냉동창고 건설공사 화재예방시스템 개선에 관한 연구

Abstract

The domestic logistics environment must provide services in real time, regardless of time and place, due to increased delivery volume, increased logistics warehouse functions, increased delivery speed, increased low-temperature products, and the 4th Industrial Revolution. In order to survive in this logistics environment, logistics companies and others are pursuing profits on a large scale and short construction periods as business survival strategies, so the exposure of risks to logistics warehouse construction is very serious. Among them, more than 1,000 fire accidents with very serious disaster intensity have continued to occur over the past 10 years since 2010, and fire accidents have caused dozens of lives and property damage of tens of billions of won every year. The purpose of this study is to reveal the problems of the fire prevention system of the frozen warehouse construction work through case analysis and related laws and literature that occurred in the construction of the frozen warehouse among the logistics warehouses and to suggest ways to improve them.
 The research method was to investigate and analyze fire status, accident cases (centered on accidents at frozen warehouses in Icheon, Gyeonggi-do in 2008), theoretical consideration such as 4M techniques, and suggest ways to improve the fire prevention system.
 Fire prevention mechanisms of 4M refrigeration warehouse construction were investigated. Fire control by unqualified firemen, fire monitors, and lack of management by supervisors existed mechanically. The construction method of fire prevention was improved S.H.P(Safety Hold Point) operation, replacement of frozen warehouse insulation with semi-non-combustible urethane foam, introducing a mandatory fire prevention education system, strengthening emergency simulation training, and finally operating a one-out system for those who do not fulfill fire prevention guidelines.
 While conducting this study, it was an opportunity to examine the seriousness of fire accidents in frozen warehouse construction work, and I hope that the measures proposed through this study will help prevent fire in frozen warehouse construction work.