To reduce CO2 emissions in the chemical industry, already established endothermic reactors should be heated with electrical energy. One promising possibility is inductive heating, in which electrical energy can be transferred to the susceptor (material to be heated). The uniform heating of the susceptor material is necessary for stable operation in chemical reactors and is therefore investigated in this work. For this purpose, a non‐reactive test setup was built that enables the investigation of inductive heating of different susceptor materials and measurement of the temperature distribution under defined non‐reactive conditions. In the first tests, temperatures of up to 800 °C were reached and an uneven heat input in a bed of stainless‐steel rings was observed.

中文翻译：

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催化床感应加热实验分析

减少二氧化碳2在化学工业中，已经建立的吸热反应器应该用电能加热。一种有希望的可能性是感应加热，其中电能可以转移到感受器（待加热的材料）。感受器材料的均匀加热对于化学反应器的稳定运行是必要的，因此在这项工作中进行了研究。为此，建立了一个非反应测试装置，可以研究不同感受器材料的感应加热并测量定义的非反应条件下的温度分布。在第一次测试中，温度高达 800 °C，并且观察到不锈钢环床中的热量输入不均匀。