英文摘要 |
To promote the digitalization of disaster prevention mapping for toxic and regulated chemical substances, and to enhance the awareness of operators in emergency response and prevention, this project continues to advance the application and advocacy of disaster prevention mapping systems. It aims to optimize system functionality and assist operators in implementing the "Chemical Substance Management and Toxic Disaster Prevention Mapping System." A demonstration area (Pingtung Science and Technology Industrial Park) will be established, and ongoing guidance will be provided to local environmental protection agencies to assist operators handling toxic and regulated chemical substances. This includes updating and improving disaster prevention mapping for 1,936 establishments (cumulatively 3,793 establishments from previous projects) and optimizing tools for generating facility layout diagrams. Additionally, customized hazard identification card information will be added, helping operators to establish hazard identification card details that can be used for fire-fighting units’ reference and during emergencies. The project will also cooperate with relevant regulatory authorities to provide system operation training and consultation services, while collecting user feedback to inform future system improvements.
At the same time, the application of chemical substance labeling technology will be promoted to strengthen flow tracking and management. Operators will be guided in using labeling technology and cloud-based record management, simplifying the reporting process. In collaboration with local environmental protection bureaus, the project will assist 14 operators from two supply chains in adopting labeling technology and cloud-based operational record systems, supporting data verification and reporting. Industry patterns and management models will be compiled and analyzed for future reference when encouraging other operators to adopt similar systems. Furthermore, the project will analyze integration with the "Toxic and Regulated Chemical Substances Registration and Reporting System," evaluating features such as single sign-on, identity verification, and data interface configuration, with the aim of expanding data integration and providing more comprehensive application services.
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