Multilateral Testing Workshop On Relocatable Portal Monitors

Year
2020
Author(s)
Jennifer Erchinger - Los Alamos National Laboratory, Los Alamos
Gregory Orlicz - Los Alamos National Laboratory, Los Alamos
Luc Murphy - Department of Energy National Nuclear Security Administration
Jason Messimore - Oak Ridge National Laboratory
Marie Arrieta - Sandia National Laboratories, Albuquerque
Birsen Ayaz-Maierhafer - Sandia National Laboratories, Albuquerque
Paul Johns - Pacific Northwest National Laboratory
Jake Livesay - IB3 Global, Inc, Knoxville
Elena Papadopolous - Parsons, Washington, D.C
Tom Weber - Sandia National Laboratories, Albuquerque
Tyrone Harris - International Atomic Energy Agency, Vienna
Abstract

The procurement and deployment of radiation detection equipment is a multi-faceted challenge across the globe. Knowledge sharing of the testing methods used to evaluate equipment for deployment scenarios helps improve the understanding of deployed systems by the global community. The United States Department of Energy’s Nuclear Smuggling Detection and Deterrence Office (NSDD) performed a series of characterization measurements in 2019, focused on radiation detection systems that could function as relocatable portal monitors. The capstone activity for this project was a multilateral and cross-disciplinary workshop demonstrating, performing, and refining the techniques used in the characterization measurements with International Atomic Energy Agency (IAEA) and global partners. A group of technical experts including representatives from nine countries, the IAEA, and NSDD gathered at Sandia National Laboratories in Albuquerque, NM during September of 2019 for the Operational and Performance Testing and Evaluation of Relocatable Portals Workshop. Over the course of a week, the group discussed the necessity for and process of developing operational and performance requirements, challenges related to deploying radiation detection systems for the countries in attendance, use cases for deploying relocatable radiation detection equipment, and considerations related to testing equipment for appropriate deployment scenarios. All participants were given the opportunity to have hands on experience with eleven relocatable systems in executing a limited scope characterization test comprised of six test scenarios. At the conclusion of testing, participants reviewed and presented their findings, and the group as a whole compared and contrasted their experiences. Suggested revisions to the test methods and ideas for further collaborations were discussed. This report discusses the logistical and planning considerations for bringing together experts across disciplines in a multilateral workshop on testing of radiation detectors, as well as presenting the testing methods performed, results, and paths forward. Success of workshops related to technical knowledge transfer and improvement of test methods is key to global technical and scientific support of radiation detection deployments.