Speaker
Description
The internal transport of radioactive material within a nuclear site is a highly sensitive operation that requires precise planning and strict security measures. In the upcoming years, PC NFS will be responsible for the decommissioning of the H1 and H2 hangars, which currently serve as storage facilities for legacy radioactive waste. This task will represent a highly complex and sensitive undertaking, both from a safety and a security standpoint, requiring meticulous planning, robust technical measures, and strict regulatory compliance. This paper presents the operational procedures implemented by PC NFS that will be used during the decommissioning of the H1 and H2 hangars, focusing on the secure movement of barrels containing radioactive material.
The process involves three main stages: first, the transfer of barrels from hangars H1 and H2 to the radioactive waste processing facility; second, processing and temporary containment within the facility under continuous monitoring; and third, the controlled transport of processed material to either hangar H3 or a dedicated secure storage designed to minimize radiation exposure. Each stage will be supported by tailored security protocols, including access control, real-time tracking, and coordinated handling by trained personnel.
The study highlights the integration of organizational, technical, and procedural measures to ensure a high level of security throughout the operation, demonstrating best practices for internal transport, radiation protection, and risk mitigation during the decommissioning of high-risk storage facilities.
