US-RUSSIAN COLLABORATION IN MPC&A ENHANCEMENTS AT THE ELEKTROSTAL URANIUM FUEL-FABRICATION PLANT*

Year
1997
Author(s)
J. Lee Schoeneman - Sandia National Laboratories
D.L. Lowe - Sandia National Laboratories
Margaret Barham - Martin Marietta Energy Systems Inc.
Jack Allentuck - Department of Advanced Technology
Rena Whiteson - Los Alarnos National Laboratory
Bradley Weil - Oak Ridge National Laboratory
Hastings Smith - Los Alamos National Laboratory),
Mark Bishop - Sandia National Laboratories
Don Wentz - Lawrence Livermore National Laboratory
William Murray - Los Alamos National Laboratory
James Jefferis - Los Alamos National Laboratory
Russell Barner - Pacific Northwest National Laboratory
Abstract
Enhancement of the nuclear materials protection, control, and accounting of (MPC&A) at the Elektrostal Machine-Building Plant (ELEMASH) has proceeded in two phases. Initially, Elektrostal served as the model facility at which to test US/Russian collaboration and to demonstrate MPC&A technologies available for safeguards enhancements at Russian facilities. This phase addressed material control and accounting (MC&A) in the low-enriched uranium (LEU) fuelfabrication processes and the physical protection (PP) of part of the (higher-enrichment) breeder-fuel process. The second phase, identified later in the broader US/Russian agreement for expanded MPC&A cooperation, includes implementation of appropriate MC&A and PP systems in the breeder-fuel fabrication processes. Within the past year, an automated physical protection system has been installed and demonstrated in building 274, and an automated MC&A system has been designed and is being installed and will be tested in the LEU process. Attention has now turned to assuring long-term sustainability for the first phase and beginning MPC&A upgrades for the second phase. Sustainability measures establish the infrastructure for operation, maintenance, and repair of the installed systems—with US support for the lifetime of the US/Russian Agreement, but evolving toward full Russian operation of the system over the long term. For phase 2, which will address higher enrichments, projects have been identified to characterize the facilities, design MPC&A systems, procure appropriate equipment, and install and test final systems. One goal in phase 2 will be to build on initial work to create shared, plant-wide MPC&A assets for operation, maintenance, and evaluation of all safeguards systems.