Fundamental research on an exergy recuperation device using magnetocaloric effect

开发了一种自热回收技术，它可以在不增加任何热量的情况下对工艺流程的潜热和显热进行循环。这项技术减少了几个化学过程的能源需求。在这项研究中，我们致力于开发一种新型的利用磁热效应的火用回热装置，将自热回热技术推广到工业中。特别是，我们通过实验和模拟分析了与磁热效应相关的能量/火用以及在磁场作用下的热传递方式。然后，设计了一种利用磁热效应的火用回收器。

Self-heat recuperation technology, in which the latent heat as well as the sensible heat of the process stream can be circulated without any heat addition, has been developed. This technology leads to a reduction in the energy requirement of several chemical processes. In this research, we investigated for developing a new exergy recuperation device using magnetocaloric effect to propagate self-heat recuperation technology into industry. In particular, we analyzed energy/exergy associated with magnetocaloric effect and the way to transfer heat under magnetic field by experiment and simulation. Then, we designed an exergy recuperation device using magnetocaloric effect.