Hwang Jing-Jang, Wu Chien-Hsing, Zhuang Zheng-Yun, Hsu Yi-Chang
a Chang Gung University , Taiwan.
Int J Occup Saf Ergon. 2015;21(2):233-9. doi: 10.1080/10803548.2015.1029291.
This study traced a deployed real IT system to enhance occupational safety for a polluted confined space. By incorporating wireless technology, it automatically monitors the status of workers on the site and upon detected anomalous events, managers are notified effectively. The system, with a redefined standard operations process, is running well at one of Formosa Petrochemical Corporation's refineries. Evidence shows that after deployment, the system does enhance the safety level by real-time monitoring the workers and by managing well and controlling the anomalies. Therefore, such technical architecture can be applied to similar scenarios for safety enhancement purposes.
本研究追踪了一个已部署的实际信息技术系统，以提高污染受限空间的职业安全性。通过整合无线技术，该系统能自动监测现场工人的状态，一旦检测到异常事件，就能有效地通知管理人员。该系统重新定义了标准操作流程，目前在台塑石化公司的一家炼油厂运行良好。有证据表明，该系统部署后，通过实时监测工人以及妥善管理和控制异常情况，确实提高了安全水平。因此，这种技术架构可应用于类似场景以提高安全性。
