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Evaluation of alternative thermochemical cycles, Part I: The methodology

机译:替代热化学循环的评估,第一部分:方法

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The Nuclear Hydrogen Initiative (NHI) of the U.S. Department of Energy's Office of Nuclear Energy Science and Technology is supporting an effort to reevaluate thermochemical cycles reported in the literature as having both promising efficiencies and proof-of-concept results. Recognizing that the calculation of efficiencies was not always consistently done or well defined in the literature, we first developed a consistent methodology for reevaluating the candidate thermochemical cycles. This methodology was defined for three levels of maturity in process knowledge. Argonne National Laboratory and a group of universities recalculated the efficiency for each level and identified the most critical R&D necessary to further assess the cycles' potential. This methodology is illustrated with the Cu-Cl in Part I of this series of three papers. Current results of the analyses for all of the cycles are summarized in Part II. Part III contains a more detailed Level 3 analysis for the Cu-Cl cycle.
机译:美国能源部核能科学技术办公室核氢倡议(NHI)支持重新评估文献中报道的热化学循环的努力,该研究既有希望的效率,又有概念验证的结果。认识到效率的计算并非始终如一地完成或在文献中定义明确,我们首先开发了一种用于重新评估候选热化学循环的一致方法。为过程知识的三个成熟度级别定义了此方法。 Argonne国家实验室和一组大学重新计算了每个级别的效率,并确定了进一步评估周期潜力所需的最关键的研发。在这三篇论文系列的第一部分中,用Cu-Cl说明了这种方法。第二部分总结了所有循环的当前分析结果。第三部分包含有关Cu-Cl循环的更详细的3级分析。

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