Fuzzy-based process control system of a bag-filter in cement manufacturing plant

H. Zermane, H. Mouss, T. Oulmi, S. Hemal
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Abstract

During the last years, in industrial process control, requirements for Continuous Emission Monitoring (CEM) have increased significantly. Most plants are investing in CEM systems in order to burn waste, obtain ISO 14000 and 18001 certification to protect operator's life. In this work, our approach describes development of a novel internet and fuzzy-based CEM system (IFCEMS). This system contains operator's stations for the bag filter's automation system and monitored using Internet. The object of the present installation consists of a suction ventilator, a bag filter and a system for collecting and evacuating the dust. To optimize the running of the bag filter workshop and ensure continuous control, the process based on one of the most powerful Artificial Intelligence techniques which is fuzzy logic involves the removal or filtration of smoke from the kiln and/or cement mill with control of temperature and pressure of the fumes.
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水泥厂布袋除尘器的模糊过程控制系统
在过去的几年中,在工业过程控制中,对连续排放监测(CEM)的要求显著增加。大多数工厂都投资于CEM系统,以燃烧废物,获得ISO 14000和18001认证,以保护操作员的生命。在这项工作中,我们的方法描述了一种新的基于互联网和模糊的CEM系统(IFCEMS)的开发。该系统包含了布袋除尘器自动化系统的操作工位,并通过网络进行监控。本安装对象包括吸力通风机、袋式除尘器和集尘排尘系统。为了优化袋式除尘器车间的运行并确保连续控制,该过程基于最强大的人工智能技术之一,即模糊逻辑,包括从窑和/或水泥磨中去除或过滤烟雾,并控制烟雾的温度和压力。
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