Patrol management system applying RFID to petrochemical industry

Tzer-Long Chen, T. Hsiao, Shu-Chen Chen, Yu-Fang Chung, Yao-Min Huang, T. Chen
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引用次数: 4

Abstract

A lot of manufacturers tend to enhance the management efficacy and reduce the management costs by investing large resources in the research and development of RFID. For petrochemical industry, an effective, reliable, and secure patrol management system is primary. Nevertheless, traditional patrol management focuses on labor patrol that the field staff master in the corrosion, leakage, and pipe aging of production equipment. Although equipment inspection and patrol items are scheduled every day, some problems still need to be overcome. After completing traditional patrol tasks, extra time and manpower are required for organizing the patrol records and filling them into electronic document. In the process, it is likely to key in wrong data because of the numerous patrol items. Apparently, without systematic management, supervisors and shift leaders can hardly find out data errors and analyze the abundant data for complete risk evaluation and process security improvement. An RFID-based patrol management system suitable for petrochemical industry is proposed in this study. The system corresponds to the field environment requirements and regulations for petrochemical plants, integrates operation procedure and information procedure, and evaluates and includes various dimensions and variables through interviews and technological analyses to enhance the process security. Active processing equipment monitoring could enhance the preventive maintenance efficiency and promote the production capacity and industrial competitiveness.
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应用RFID技术的石油化工巡检管理系统
很多生产企业为了提高管理效率,降低管理成本,往往会投入大量资源进行RFID的研发。对于石化行业来说,一个有效、可靠、安全的巡逻管理系统是首要的。然而,传统的巡逻管理侧重于劳动巡逻,现场工作人员掌握生产设备的腐蚀,泄漏和管道老化。虽然每天都安排设备检查和巡逻项目,但仍有一些问题需要克服。在完成传统巡逻任务后,需要额外的时间和人力来整理巡逻记录并将其填入电子文档。在此过程中,由于巡检项众多,很可能会输入错误的数据。显然,如果没有系统的管理,主管和领班很难发现数据错误,并对大量数据进行分析,以完成风险评估和流程安全改进。本文提出了一种适用于石化行业的基于rfid的巡逻管理系统。该系统符合石化装置现场环境要求和规程,整合操作流程和信息流程,通过访谈和技术分析对各维度和变量进行评价和纳入,以增强过程安全性。主动监控加工设备可以提高预防性维修效率,提高生产能力和产业竞争力。
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