Design of Three-Phase-Separable Flow Reactor Systems with Sensors for Monitoring the State of Catalytic Phase

在本研究中，我们探讨了在三相分离流动反应器系统开发中，催化相混合与分离、反应溶液进料和催化相状态监测三个系统的设计方法。从实施紧凑型、环保型工艺的角度，阐明了微混合器流体运行系统化、交变电磁场运行、旋流运行的必要性和存在的问题。此外，还考察了压力信息在催化相状态监测中的适用性。

In this study, we investigate methods for designing three systems, which include mixing and separation of catalytic phase, feed of reaction solution and monitoring of state of catalytic phase in the development of the three-phase-separable flow reactor systems. Then, the usefulness and problems in systemization of fluid operation by micromixier, operation of alternate current field and operation of swirl flow are clarified from the viewpoint of implementation of compact and environmentally friendly processes. Furthermore, applicability of pressure information for monitoring the state of catalytic phase is also examined.