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USING A TECHNOLOGY AND SYSTEMS READINESS ASSESSMENT TO ROADMAP A NUCLEAR ENERGY RD PROGRAM1

机译:利用技术和系统准备评估向路线图进行核能研发计划1

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This paper discusses modification of the U.S. Department ofEnergy’s (DOE) Technology Readiness Assessment Guide foruse in the Office of Nuclear Energy’s Nuclear TechnologyResearch and Development (NTRD) program. The DOEGuide describes an approach for identifying and managingtechnology risks in large construction projects to ensuretechnology development is part of the project baseline andtechnology maturity is sufficiently advanced before includinga technology in the facility design. The process includes theidentification of Critical Technology Elements (CTEs),followed by in-depth evaluation of Technology ReadinessLevels (TRLs) and development of Technology MaturationPlans (TMPs) for those CTEs. This approach was modifiedand augmented to instead support an ongoing researchprogram. This included developing subject tracks to betterorganize the evaluations that determine the level ofknowledge/maturation of the CTEs and developing maturationtask sequence diagrams that roll up into technologyroadmaps. A trial application of the approach was performedfor a complete advanced nuclear fuel cycle (from uraniummining to waste disposal). The paper includes lessons learnedfrom this application.
机译:本文讨论了美国部门的修改能源(DOE)技术准备评估指南在核能核技术办公室使用研究与开发(NTRD)计划。母鹿指南描述了一种识别和管理的方法大型建筑项目中的技术风险,以确保技术开发是项目基线的一部分和技术成熟之前足够先进,包括设施设计中的技术。该过程包括识别关键技术元素(CTES),然后深入评估技术准备水平(TRL)和技术成熟的发展这些CTE的计划(TMP)。这种方法被修改并增强以改变支持正在进行的研究程序。这包括开发主题曲目更好组织确定水平的评估CTE的知识/成熟和发展成熟卷入技术的任务序列图路线图。进行该方法的试验应用完整的先进核燃料循环(来自铀矿业浪费处理)。本文包括学习的经验教训从这个应用程序。

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