Development of Micro Capillary Stream Sensor

化学计量学技术的创新目前正在工业质量控制和废水处理过程的过程分析化学领域出现。最近的创新是采用流量传感方法（FSM）和毛细管流传感器（CSS）技术应用于生化分析方法。钾离子的FSM装置和CSS传感器是在流动注射分析（FIA）的基础上开发的，该分析最近被引用为日本工业标准JIS K 0128-1989。另一个是智能分析机器人的创新，用于批量化学分析的手动程序，它基于各种湿化学分析方法的离散采样和仪器分析的自动化。FSM方法可用于高频分析过程，具有传感的可靠性，并具有精确和可重复的分析响应。首席研究员将介绍化学计量学工程在过程分析化学和实验室自动化中的重要性。本研究开发的FSM装置可用于耗时的化学分析、分析生物技术等各种工业需求。这种创新的设备和系统将在不久的将来作为先进的自动化技术出现，用于生物反应器等高科技工业过程的监测和控制。

Innovation in chemometrics technology is now occurring in the field of process analytical chemistry for industrial quality control and waste-water treatment processes. The recent innovation is an adoption of the flow Sensing Method (FSM) and Capillary Stream Sensor (CSS) technology for application tobiochemical analysis methods. The FSM device and CSS sensor for potassium ion was developed on the basis of flow Injection Analysis (FIA), which was recently cited as JIS K 0128-1989 in the Japan Industrial Standard. The another is an innovation of intelligent analysis robotics for the manual procedures of the batch chemical analysis which is based on automation of discrete sampling and instrumental analysis for various wet chemical analysis methods. The FSM methodology is attainable for a high frequency analytical procedure with reliability of the sensing and has a precise and reproducible analysis response.The head investigator will introduce an importance of chemometrics engineering in process analytical chemistry and laboratory automation. The FSM devices developed in the present research are useful for various industrial needs of time-consuming chemical analysis, analytical biotechnology, and so on. Such innovative devices and systems will appear in near future as advanced automation technology for monitoring and control of high technology industrial processes such as bioreactor.