第七章。中温电解槽

J. Jensen, C. Chatzichristodoulou, E. Christensen, N. Bjerrum, Qingfeng Li
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引用次数: 0

摘要

成熟的电解槽属于低温类,工作温度可达约100℃(碱性电解槽和PEM电解槽)或高温类,工作温度可达约600℃及以上(固体氧化物电解槽)。中间温度是指这些温度之间的温差较大。在本章中,对在中间温度下操作电解槽的影响的一些总体反思,随后是这种技术的三个例子。所选择的例子是工作在200-250°C的碱性电解槽,工作在120-130°C的PEM电解槽,以及基于固体或熔融磷酸盐的系统,旨在在200-350°C下减少二氧化碳。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Chapter 7. Intermediate Temperature Electrolysers
The well-established electrolysers belong either to the low temperature class, working at temperatures up to ca. 100 °C (the alkaline electrolyser and the PEM electrolyser) or to the high temperature class, operating at temperatures of ca. 600 °C and above (the solid oxide electrolyser). Intermediate temperature refers to the wide temperature gap between these temperatures. In this chapter, some overarching reflections on the implications of operating electrolysers at intermediate temperatures are followed by three examples of such technologies. The examples chosen are an alkaline electrolyser working at 200–250 °C, a PEM electrolyser working at 120–130 °C and a system based on solid or molten phosphates aiming at CO2 reduction at 200–350 °C.
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