Planning and Constructing an ERC for Disaster Mitigation andRelieving Any Contingency for Taiwan Science Park

• Main Authors: Shih-Chieh Weng, 翁世杰
• Other Authors: Chi-Min Shu
• Format: Others
• Language: zh-TW
• Published: 2007
• Online Access: http://ndltd.ncl.edu.tw/handle/77653778339783371012

碩士 === 國立雲林科技大學 === 環境與安全工程系碩士班 === 95 === This study discusses science park tries to grapple with the disasters that could happen in high-tech industries are moving from its very center to the margins. With rapid developments taking place in high-tech industries, a tremendous amount of attention is being put on issues related to industrial hazards. “The digital-computer system＂ monitors in advance the disasters that could happen in high-tech industries. When disasters occur, the incident commander of the emergency response team will immediately be able to make the right decision and control the damage to people, property, and, the nvironment to a minimum. There is a trend towards an increasing frequency and severity of industrial disasters. This indicates many potential hazardous factors associated with our processing-equipment.. As a result, any disaster can cause a significant loss. In terms of Taiwan＇s domestic high-tech industries, if no adequate safety and hygiene technologies are developed to prevent industrial safety and hygiene related problems, disasters related to industrial safety and hygiene will go on happening. The study is to establish an emergency response system that fits into different environmental requirements and is able to improve workplace safety. A sound computerized disaster response system is also proposed to handle disasters in an effective way and control the damage to a minimum. The system has a high level of mobility and convenience. Upon the occurrence of a disaster, the decision maker does not need to refer to all kinds of documentation on emergency measures, but only needs to enter the type of disaster into the computer. Then the system will match the entered information with the contents in the database and inform the commander of the handling procedures and methods. In this way, the system provides the right handling procedures quickly and effectively, thus reducing the disaster emergency response time. All the current disaster response measures adopted by the industrial park are digitalized through computers with the establishment of various kinds of databases, such as: fire, gas leakage, chemical leakage and, earthquakes. With the assistance of database dynamic connecting technology, upon the occurrence of a disaster the commander can instantly handle the situation and make disaster rescue decisions based on suggestion of computer. After constructing the system, the digital-computer system will be optimized and the emergency decision-making system will be computerized, so the commander of the emergency response team can find the necessary information for emergency response measures in a minimal period of time without the need of a cumbersome manual search. The safety of the entire park area can be assured because the order can be made in a timely manner to minimize the damage and causalities.