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Intelligent and innovative monitoring of water treatment plant in large Gas Refinery

机译:大型天然气精炼厂水处理厂的智能创新监控

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A PLC can communicate through its inputs and output signals with the plant. The capabilities of PLCs have developed over the years, with reliability, performance, and operational. Developing monitoring in Automation Control System is a major industrial concern since those systems are more and more complex and involved in many safety critical application fields. The Automation system is being widely used in Power, Oil and Gas, and Petrochemicals for monitoring, advance process control and various other functions. Automation system is operated either in single mode and or it is interfaced with other systems such as PLC, SCADA, and Etc for enhanced functionality. Water treatment plants have to provide good water quality and at the same time low operational costs. Owing to various physical, chemical and biological interactions water treatment processes are often difficult to handle and reliable predictions for the course of processes are difficult to obtain. This paper focuses on an innovative and intelligent monitoring system for Water Treatment Plant that has been successfully designed, implemented and commissioned for large Gas Refinery after case study in international standards.
机译:PLC可以通过其输入和输出信号与工厂进行通讯。多年来,PLC的功能得到了发展,具有可靠性,性能和可操作性。在自动化控制系统中开发监视是一个主要的工业问题,因为这些系统越来越复杂,并且涉及许多安全关键的应用领域。自动化系统已广泛用于电力,石油和天然气以及石化行业,用于监控,高级过程控制和其他各种功能。自动化系统可以单模式运行,也可以与其他系统(例如PLC,SCADA和Etc)连接以增强功能。水处理厂必须提供良好的水质,同时要降低运营成本。由于各种物理,化学和生物相互作用,水处理过程通常难以处理,并且难以获得对过程过程的可靠预测。本文着重于水处理厂的创新和智能监控系统,该系统已根据国际标准进行了案例研究,已成功设计,实施和调试了大型天然气精炼厂。

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