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Operation Management of Micro Reactor Processes by Intelligent Networks

智能网络微反应器工艺运行管理

基本信息

批准号：
12450309
负责人：
KURODA Chiaki
金额：
$ 7.55万
依托单位：
Tokyo Institute of Technology
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (B)
财政年份：
2000
资助国家：
日本
起止时间：
2000 至 2002
项目状态：
已结题

项目摘要

This study aims to develop'a precise control-operation management system of flexible micro reactor processes for accurate temperature-reaction control and safe management of waste and toxic substances. This system was developed through investigation of intelligent network systems combined with network-type modeling systems and with modeled experiments for practical use, as the following results.1.A multi-agents information processing framework was constructed on computer networks, where hierarchical dynamic simulation systems, such as reaction simulation, CFD simulation, unit operational simulation and process simulation, had a network structure based on each parallel function as an agent.2.A hybrid simulation technique was discussed in the above information processing framework to simulate the whole behavior of an integrated chemical process on the supposition that micro reactor processes had the module-type structure composed of many unit devices with various scales and parallel connections. The basic concept of the hybrid simulation technique was formed through the tests of polystyrene polymerization simulations and modeled experiments with mixing tank reaction.3.An intelligent simulation technology for designing of control-operation management systems of micro reactor processes was developed by using the above hybrid simulation technique in the multi-agents information processing framework. This intelligent technique was powerful and effective for the simultaneous design of assemblage and operation of micro reactor processes.

本研究旨在开发一个灵活的微反应器过程的精确控制-操作管理系统，以实现精确的温度-反应控制和废物和有毒物质的安全管理。该系统是在对智能网络系统研究的基础上，结合网络型建模系统和实际应用的模型化实验而开发的，主要研究成果如下：1.构建了基于计算机网络的多Agent信息处理框架，将反应模拟、CFD模拟、单元操作模拟和过程模拟等层次化动态模拟系统，2.在上述信息处理框架下，讨论了一种混合模拟技术，在假定微反应器过程具有模块化的基础上，对集成化工过程的整体行为进行模拟。型结构，由许多不同规模的单元设备并联组成。通过对聚苯乙烯聚合过程的模拟试验和混合釜反应的模型化试验，形成了混合仿真技术的基本概念。3.在多智能体信息处理框架下，将上述混合仿真技术应用于微反应器过程控制-操作管理系统的智能仿真设计。该智能化技术对微反应器过程的装配和操作的同时设计是有力和有效的。