Research and Application of the Architecture of the Full Process Supervision Information System for Hazardous Chemicals

DOI: https://doi.org/10.62517/jbdc.202401118

Author(s)

Xiaoling Yang

Affiliation(s)

Shanghai Digital Intelligent System Engineering Co., Ltd., Shanghai, China

Abstract

The safety of hazardous chemicals is a key focus of safety production work, involving a large number of enterprises, multiple industry sectors, multiple regulatory departments, high potential safety risks and easily affecting public safety. There are safety hazards that cannot be ignored in various links such as production, operation, storage, transportation, usage and disposal. The research purpose of the whole process supervision information system of hazardous chemicals is to make full use of information and intelligent means and combine big data, cloud computing, artificial intelligence, Internet of Things, mobile Internet and other technologies to build a full coverage and whole process supervision information system of hazardous chemicals. This system plans to establish a hazardous chemical supervision information exchange platform based on the government data resource management platform, create a hazardous chemical data lake and use the entire life process of hazardous chemical operation, storage, transportation, use and disposal as the data bus. Through data aggregation, data governance, data integration, data verification and data presentation, it will achieve the full network interconnection of regional hazardous chemical data and establish a new mode of hazardous chemical data exchange and sharing among joint units.

Keywords

Internet of Things; Data Security; Data Analysis; Business Collaboration; Contingency Management; Knowledge Base

References

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