Creek Consulting
M. Thomas - Sandia National Laboratories
J. Damico - Sandia National Laboratories
File Attachment
V-40_2.pdf5.17 MB
Abstract
Process monitoring (PM) is increasingly important in nuclearsafeguards as a supplement to mass-balance based nuclear materialsaccounting (NMA). The main goal for using PM in additionto NMA is to improve the ability to detect off-normal plantoperation, which could indicate intent to divert special nuclearmaterial. With this main goal in mind, programs within the U.S.Department of Energy and the National Nuclear Security Administrationaim to advance the use of PM.This paper reviews traditional PM roles, describes possiblenew roles, and then illustrates new PM roles using two diversionscenarios. Particular focus is on safeguards at aqueous reprocessingplants where in the particular case of solution monitoring, PMtracks frequent measurements of bulk solution mass and volume.
Additional File(s) in Volume
V-40_1.pdf4.11 MB
V-40_2.pdf5.17 MB
V-40_3.pdf4.47 MB