Abstract
Recently, economic downturn and the era of ultra-high oil prices caused by the global pandemic, demand for the installation of wood boilers in home or rural houses is increasing as a means of reducing heating costs in winter. In general, wood boilers, which have been used a lot in factories and warehouses, not only reduce the burden of heating costs, which account for a large part of household spending in winter, but also are simple and economical, so the demand is gradually increasing. However, due to the nature of the fuel, it is difficult to control the fire power, and there is no accurate installation manual, so there is a high possibility of fire, such as overheating of the stovepipe and splashing on nearby combustibles. In addition, there are many problems that were not initially expected during the manufacture and installation of the wood boiler due to legal defects. This study aims to analyze fire hazards according to communication structure, material, and boiler room construction materials by conducting fire re-experiments based on fire cases by wood boilers, and provide basic data for safe installation and use of fire boilers.
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