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Hydrogen, nuclear energy, and the advanced high-temperature reactor

机译:氢,核能和先进的高温反应堆

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摘要

Nuclear energy has been proposed as an energy source to produce hydrogen (H_2) from water. An examination of systems issues in this paper indicates that the infrastructure of H_2 consumption is now compatible with the production of H_2 by nuclear reactors. Alternative H_2 production processes were examined to define the requirements such processes would impose on the nuclear reactor. These requirements include supplying heat at a near-constant high temperature, providing a low-pressure interface with the H_2 production processes, isolating the nuclear plant from the chemical plant, and avoiding tritium contamination of the H_2 product. A reactor concept―the advanced high-temperature reactor―was developed to match these requirements for H_2 production.
机译:已经提出了核能作为从水中产生氢(H_2)的能源。本文对系统问题的研究表明,H_2消耗的基础设施现已与核反应堆生产H_2兼容。研究了替代的H_2生产工艺,以定义此类工艺对核反应堆的要求。这些要求包括在接近恒定的高温下供热,与H_2生产过程提供低压接口,将核电站与化工厂隔离以及避免tri对H_2产品的污染。为了满足H_2生产的这些要求,开发了一种反应堆概念-先进的高温反应堆。

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