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

在本研究中，我们探讨三个系统的设计方法，包括催化相的混合和分离，反应溶液的进料和催化相的状态监测在三相可分离流动反应器系统的发展。然后，从紧凑和环境友好的过程的实施的观点，阐明了系统化的流体操作的微型混合器，交流场的操作和旋流操作的有用性和问题。此外，压力信息监测催化相的状态的适用性也进行了检查。

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.