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OVERVIEW OF THE HINKLEY POINT C EPR PROJECT ‘J0’ AND BEYOND

机译:Hinkley Point C EPR项目'J0'及以后的概述

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The twin unit EPR construction at Hinkley Point C is the first nuclear new build project to be undertaken in the UK in a generation. Moreover, it is now the country’s only new reactor project still in progress. The station’s two 1650 MWe plants [1] will complement the UK’s decarbonisedm energy mix with addition of approximately 7% of the current national requirement. In 2019, less than three years from the final investment decision, the ‘J0’ milestone was reached. This represents the end of the preparatory works, including all the common raft nuclear island concrete for Unit 1, enabling the upwards erection of the reactor containment and other support buildings. In addition to this, important milestones such as launch of the first tunnel boring machine, to tunnel the Unit 1 sea-water intake pipe have all been achieved. Over the coming years, the project will need to evolve in order to meet the increasing complexity and multi-organisation scope, which will present a challenging delivery environment. In order to support this, a UK-based Design Authority works on review, verification and acceptance of the HPC design including its UK specificities. This allows NNB, as licensee, to own its design and prepare the pre-commissioning safety case and operational strategies, defensible to the relevant UK regulators. As an example, this paper presents the roles and responsibilities in the Reactor Technology Team. This small, flexible team is involved in technical oversight of all aspects of the fuel & core design, through normal operations, anticipated and design-basis faults, severe accidents and radiological consequence estimation.
机译:Hinkley Point C的双单位EPR建设是在一代人中举行的第一批核新牌项目。此外,现在该国唯一的新反应堆项目仍在进行。该车站的两个1650 MWE植物[1]将补充英国的脱碳体能源混合,加入当前国家要求的约7%。 2019年,距离最终投资决策不到三年,达成了“J0”里程碑。这代表了准备工作的末端,包括用于单元1的所有公共筏核岛混凝土,使反应堆遏制和其他支撑建筑的向上竖立。除此之外,重要的里程碑,如推出第一隧道镗床,隧道隧道隧道隧道隧道隧道隧道隧道实现。在未来几年内,该项目需要发展,以满足日益复杂性和多组织范围,这将呈现有挑战性的交付环境。为了支持这一点,一家以英国为基础的设计权限在包括其英国特殊性的HPC设计的审查,核实和接受工作。这允许NNB作为被许可方拥有其设计并准备预调试的安全案例和运营策略,可防止相关的英国监管机构。作为一个例子,本文提出在反应器技术团队的角色和责任。这个小型灵活的团队涉及燃料和amp的各个方面的技术监督;核心设计,通过正常运营,预期和设计基础故障,严重事故和放射性后果估算。

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