| Summary: | 碩士 === 大葉大學 === 環境工程學系研究所 === 107 === In order to enable firefighters, storage facility managers, security supervisor, fire protection engineers and technicians to easily access information about public hazardous materials storage sites, this study used cloud computing to establish a public hazardous materials installation review platform and planning computing logic that are based on the interviews conducted with experts to evaluate feasibility and other related recommendations. Further development on the design of the system will enable the platform to provide the ability to search for the types of public hazardous materials, multiples of the government control storage limit for each hazardous materials, the location requirements of the storage facility, the equipment required at the storage facility, the structural requirements for the facility, and the past government inspection record analysis. Finally, by developing self-test and user experiment verification tools, it was found that the 10 tested firefighters who applied the tool for the inspection service were able to reduce the inspection time by an average of 71.9 minutes, increase the accuracy of finding materials information by 20%, and increase the efficiency of finding related regulations by 47% compared to the current methods. Based on this result, it indeed shortens the operation time for fire inspectors to search for related information as well as increases the accuracy of the data found. This platform also helps new fire inspectors, civilians, business owners, and firefighting equipment managers to quickly understand the types of materials onsite, controlled quantity, and the appropriate regulations for the storage facility. The system allows people to review the integrity of the location, equipment, and structural completion of public hazardous materials storage sites. This serves as a preventive measure to effectively manage risks and implement improvement actions, thus able to ensure the safety of people’s lives and property. In addition, it can also be used in firefighting and disaster relief operations. It is necessary to quickly review the inspection records and inquire about the types, quantities and placement of public hazardous materials in the fire site to assist the disaster relief commander in formulating appropriate disaster relief strategies to ensure their safety in disaster relief as well as increase rescue efficiency. The collections of records and data of the storage details can also be used to export statistical information to provide references for experts and the government in the future implementation of preventive policies or management of rescue decisions.
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