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The Ural Electrochemical Integrated Plant Process for Managing Equipment Intended for Nuclear Material Protection, Control and Accounting System Upgrades

机译:用于核材料保护,控制和会计系统升级的管理设备的Ural电化学集成工厂方法

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Since 1996, the Ural Electrochemical Integrated Plant (UEIP) located in the town of Novouralsk, Russia, (previously known as Sverdlovsk-44) and the United States Department of Energy (U.S. DOE) have been cooperating under the Nuclear Material Protection, Control and Accounting (MPC&A) Program. Because UEIP is involved in the processing of highly enriched uranium (HEU) into low enriched uranium (LEU), and there are highly enriched nuclear materials on its territory, the main goal of the MPC&A cooperation is to upgrade those systems that ensure secure storage, processing and transportation of nuclear materials at the plant. UEIP has completed key upgrades (equipment procurement and installation) aimed at improving MPC&A systems through significant investments made by both the U.S. DOE and UEIP. These joint cooperative efforts resulted in bringing MPC&A systems into compliance with current regulations, which led to nuclear material (NM) theft risk reduction and prevention from other unlawful actions with respect to them. Upon the U.S. MPC&A project team’s suggestion, UEIP has developed an equipment inventory control process to track all the property provided through the MPC&A Program. The UEIP process and system for managing equipment provides many benefits including: greater ease and efficiency in determining the quantities, location, maintenance and repair schedule for equipment; greater assurance that MPC&A equipment is in continued satisfactory operation; and improved control in the development of a site sustainability program. While emphasizing UEIP’s equipment inventory control processes, this paper will present process requirements and a methodology that may have practical and helpful applications at other sites.
机译:自1996年以来,乌拉尔电化学综合厂(UEEIP)位于俄罗斯诺沃勒斯克镇(以前称为Sverdlovsk-44)和美国能源部(美国Doe)在核材料保护,控制和会计(MPC&A)计划。由于UEEIP涉及高富集的铀(Heu)进入低富集的铀(Leu),并且在其领土上有高度丰富的核材料,MPC和合作的主要目标是升级确保安全存储的系统,植物核材料的加工和运输。 UEIP已完成关键升级(设备采购和安装),其旨在通过美国DOE和UEIP所提出的重大投资改善MPC和系统。这些联合合作措施努力使MPC和系统符合现行法规,导致核材料(NM)盗窃风险减少和预防其他非法行动。在美国MPC和项目团队的建议时,UEIP开发了一种设备库存控制过程,以跟踪通过MPC和程序提供的所有属性。用于管理设备的UEIP工艺和系统提供了许多好处,包括:在确定设备的数量,位置,维护和修复时间表方面更轻松和效率; MPC和设备在持续令人满意的操作中更大的保证;并改善了站点可持续发展计划的发展控制。虽然强调UEIP的设备库存控制流程,但本文将呈现过程要求和方法,这些方法可能在其他网站上具有实用和有用的应用程序。

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