A Uranium Thermochemical Cycle for Hydrogen Production

C. Forsberg, J. Collins, L. Dole, J. J. Ferrada, M. J. Haire, R. Hunt, J. Ladd-Lively, B. Lewis, R. Wymer
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引用次数: 1

Abstract

A modelling and experimental effort has identified a new uranium thermochemical cycle (UTC) for the production of hydrogen from water. The peak temperature within the cycle is below 700°C – a temperature achievable with existing high temperature nuclear reactors and some solar systems using commercially available materials. This paper describes the new process and some of the experimental work. It is an early report of chemical feasibility. Much work will be required to determine engineering and economic viability.
铀热化学循环制氢
建模和实验工作已经确定了一种新的铀热化学循环(UTC),用于从水中生产氢。循环内的峰值温度低于700°C——现有的高温核反应堆和一些使用商用材料的太阳能系统可以达到这个温度。本文介绍了新工艺和一些实验工作。这是一份化学可行性的早期报告。需要做大量的工作来确定工程和经济可行性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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