The Design Application of FM-200 System for Copper Clad Laminate factory

• Main Author: 劉耀淋
• Other Authors: 陳 俊 瑜
• Format: Others
• Language: zh-TW
• Published: 2008
• Online Access: http://ndltd.ncl.edu.tw/handle/46931232791038316242

碩士 === 國立交通大學 === 工學院碩士在職專班產業安全與防災組 === 96 === The fire code is required fire hydrant system and extinguisher based on the size of flooring for the Copper Clad Laminate (CCL) facility currently in Taiwan. There is no specific fire protection system required. However, the highly potential fire risk in the adhesive coating process, the adhesive coated on the glass fiber that included low flash point solvent, e.g. MEK. That may be accumulated a huge amount of static electricity when the roller push forward the fiber glass, and then ignite the solvent to catch fire incident. The thesis case had T company in 2007 the requirement due to the CCL demand increased and takes the concept of cost down in the competitive market. In order to deal with functional requirement, the manufacturer adopted high speed and high temperature process and also reform the prescription, so that increase the fire risk. Because the technique of process quick grows up, the fire protection design and safety concern have to follow the changes. The purpose of this research is to recognize the fire risk and apply Halon substitute for the fire protection design in the adhesive coating process, also proposed the improvement in the static electricity elimination to avoid the fire incident. The fire control is the critical concern in the adhesive coating process, in addition to perform hazard assessment and risk management to control the risk, establish emergency response plan in advance so that ensure the factory safely. In case of the fire occurred, the system is able to have bearing on the function immediately. Apply a stable and efficient fire prevention system, also concern about the worker safety and environmental protection to adopt the lower hazardous of extinguisher system, e.g. FM200 to make sure that provided with economy and effective fire safety equipment.