Research Article

Investigation of Lab Fire Prevention Management System of Combining Root Cause Analysis and Analytic Hierarchy Process with Event Tree Analysis

Table 6

Relative priorities of the selection criteria of the prevention strategies.

Main criterionLocal prioritySubcriterionLocal priorityGlobal priorityRank

Man-made fire prevention0.142Practice safety inspection after the experiment0.4060.0585
Establish a complete safety guide0.2360.03317
Establish a complete emergency response plan for a disaster0.1690.02422
Set up disaster announcement procedures and emergency telephone number labels0.1890.02720

Mechanical & electrical fire prevention0.261Reinforce the protective devices for mechanical equipment0.1950.0516
Strengthen maintenance and safety inspection intensity for electric equipment0.2460.0641
Fail-safe design0.1650.04313
Strengthen the safety management of the laboratory0.2320.0613
Increase the number of fire detectors and fire extinguishers0.1620.04214

Chemical fire prevention0.263Identify the risks in the working environment0.2340.0622
Enhance the safety design of storage devices0.2270.0604
Carry out safety inspections and labeling of storage devices0.1860.0498
Strengthen the identification of the hazard materials information using Material Safety Data Sheets (MSDS) for chemicals0.1870.0497
Enhance detection technology in the working environment0.1660.04412

Personnel safety protection 0.202The personnel carry out regular maintenance0.1160.02323
Develop standard operation procedure for laboratory facilities0.240.0489
Strengthen the instrument operating education and training0.2280.04611
Strengthen the health & safety education and training0.1780.03615
Give safety lectures to new employees0.2380.04810

Disaster experience learning0.132Cause analysis of false alarms0.0930.01224
Develop an accident investigation mechanism and database0.190.02521
Experience sharing 0.2240.03019
Evacuation and emergency response training0.260.03416
Annual fire-fighting drill and system checks0.2330.03118