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http://dx.doi.org/10.14346/JKOSOS.2022.37.3.71

A Study on the Improvement Plan for the Operation of National Fire Mobilization  

Lee, Chang Mok (Department of Fire Administration, Wonkwang University)
Lee, Jong Ho (Department of Fire Administration, Wonkwang University)
Chi, Jun Keun (GIS UNITED)
Publication Information
Journal of the Korean Society of Safety / v.37, no.3, 2022 , pp. 71-78 More about this Journal
Abstract
The purpose of this study is to improve the National Fire Mobilization Plan. This plan is a national-level comprehensive response system aimed to compensate for scarce firefighting resources and minimize damage from large-scale disasters that exceed the response limits of city and province firefighting forces. As such, relevant literature and domestic and foreign firefighting mobilization standards were reviewed, and simulations of firefighting mobilization were performed using the QGIS program to compare and analyze cases. Results showed that, as opposed to the current method of issuing mobilization orders by dividing resources according to city and province, recognizing the entire country as a single entity and prioritizing the mobilization of adjacent firefighting resources is more effective in terms of minimizing time and distance and more quickly securing resources. Regarding national firefighting mobilization, recognizing the country's firefighting resources as a whole will allow adjacent firefighting resources to be mobilized with priority. However, the mobilization-related limits of each region need to be set to respond to local disasters. Once the scale of mobilization is determined, a system that can quickly calculate how to mobilize firefighting resources based on location and distance can be established. Additionally, it is necessary to create an integrated management system so the central government can directly organize and mobilize local firefighting resources.
Keywords
national fire mobilization; all-out response system in national level; fire resources; location-based mobilization; mobilization limit; QGIS program;
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