| Summary: | 碩士 === 中華大學 === 工業工程與管理研究所 === 86 === The Integrated-Circuits(IC) industry has made the main impetuses for phenomenal market growth in Taiwan, due to the intrinsic pervasiveness of high technological electronic products and high quality continued breakthroughs in IC industry.
Several major and numerous minor fires at Hsinchu Science-park semiconductor manufacturing facilities raise questions about the overall safety and high risk of operations within the industry. Although there have been no injuries in these incidents, the total losses for damages and business interruption exceed NT$200 million.
The overall concept in this thesis, is that of "Design for Safety" to reduce the risk of incident in a facility by two types of "tools", Taiwan fire prevention regulations and reported cases of the loss event result in actual damage.
In the thesis, by considering the requirements for compliance of Taiwan fire prevention regulations, such as "the Fire Prevention Equipment Installation Safety Codes" and "Architectural Engineering Rules".
We examine the requirements for engineering practices in the structure of facility and system that either prevent an incident from occurring or minimize the damage. Examples of engineering control requirements include the following:
● Automatic alarm system,
● Automatic sprinkler system,
● Occupancy separation,
● Smoking control system.
Finally, the ovrall cocept in the thesis is to incorporate safety engineering and risk management into the entire timeline of process. The process has to support equipment and Environmental Safety & Health(ESH) evaluations and to ensure the designs being converted into reality.
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