Managing Security Needs of Gamma Radiation Processing Facilities
Abstract not provided.
Publications
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Jump to search filtersTechnical Exchange on Security by Design for Devices and Facilities that use Radioactive Material
Abstract not provided.
Developing an Obscurant System to Protect Radiological Sources in Industrial Irradiator Facilities
Abstract not provided.
A SUCCESSFUL VIRTUAL TECHNICAL EXCHANGE BETWEEN INDIA, THE UNITED KINGDOM, AND THE UNITED STATES ON SECURITY BY DESIGN FOR DEVICES AND FACILITIES THAT USE RADIOACTIVE MATERIALS
Abstract not provided.
INDUSTRY COLLABORATION TO ENHANCE SECURITY AT INDUSTRIAL IRRADIATORS ? A Case Study
Abstract not provided.
IAEA Extended Synopsis: INDUSTRY COLLABORATION TO ENHANCE SECURITY AT INDUSTRIAL IRRADIATORS - A CASE STUDY
Abstract not provided.
IAEA Extended Synopsis: A SUCCESSFUL VIRTUAL TECHNICAL EXCHANGE BETWEEN INDIA, THE UNITED KINGDOM, AND THE UNITED STATES ON SECURITY BY DESIGN FOR DEVICES AND FACILITIES THAT USE RADIOACTIVE MATERIALS
Abstract not provided.
IAEA Extended Synopsis: PROGRESS UPDATE ON THE DEVELOPMENT OF AN INTERNATIONAL STANDARD TO PROTECT MEDICAL EQUIPMENT THAT USES RADIOACTIVE SOURCES
Abstract not provided.
Update and Discussion on Potential Obscurant Systems
Abstract not provided.
Evaluation of Commercially-Available Obscurants as a Delay Method for Industrial Irradiator Facilities
Abstract not provided.
A Collaborative Partnership to Develop a Unique Security Solution for the Protection of Industrial Irradiators Against Radiological Theft or Sabotage
Abstract not provided.
Full-Scale Testing of Underwater Obscurant at Sandia?s Gamma Irradiation Facility (GIF)
Abstract not provided.
In-Device Delay: Introduction to Obscurant Physcial Protection System
The Office of Radiological Security (ORS) In-Device Delay (IDD) program has undertaken a project to research and develop a novel protection system for industrial irradiators that contain high-activity Co-60 sources. Based on adversary testing conducted by ORS, it is was determined that to successfully accomplish the theft of the target material, the adversary will require visual contact of the sources and source rack located at the bottom of the pool. Therefore, if a means of obscuring or visually hiding the sources in the pool can be achieved (while adhering to facility operations, safety, and regulatory requirements), then illicit source theft will be significantly hindered. This project aims to develop a low-cost, non-propriety obscurant that, when an adversary action is detected, the obscurant will be deployed into the pool quickly, rendering visual observation of the source problematic; however, this obscurant will not otherwise disturb the sources, source rack, and filtration system. The obscurant will remain in the pool until removed by another process.
Update: A Proposal to Develop an International Security Standard for Devices containing High-Activity Radioactive Sources
Abstract not provided.
AN UPDATE ON THE DEVELOPMENT OF AN INTERNATIONAL SECURITY STANDARD FOR DEVICES CONTAINING HIGH LEVELS OF RADIOLOGICAL MATERIAL
Abstract not provided.
DEVELOPING SECURITY-BY-DESIGN ENHANCEMENTS FOR A STEREOTACTIC DEVICE WITH HIGH-ACTIVITY RADIOACTIVE SOURCES
Abstract not provided.
In-Device Delay: Protection of Devices that Contain Radioactive Sources - UUR version
Abstract not provided.
Protecting Industrial Irradiators that contain radioactive sources
Abstract not provided.
IDD: WINS Rountable Presentation on Security by Design
Abstract not provided.
IDD: IAEA Presentation - ISO Standard
Abstract not provided.
Development of an international security standard for devices containing high-activity radioactive sources
Radioisotopes such as Cs-137 and Co-60 are utilized in various medical, industrial, and research applications. This radiological material can be a theft or sabotage target, which necessitates a certain level of security to adequately protect it. The presented work will explore the necessity of an international security standard for devices used in clinical settings that contain high activity radiological material and the facilities that contain these devices. This standard intends to complement existing safety standards; however, it serves a very different purpose: to reduce the threat of radiological theft and sabotage while taking into full consideration the effect on the patient, user safety, and patient workflow with the aim to minimize the unwanted effects of the security measures. The proposed standard will complement existing International Atomic Energy Agency (IAEA) guidance, published in the IAEA Nuclear Security Series. While those documents primarily focus on the state, competent authorities, and regulatory agencies, the proposed industry standard will involve device manufacturers, source producers, and medical staff.
IDD: IAEA Presentation - Elekta
Abstract not provided.
PROTECTION CONCEPTS FOR IRRADIATORS IN A LABORATORY ENVIRONMENT
Abstract not provided.
NICSTAR 2018 Conference - Security by Design Presentation
Abstract not provided.
Security by Facility/Device Design
Abstract not provided.
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