Intelligent disaster prevention response system to improve the resilience of the park area
1. Response systems in the park area
Based on the disaster and accident risk level of the park, STSP Bureau has planned three major response systems, including disaster, flood prevention, and water and electricity, and the "STSP Integrated Disaster Risk Response System" is formed through 24-hour emergency notification. In addition, through the pioneering "Emergency Response Decision Support Expert System", it can provide command and response procedures, pollution dispersion modeling, geographic information system (GIS), vendor response contact points, real-time monitoring of earthquakes and water levels, and other functionalities for events of earthquakes, leaks, typhoons, fires, power outages, flood control, etc. This enables effective prevention and proper control of disasters to stabilize the energy resources and respond to possible risks of disasters, so as to implement sustainable development.
2. Emergency response drills
There are diverse types of industries in STSP, and if not careful, accidents and emergencies like occupational disasters, earthquakes, fires, natural disasters and others are likely to cause major property losses and casualties. Therefore, various firefighting training should be organized continuously and should also be well-planned. We organize firefighting training with Industrial Safety and Environmental Protection Month activities to help park manufacturers strengthen the awareness and training of fire safety so that their employees can be familiar with fire disaster relief and equipped with emergency preparedness capabilities. We will continue to improve the overall firefighting capabilities in the science park through public emergency response drills.
On November 10, 2023, the Composite Earthquake Disaster Emergency Response Drill and observation activity was held in Factory D of Innolux Optoelectronics in Tainan. The new force of LUF60 firefighting robot joined the disaster relief drill. Remote control of the robot was used instead of letting disaster relief personnel enter the high-risk disaster sites, reducing the need for rescue personnel to go to dangerous areas. The park's Earthquake Early Warning and Smart Disaster Prevention System is also integrated and 3-D architectural location information is used to visually mark and quickly locate chemicals, making use of technology for disaster response.
