CENTUM CS 3000 Integrated Production Control System

Description

Yokogawa Electric Corporation announces the development of CENTUM CS 3000 R3 Release 3.08, a new version of its flagship integrated production control system with enhanced functionalities. The enhanced functionality of the new version allows the integrated use of data from throughout a plant and eases the task of creating an environment for the efficient monitoring of plant operations. In addition, an alarm & event integration function has been introduced that sends only optimal alarms to the right person at the right time. This counters the increase in information, in particular the increased number of alarms that are generated as a result of system integration, and contributes to the implementation of safe operations. This is the world's first Consolidated Alarm Management Software Package for Human Interface Station (CAMS for HIS). It is provided for alarm integration, based on the Consolidated Alarm Management System (CAMS) concept. This offers a real-time alarm management function that works in harmony with a distributed control system (DCS) and provides multiple approaches to alarm management. Development Background Yokogawa has enhanced the gateway functions of its DCS in order to achieve integration of the operation and monitoring of other vendors’ DCSs and programmable controllers (PLCs). At petroleum, chemical, iron & steel, and other plants, DCSs such as the CENTUM CS 3000 are used in the main production processes. Remote terminal units (RTUs) are used in upstream oil processing plants, LNG terminals, and other remotely located facilities. PLCs are used mainly in electrical, drainage, and other types of peripheral facilities, and in loading and unloading processes. Efficient integration and monitoring of plant operations are accomplished by integrating these controls into DCSs, serving the core responsibility of process control as well as that of operation and monitoring around the clock. To meet the needs of the market, Yokogawa has also developed the CAMS for HIS embedded DCS software based on the CAMS concept. Operators are being asked to respond to a greater number and variety of alarm & event messages as plants increase in size, control rooms become more integrated, and processes grow more complex. It is expected that DCSs will relieve operators from alarm flooding and ensure that important alarms are not overlooked. New Product Features 1. Gateway Functionality Enhancement for Seamless Integration with Other Systems System Integration OPC* Station (SIOS) gateway functionality has been enhanced for the CENTUM CS 3000 R3 to operate and monitor sub-control systems used in other processes. Operators can control and monitor subsystems connected to the CENTUM CS 3000 without being aware of the differences in the systems because it has the same look & feel. Moreover, the data linkage with STARDOM has been further enhanced to realize higher-level integration in operation and monitoring. * OPC stands for Object Linking & Embedding for Process Control, the standard interface for connecting control and measurement systems. Based on Microsoft’s object linking & embedding technology, it enables different systems from different vendors to exchange data without barriers. Yokogawa is a member of the OPC Foundation, the US-based non-profit organization that promotes this interface; and the OPC Council, Japan, the Japanese regional organization of the OPC Foundation. 2. Real-time Integrated Alarm Management Function for Safe Alarm Monitoring CAMS for HIS, the newly incorporated alarm management package, have been developed based on the CAMS concept. CAMS for HIS can integrate and control alarms from the CENTUM CS 3000, the ProSafe-RS Safety Instrumented System, Plant Resource Manager (PRM), and STARDOM. CAMS for HIS collects alarms and events from each system, identifies expressions, and eclipses duplicate alarms. This package also provides value-added alarm information such as priority level, sorting identifier, root cause and action to be taken. It helps reduce alarm flooding that may cause critical plant problems, and ensures safe operations. In addition, it relieves operators from cumbersome alarm acknowledgement tasks to let them concentrate on the control and monitoring of the process itself.
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